The Project Gutenberg eBook of Himalayan Journals — Volume 2

This ebook is for the use of anyone anywhere in the United States and most other parts of the world at no cost and with almost no restrictions whatsoever. You may copy it, give it away or re-use it under the terms of the Project Gutenberg License included with this ebook or online at www.gutenberg.org. If you are not located in the United States, you will have to check the laws of the country where you are located before using this eBook.

Title: Himalayan Journals — Volume 2

Author: Joseph Dalton Hooker

Release date: September 1, 2004 [eBook #6477]

Most recently updated: December 29, 2020

Language: English

Credits: Scanned by Derek Thompson

*** START OF THE PROJECT GUTENBERG EBOOK HIMALAYAN JOURNALS — VOLUME 2 ***

Scanned by Derek Thompson drthom@ihug.co.nz

HIMALAYAN JOURNALS

or

NOTES OF A NATURALIST

IN BENGAL, THE SIKKIM AND NEPAL HIMALAYAS,

THE KHASIA MOUNTAINS, etc.

JOSEPH DALTON HOOKER, M.D., R.N., F.R.S.

Volume II

First published 1854

CONTENTS.

CHAPTER XVIII.

Arrangements for second journey into Sikkim — Opposition of Dewan — Lassoo Kajee — Tendong — Legend of flood — Lama of Silok-foke — Namtchi — Tchebu Lama — Top of Tendong — Gigantic oak — Plants — Teesta valley — Commencement of rains — Bhomsong — Ascent to Lathiang — View — Bad road — Orchids — Gorh — Opposition of Lama — Arrival of Meepo — Cross Teesta — Difficulties of travelling — Lepchas swimming — Moxa for sprains — Singtam — Grandeur of view of Kinchinjunga — Wild men — Singtam Soubah — Landslips — Bees' nests and honey-seekers — Leeches, etc. — Chakoong — Vegetation — Gravel terraces — Unpleasant effects of wormwood — Choongtam, scenery and vegetation of — Inhabitants — Tibetan salute — Lamas — Difficulty of procuring food — Contrast of vegetation of inner and outer Himalaya — Rhododendrons — Yew — Abies Brunoniana — Venomous snakes — Hornets and other insects — Choongtam temple — Pictures of Lhassa — Minerals — Scenery.

CHAPTER XIX.

Routes from Choongtam to Tibet frontier — Choice of that by the Lachen river — Arrival of supplies — Departure — Features of the valley — Eatable Polygonum — Tumlong — Cross Taktoong river — Pines, larches, and other trees — Chateng pool — Water-plants and insects — Tukcham mountain — Lamteng village — Inhabitants — Alpine monkey — Botany of temperate Himalaya — European and American fauna — Japanese and Malayan genera — Superstitious objections to shooting — Customs of people — Rain — Run short of provisions — Altered position of Tibet frontier — Zemu Samdong — Imposition — Vegetation — Uses of pines — Ascent to Thlonok river — Balanophora wood for making cups — Snow-beds — Eatable mushrooms and Smilacina — Asarabacca — View of Kinchinjunga — Arum-roots, preparation of for food — Liklo mountain — Behaviour of my party — Bridge constructed over Zemu — Cross river — Alarm of my party — Camp on Zemu river.

CHAPTER XX.

Camp on Zemu river — Scenery — Falling rocks — Tukcham mountain — Height of glaciers — Botany — Gigantic rhubarb — Insects — Storm — Temperature of rivers — Behaviour of Lachen Phipun — Hostile conduct of Bhoteeas — View from mountains above camp — Descend to Zemu Samdong — Vegetation — Letters from Dorjiling — Arrival of Singtam Soubah — Presents from Rajah — Parties collecting arum-roots — Insects — Ascend Lachen river — Thakya-zong — Tallum Samdong village — Cottages — Mountains — Plants — Entomology — Weather — Halo — Diseases — Conduct of Singtam Soubah — His character and illness — Agrees to take me to Kongra Lama — Tungu — Appearance of country — Houses — Poisoning by aram-roots — Yaks and calves — Tibet ponies — Journey to Kongra Lama — Tibetan tents — Butter, curds, and churns — Hospitality — Kinchinjhow and Chomiomo — Magnificent scenery — Reach Kongra Lama pass.

CHAPTER XXI.

Top of Kongra Lama — Tibet frontier — Elevation — View — Vegetation — Descent to Tungu — Tungu-choo — Ponies — Kinchinjhow and Chango-khang mountains — Palung plains — Tibetans — Dogs — Dingcham province of Tibet — Inhabitants — Dresses — Women's ornaments — Blackening faces — Coral — Tents — Elevation of Palung — Lama — Shawl-wool goats — Shearing — Siberian plants — Height of glaciers, and perpetual snow — Geology — Plants, and wild animals — Marmots — Insects — Birds — Choongtam Lama — Religious exercises — Tibetan hospitality — Delphinium — Perpetual snow — Temperature at Tungu — Return to Tallum Samdong — To Lamteng — Houses — Fall of barometer — Cicadas — Lime deposits — Landslips — Arrival at Choongtam — Cobra — Rageu — Heat of climate — Velocity and volume of rivers measured — Leave for Lachoong valley — Keadom — General features of valley — Lachoong village — Tunkra mountain — Moraines — Cultivation — Lachoong Phipun — Lama ceremonies beside a sick-bed.

CHAPTER XXII.

Leave Lachoong for Tunkra pass — Moraines and their vegetation — Pines of great dimensions — Wild currants — Glaciers — Summit of pass — Elevation — Views — Plants — Winds — Choombi district — Lacheepia rock — Extreme cold — Kinchinjunga — Himalayan grouse — Meteorological observations — Return to Lachoong — Oaks — Ascend to Yeumtong — Flats and debacles — Buried pine-trunks — Perpetual snow — Hot springs — Behaviour of Singtam Soubah — Leave for Momay Samdong — Upper limit of trees — Distribution of plants — Glacial terraces, etc. — Forked Donkia — Moutonneed rocks — Ascent to Donkia pass — Vegetation — Scenery — Lakes — Tibet — Bhomtso — Arun river — Kiang-lah mountains — Yaru-Tsampu river — Appearance of Tibet — Kambajong — Jigatzi — Kinchinjhow, and Kinchinjunga — Chola range — Deceptive appearance of distant landscape — Perpetual snow — Granite — Temperatures — Pulses — Plants — Tripe de roche — Return to Momay — Dogs and yaks — Birds — Insects — Quadrupeds — Hot springs — Marmots — Kinchinjhow glacier.

CHAPTER XXIII.

Donkia glaciers — Moraines — Dome of ice — Honey-combed surface —

Rocks of Donkia — Metamorphic action of granite veins — Accident to

instruments — Sebolah pass — Bees and May-flies — View —

Temperature — Pulses of party — Lamas and travellers at Momay —

Weather and climate — Dr. Campbell leaves Dorjiling for Sikkim —

Leave Momay — Yeumtong — Lachoong — Retardation of vegetation at

low elevations — Choongtam — Landslips and debacle — Meet Dr.

Campbell — Motives for his journey — Second visit to Lachen valley

— Autumnal tints — Red currants — Lachen Phipun — Tungu —

Scenery — Animals — Poisonous rhododendrons — Fire-wood — Palung

— Elevations — Sitong — Kongra Lama — Tibetans — Enter Tibet —

Desolate scenery — Plants — Animals — Geology — Cholamoo lakes —

Antelopes — Return to Yeumtso — Dr. Campbell lost — Extreme cold

— Headaches — Tibetan Dingpun and guard — Arms and accoutrements

— Temperature of Yeumtso — Migratory birds — Visit of Dingpun —

Yeumtso lakes.

CHAPTER XXIV.

Ascent of Bhomtso — View of snowy mountains — Chumulari — Arun river — Kiang-lah mountains — Jigatzi — Lhassa — Dingcham province of Tibet — Misapplication of term "Plain of Tibet" — Sheep, flocks of — Crops — Probable elevation of Jigatzi — Yaru-Tsampu river — Tame elephants — Wild horses — Dryness of air — Sunset beams — Rocks of Kinchinjhow — Cholamoo lakes — Limestone — Dip and strike of rocks — Effects of great elevation on party — Ascent of Donkia — Moving piles of debris — Cross Donkia pass — Second visit to Momay Samdong — Hot springs — Descent to Yeumtong — Lachoong — Retardation of vegetation again noticed — Jerked meat — Fish — Lose a thermometer — Lepcha lad sleeps in hot spring — Keadom — Bucklandia — Arrive at Choongtam — Mendicant — Meepo — Lachen-Lachoong river — Wild grape — View from Singtam of Kinchinjunga — Virulent nettle.

CHAPTER XXV.

Journey to the Rajah's residence at Tumloong — Ryott valley — Rajah's house — Tupgain Lama — Lagong nunnery — Phadong Goompa — Phenzong ditto — Lepcha sepoys — Proceedings at Tumloong — Refused admittance to Rajah — Women's dresses — Meepo's and Tchebu Lama's families — Chapel — Leave for Chola pass — Ryott river — Rungpo, view from — Deputation of Kajees, etc. — Conference — Laghep — Eatable fruit of Decaisnea — Cathcartia — Rhododendrons — Phieung-goong — Pines — Rutto river — Barfonchen — Curling of rhododendron leaf — Woodcock — Chola pass — Small lakes — Tibet guard and sepoys — Dingpun — Arrival of Sikkim sepoys — Their conduct — Meet Singtam Soubah — Chumanako — We are seized by the Soubah's party — Soubah's conduct — Dingpun Tinli — Treatment of Dr. Campbell — Bound and guarded — Separated from Campbell — Marched to Tumloong — Motives for such conduct — Arrive at Rungpo — At Phadong — Presents from Rajah — Visits of Lama — Of Singtam Soubah — I am cross-questioned by Amlah — Confined with Campbell — Seizure of my Coolies — Threats of attacking Dorjiling.

CHAPTER XXVI.

Dr. Campbell is ordered to appear at Durbar — Lamas called to council — Threats — Scarcity of food — Arrival of Dewan — Our jailer, Thoba-sing — Temperature, etc., at Tumloong — Services of Goompas — Lepcha girl — Jews'-harp — Terror of servants — Ilam-sing's family — Interview with Dewan — Remonstrances — Dewan feigns sickness — Lord Dalhousie's letter to Rajah — Treatment of Indo-Chinese — Concourse of Lamas — Visit of Tchebu Lama — Close confinement — Dr. Campbell's illness — Conference with Amlah — Relaxation of confinement — Pemiongchi Lama's intercession — Escape of Nimbo — Presents from Rajah, Ranee, and people — Protestations of friendship — Mr. Lushington sent to Dorjiling — Leave Tumloong — Cordial farewell — Dewan's merchandize — Gangtok Kajee — Dewan's pomp — Governor-General's letter — Dikkeeling — Suspicion of poison — Dinner and pills — Tobacco — Bhotanese colony — Katong-ghat on Teesta — Wild lemons — Sepoys' insolence — Dewan alarmed — View of Dorjiling — Threats of a rescue — Fears of our escape — Tibet flutes — Negotiate our release — Arrival at Dorjiling — Dr. Thomson joins me — Movement of troops at Dorjiling — Seizure of Rajah's Terai property.

CHAPTER XXVII.

Leave Dorjiling for Calcutta — Jung Bahadoor — Dr. Falconer — Improvements in Botanic Gardens — Palmetum — Victoria — Amherstia — Orchids spread by seed — Banyan — Cycas — Importation of American plants in ice — Return to Dorjiling — Leave with Dr. Thomson for the Khasia mountains — Mahanuddy river — Vegetation of banks — Maldah — Alligators — Rampore-Bauleah — Climate of Ganges — Pubna — Jummul river — Altered course of Burrampooter and Megna — Dacca — Conch shells — Saws — Cotton muslins — Fruit — Vegetation — Elevation — Rose of Bengal — Burrampooter — Delta of Soormah river — Jheels — Soil — Vegetation — Navigation — Mosquitos — Atmospheric pressure — Effects of geological changes — Imbedding of plants — Teelas or islets — Chattuc — Salubrious climate — Rains — Canoes — Pundua — Mr. Harry Inglis — Terrya Ghat — Ascent to Churra — Scenery and vegetation at foot of mountains — Cascades.

CHAPTER XXVIII.

Churra, English station of — Khasia people — Garrow people —

Houses — Habits — Dress — Arms — Dialects — Marriages — Food —

Funerals — Superstitions — Flat of Churra — Scenery — Lime and

coal — Mamloo — Cliffs — Cascades — Chamaerops palm —

Jasper-rocks — Flora of Churra — Orchids — Rhododendrons — Pine

— Climate — Extraordinaiy rain-fall — Its effects — Gardens of

Lieuts. Raban and Cave — Leave Churra to cross the mountain range —

Coal, shale, and under-clay — Kala-panee river — Lailangkot —

Luculia Pinceana — Conglomerate — Surureem wood — Boga-panee

river — View of Himalaya — Greenstone — Age of pine-cones —

Moflong plants — Coix — Chillong mountain — Extensive view —

Road to Syong — Broad valleys — Geology — Plants — Myrung —

Granite blocks — Kollong rock — Pine-woods — Features of country

— Orchids — Iron forges.

CHAPTER XXIX.

View of Himalaya from the Khasia — Great masses of snow — Chumulari — Donkia — Grasses — Nunklow — Assam valley and Burrampooter — Tropical forest — Bor-panee — Rhododendrons — Wild elephants — Blocks of Syenite — Return to Churra — Coal — August temperature — Leave for Chela — Jasper hill — Birds — Arundina — Habits of leaf-insects — Curious village — Houses — Canoes — Boga-panee river — Jheels — Chattuc — Churra — Leave for Jyntea hills — Trading parties — Dried fish — Cherries — Cinnamon — Fraud — Pea-violet — Nonkreem — Sandstone — Pines — Granite boulders — Iron washing — Forges — Tanks — Siberian Nymphaea — Barren country — Pomrang — Podostemon — Patchouli plant — Mooshye — Enormous stone slabs — Pitcher-plant — Joowye — Cultivation and vegetation — Hydropeltis — Sulky hostess — Nurtiung — Hamamelis chinensis — Bor-panee river — Sacred grove and gigantic stone structures — Altars — Pyramids, etc. — Origin of names — Yandaca coerulea — Collections — November vegetation — Geology of Khasia — Sandstone — Coal — Lime — Gneiss — Greenstone — Tidal action — Strike of rocks — Comparison with Rajmahal hills and the Himalaya.

CHAPTER XXX.

Best voyage to Silhet — River — Palms — Teelas — Botany — Fish

weirs — Forests of Cachar — Sandal-wood, etc. — Porpoises —

Alligators — Silchar — Tigers — Rice crops — Cookies —

Munniporees — Hockey — Varnish — Dance — Nagas — Excursion to

Munnipore frontier — Elephant bogged — Bamboos — Cardiopteris —

Climate, etc., of Cachar — Mosquitos — Fall of banks — Silhet —

Oaks — Stylidium — Tree-ferns — Chattuc — Megna — Meteorology

— Palms — Noa-colly — Salt-smuggling — Delta of Ganges and Megna

— Westward progress of Megna — Peat — Tide — Waves — Earthquakes

— Dangerous navigation — Moonlight scenes — Mud island —

Chittagong — Mug tribes — Views — Trees — Churs — Flagstaff hill

— Coffee — Pepper — Tea, etc. — Excursions from Chittagong —

Dipterocarpi or Gurjun oil trees — Earthquake — Birds — Papaw —

Bleeding of stems — Poppy and Sun fields — — Seetakoond —

Bungalow and hill — Perpetual flame — Falconeria — Cycas —

Climate — Leave for Calcutta — Hattiah island — Plants —

8underbunds — Steamer — Tides — Nipa fruticans — Fishing —

Otters — Crocodiles — Phoenix paludosa — Departure from India.

APPENDIX

=====================

LIST OF ILLUSTRATIONS

LITHOGRAPHIC VIEWS.

Fig. VI. View of Kinchinjunga from Singtam, looking north-westward. p.14 Fig. VII. Kinchinjunga from the Thlonok river, with rhododendrons in flower. Frontispiece Fig. VIII. Tibet and Cholamoo lake from the summit of the Donkia pass, looking north-west. p.124 Fig. IX. Kinchinjhow, Donkia, and Cholamoo lake, from the summit of Bhomtso, looking south; the summit of Chumulari is introduced in the extreme left of the view. p.166 Fig. X. The table-land and station of Churra, with the Jheels, course of the Soormah river, and Tipperah hills in the extreme distance, looking south. p.277 Fig. XI. The Bhotan Himalaya, Assam valley, and Burrampooter river, from Nunklow, looking north. p.300 Fig. XII. Seetakoond hill. p.352

WOOD ENGRAVINGS.

Fig. 1. Pandanus in the Teesta valley. p.9

Fig. 2. Cane-bridge over the Lachen-Lachoong river, below Choongtam.

Tukcham mountain is brought into the view, as seen from a higher

elevation. p.21

Fig. 3. Juniperus recurva, the weeping juniper. p.28

Fig. 4. Lamteng village, with Tukcham in the distance. p.35

Fig. 5. Black juniper and young larch. p.55

Fig. 6. Tungu village, with yaks in the foreground. p.73

Fig. 7. Women's head-dresses—the two outer, Lepcha girls; the two

inner, Tibetan women. p.86

Fig. 8. Tibet marmot. Sketched by J. E. Winterbottom, Esq. p.93

Fig. 9. Lachoong valley (looking south), larch tree in the

foreground. p.103

Fig. 10. Conical ancient moraines in the Lachoong valley, with Abies

brunoniana and smithiana. p.104

Fig. 11. Head and legs of Tibet marmot. Sketched by J. E.

Winterbottom, Esq. p.106

Fig. 12. Block of gneiss with granite bands, on the Kinchinjhow

glacier. p.135

Fig. 13. Summit of forked Donkia mountain, with Goa antelopes in the

foreground; from 17,500 feet elevation. p.139

Fig. 14. View of the eastern top of Kinchinjhow, and Tibet in the

distance, with wild sheep in the foreground; from an elevation of

18,000 feet. p.140

Fig. 15. Head of Chiru antelope, the unicorn of Tibet. From a sketch

by Lieut. H. Maxwell. p.158

Fig. 16. A Phud, or Tibetan mendicant. Sketched at Dorjiling by Miss

Colvile. p.187

Fig. 17. Tea (brick of), tea-pot, wooden cup, etc. p.189

Fig. 18. Portrait of Aden Tchebu Lama. Sketched by Lieut. H. Maxwell.

p.193

Fig. 19. Silver chain and hooks, ornamented with turquoises, used to

fasten women's cloaks. p.195

Fig. 20. Horns of the Showa stag of Tibet (Cervus wallichii).

Sketched by Lieut. H. Maxwell. p.214

Fig. 21. Rajah's house at Tumloong, in the foreground the cottage in

which Dr. Campbell was confined, with the Dewan's retinue passing.

This is partly executed from memory. p.217

Fig. 22. Tibetan tobacco-pipe and tinder-pouch, with steel attached.

p.219

Fig. 23. Lepcha sepoys, the right hand figures, and Tibetan ones on

the left. p.235

Fig. 24. Dr. Falconer's residence, Calcutta Botanic Gardens; from Sir

L. Peel's grounds, looking across the Hoogly. p.243

Fig. 25. View in the Jheels of Bengal, with Khasia mountains in the

distance. p.261

Fig. 26. Living bridge, formed of the aerial roots of figs. p.269

Fig. 27. Dewan's ear-ring of pearl and turquoises. p.271

Fig. 28. Waterfalls at Mamloo, with fan-palms. p.279

Fig. 29. Kollong rock. p.295

Fig. 30. Chela, on the Boga-panee river. p.307

Fig. 31. Nonkreem village, with boulders of denudation. p.311

Fig. 32. Bellows of iron smelters in the Khasia mountains. p.312

Fig. 33. Old bridge at Amwee. p.315

Fig. 34. Stones at Nurtiung. p.320

Fig. 35. Dipterocarpus turbinatus, gurjun or wood-oil tree. p.349

HIMALAYAN JOURNALS.

CHAPTER XVIII.

Arrangements for second journey into Sikkim — Opposition of Dewan —

Lassoo Kajee — Tendong — Legend of flood — Lama of Sillok-foke —

Namtchi — Tcbebu Lama — Top of Tendong — Gigantic oak — Plants —

Teesta valley — Commencement of rains — Bhomsong — Ascent to

Lathiang — View — Bad road — Orcbids — Gorh — Opposition of Lama

— Arrival of Meepo — Cross Teesta — Difficulties of travelling —

Lepchas swimming — Moxa for sprains — Singtam — Grandeur of view

of Kinchinjunga — Wild men — Singtam Soubah — Landslips —

Bees'-nests and honey-seekers — Leeches, etc. — Cbakoong —

Vegetation — Gravel terraces — Unpleasant effects of wormwood —

Choongtam, scenery and vegetation of — Inhabitants — Tibetan salute

— Lamas — Difficulty of procuring food — Contrast of vegetation of

inner and outer Himalaya — Rhododendrons — Yew — Abies

Brunoniana — Venomous snakes — Hornets and other insects —

Choongtam temple — Pictures of Lhassa — Minerals — Scenery.

After my return from the Terai, I was occupied during the month of April in preparations for an expedition to the loftier parts of Sikkim. The arrangements were the same as for my former journey, except with regard to food, which it was necessary should be sent out to me at intervals; for we had had ample proof that the resources of the country were not equal to provisioning a party of from forty to fifty men, even had the Dewan been favourable to my travelling, which was clearly not the case.

Dr. Campbell communicated to the Rajah my intention of starting early in May for the upper Teesta valley, and, in the Governor-General's name, requested that he would facilitate my visiting the frontier of Sikkim, north-east of Kinchinjunga. The desired permission was, after a little delay, received; which appeared to rouse the Dewan to institute a series of obstructions to my progress, which caused so many delays that my exploration of the country was not concluded till October, and I was prevented returning to Dorjiling before the following Christmas.

Since our visit to the Rajah in December, no Vakeel (agent) had been sent by the Durbar to Dorjiling, and consequently we could only communicate indirectly with his Highness, while we found it impossible to ascertain the truth of various reports promulgated by the Dewan, and meant to deter me from entering the country. In April, the Lassoo Kajee was sent as Vakeel, but, having on a previous occasion been dismissed for insolence and incapacity, and again rejected when proposed by the Dewan at Bhomsong, he was refused an audience; and he encamped at the bottom of the Great Rungeet valley, where he lost some of his party through fever. He retired into Sikkim, exasperated, pretending that he had orders to delay my starting, in consequence of the death of the heir apparent; and that he was prepared to use strong measures should I cross the frontier.

No notice was taken of these threats: the Rajah was again informed of my intended departure, unless his own orders to the contrary were received through a proper accredited agent, and I left Dorjiling on the 3rd of May, accompanied by Dr. Campbell, who insisted on seeing me fairly over the frontier at the Great Rungeet river.

Arrangements were made for supplies of rice following me by instalments; our daily consumption being 80 lbs., a man's load. After crossing into Sikkim, I mustered my party at the Great Rungeet river. I had forty-two in all, of whom the majority were young Lepchas, or Sikkim-born people of Tibetan races: all were active and cheerful looking follows; only one was goitred, and he had been a salt-trader. I was accompanied by a guard of five Sepoys, and had a Lepcha and Tibetan interpreter. I took but one personal servant, a Portuguese half-caste (John Hoffman by name), who cooked for me: he was a native of Calcutta, and though hardy, patient, and long-suffering, and far better-tempered, was, in other respects, very inferior to Clamanze, who had been my servant the previous year, and who, having been bred to the sea, was as handy as he was clever; but who, like all other natives of the plains, grew intolerably weary of the hills, and left me.

The first part of my route lay over Tendong, a very fine mountain, which rises 8,613 feet, and is a conspicuous feature from Dorjiling, where it is known as Mount Ararat. The Lepchas have a curious legend of a man and woman having saved themselves on its summit, during a flood that once deluged Sikkim. The coincidence of this story with the English name of Ararat suggests the probability of the legend being fabulous; but I am positively assured that it is not so, but that it was current amongst the Lepchas before its English name was heard of, and that the latter was suggested from the peculiar form of its summit resembling that given in children's books as the resting-place of the ark.

The ascent from the Great Rungeet (alt. 818 feet) is through dry woods of Sal and Pines (P. longifolia). I camped the first night at the village of Mikk (alt. 3,900 feet), and on the following day ascended to Namtc (alt. 5,600 feet).

On the route I was met by the Lama of Silokfoke Goompa. Though a resident on the Lassoo Kajee's estates, he politely brought me a present, at the same time apologising for not waiting till I had encamped, owing to his excessive fat, which prevented his climbing. I accepted his excuses, though well aware that his real reason was that he wished to pay his respects, and show his good feeling, in private. Besides his ordinary canonicals, he carried a tall crozier-headed staff, and had a curious horn slung round his neck, full of amulets; it was short, of a transparent red colour, and beautifully carved, and was that of the small cow of Lhassa, which resembles the English species, and is not a yak (it is called "Tundro").

Namtchi was once a place of considerable importance; and still possesses a mendong, with six rows of inscribed slabs; a temple, and a Lama attached thereto: the latter waited on me soon after I had encamped, but he brought no present, and I was not long kept in suspense as to his motives. These people are poor dissemblers; if they intend to obstruct, they do it clumsily and hesitatingly: in this instance the Lama first made up to my people, and, being coolly received, kept gradually edging up to my tent-door, where, after an awkward salute, he delivered himself with a very bad grace of his mission, which was from the Lassoo Kajee to stop my progress. I told him I knew nothing of the Lassoo Kajee or his orders, and should proceed on the following morning: he then urged the bad state of the roads, and advised me to wait two days till he should receive orders from the Rajah; upon which I dismissed him.

Soon afterwards, as I sat at my tent-door, looking along the narrow bushy ridge that winds up the mountain, I saw twenty or thirty men rapidly descending the rocky path: they were Lepchas, with blue and white striped garments, bows and quivers, and with their long knives gleaming in the sun: they seemed to be following a figure in red Lama costume, with a scarlet silk handkerchief wound round his head, its ends streaming behind him. Though expecting this apparition to prove the renowned Kajee and his myrmidons, coming to put a sudden termination to my progress, I could not help admiring the exceeding picturesqueness of the scenery and party. My fears were soon dissipated by my men joyfully shouting, "The Tchebu Lama! the Tchebu Lama!" and I soon recognised the rosy face and twinkling eyes of my friend of Bhomsong, the only man of intelligence about the Rajah's court, and the one whose services as Vakeel were particularly wanted at Dorjiling.

He told me that the Lassoo Kajee had orders (from whom, he would not say) to stop my progress, but that I should proceed nevertheless, and that there was no objection to my doing so; and he despatched a messenger to the Rajah, announcing my progress, and requesting him to send me a guide, and to grant me every facility, asserting that he had all along fully intended doing so.

On the following morning the Lama proceeded to Dorjiling, and I continued the ascent of Tendong, sending my men round the shoulder to Temi in the Teesta valley, where I proposed to pass the night. The road rapidly ascends by a narrow winding path, covered with a loose forest of oaks, rhododendrons, and various shrubs, not found at equal elevations on the wetter Dorjiling ranges: amongst, them the beautiful laburnum-like Piptanthus Nepalensis, with golden blossoms, was conspicuous. Enormous blocks of white and red stratified quartz, and slate, some 20 and even 40 yards long, rest on the narrow ridge at 7000 feet elevation. The last ascent is up a steep rounded cone with a broad flat top, covered with dwarf bamboo, a few oaks, laurels, magnolias, and white-flowered rhododendron trees (R. argenteum), which obstructed the view. I hung the barometers near one of the many chaits on the summit, where there is also a rude temple, in which worship is performed once a year. The elevation is 8,671 feet by my observations.* [8,663 by Col. Waugh's trigonometrical observations.] The geological formation of Tendong in some measure accounts for its peculiar form. On the conical summit are hard quartzoze porphyries, which have apparently forced up the gneiss and slates, which dip in all directions from the top, and are full of injected veins of quartz. Below 7000 feet, mica-schist prevails, always inclined at a very high angle; and I found jasper near Namtchi, with other indications of Plutonic action.

The descent on the north side was steep, through a rank vegetation, very different from that of the south face. The oaks are very grand, and I measured one (whose trunk was decayed, and split into three, however), which I found to be 49 feet in girth at 5 feet from the ground. Near Temi (alt. 4,770 feet) I gathered the fruit of Kadsura, a climbing plant allied to Magnolia, bearing round heads of large fleshy red drupes, which are pleasantly acid and much eaten; the seeds are very aromatic.

From Temi the road descends to the Teesta, the course of which it afterwards follows. The valley was fearfully hot, and infested with mosquitos and peepsas. Many fine plants grew in it:* [Especially upon the broad terraces of gravel, some of which are upwards of a mile long, and 200 feet above the stream: they are covered with boulders of rock, and are generally opposite feeders of the river.] I especially noticed Aristolochia saccata, which climbs the loftiest trees, bearing its curious pitcher-shaped flowers near the ground only; its leaves are said to be good food for cattle. Houttuynia, a curious herb allied to pepper, grew on the banks, which, from the profusion of its white flowers, resembled strawberry-beds; the leaves are eaten by the Lepchas. But the most magnificent plant of these jungles is Hodgsonia, (a genus I have dedicated to my friend, Mr. Hodgson), a gigantic climber allied to the gourd, bearing immense yellowish-white pendulous blossoms, whose petals have a fringe of buff-coloured curling threads, several inches long. The fruit is of a rich brown, like a small melon in form, and contains six large nuts, whose kernels (called "Katior-pot" by the Lepchas) are eaten. The stem, when cut, discharges water profusely from whichever end is held downwards. The "Took" (Hydnocarpus) is a beautiful evergreen tree, with tufts of yellow blossoms on the trunk: its fruit is as large as an orange, and is used to poison fish, while from the seeds an oil is expressed. Tropical oaks and Terminalias are the giants of these low forests, the latter especially, having buttressed trunks, appear truly gigantic; one, of a kind called "Sung-lok," measured 47 feet in girth, at 5 feet, and 21 at 15 feet from the ground, and was fully 200 feet high. I could only procure the leaves by firing a ball into the crown. Some of their trunks lay smouldering on the ground, emitting a curious smell from the mineral matter in their ashes, of whose constituents an account will be found in the Appendix.

Birds are very rare, as is all animal life but insects, and a small fresh-water crab, Thelphusa, ("Ti-hi" of the Lepchas). Shells, from the absence of lime, are extremely scarce, and I scarcely picked up a single specimen: the most common are species of Cyclostoma.

The rains commenced on the 10th of May, greatly increasing the discomforts of travelling, but moderating the heat by drenching thunder-storms, which so soaked the men's loads, that I was obliged to halt a day in the Teesta valley to have waterproof covers made of platted bamboo-work, enclosing Phrynium leaves. I was delighted to find that my little tent was impervious to water, though its thickness was but of one layer of blanket: it was a single ridge with two poles, 7 feet high, 8 feet long, and 8 feet broad at the base, forming nearly an equilateral triangle in front.

Bhomsong was looking more beautiful than ever in its rich summer clothing of tropical foliage. I halted during an hour of heavy rain on the spot where I had spent the previous Christmas, and could not help feeling doubly lonely in a place where every rock and tree reminded me of that pleasant time. The isolation of my position, the hostility of the Dewan, and consequent uncertainty of the success of a journey that absorbed all my thoughts, the prevalence of fevers in the valleys I was traversing, and the many difficulties that beset my path, all crowded on the imagination when fevered by exertion and depressed by gloomy weather, and my spirits involuntarily sank as I counted the many miles and months intervening between me and my home.

The little flat on which I had formerly encamped was now covered with a bright green crop of young rice. The house then occupied by the Dewan was now empty and unroofed; but the suspension bridge had been repaired, and its light framework of canes, spanning the boiling flood of the Teesta, formed a graceful object in this most beautiful landscape. The temperature of the river was 58 degrees, only 7 degrees above that of mid-winter, owing to the now melting snows. I had rather expected to meet either with a guide, or with some further obstruction here, but as none appeared, I proceeded onwards as soon as the weather moderated.

Illustration—PANDANUS. SIKKIM SCREW-PINE.

Higher up, the scenery resembles that of Tchintam on the Tambur: the banks are so steep as to allow of no road, and the path ascends from the river, at 1000 feet, to Lathiang village, at 4,800 feet, up a wild, rocky torrent that descends from Mainom to the Teesta. The cliffs here are covered with wild plantains and screw-pines (Pandanus), 50 feet high, that clasp the rocks with cable-like roots, and bear one or two crowns of drooping leaves, 5 feet long: two palms, Rattan (Calamus) and Areca gracilis, penetrate thus far up the Teesta valley, but are scarcely found further.

From the village the view was superb, embracing the tropical gulley below, with the flat of Bhomsong deep down in the gorge, its bright rice-fields gleaming like emeralds amid the dark vegetation that surrounded it; the Teesta winding to the southward, the pine-clad rocky top of Mainom, 10,613 feet high, to the south-west, the cone of Mount Ararat far to the south, to the north black mountains tipped with snow, and to the east the magnificent snowy range of Chola, girdling the valley of the Ryott with a diadem of frosted silver. The coolies, each carrying upwards of 80 lb. load, had walked twelve hours that day, and besides descending 2000 feet, they had ascended nearly 4000 feet, and gone over innumerable ups and downs besides.

Beyond Lathiang, a steep and dangerous path runs along the east flank of Mainom, sometimes on narrow ledges of dry rock, covered with long grass, sometimes dipping into wooded gullies, full of Edgeworthia Gardneri and small trees of Andromeda and rhododendron, covered with orchids* [Especially some species of Sunipia and Cirrhopetalum, whicb have not yet been introduced into England.] of great beauty.

Descending to Gorh (4,100 feet), I was met by the Lama of that district, a tall, disagreeable-looking fellow, who informed me that the road ahead was impassable. The day being spent, I was obliged to camp at any rate; after which he visited me in full canonicals, bringing me a handsome present, but assuring me that he had no authority to let me advance. I treated him with civility, and regretted my objects being so imperative, and my orders so clear, that I was obliged to proceed on the following morning: on which he abruptly decamped, as I suspected, in order to damage the paths and bridges. He came again at daylight, and expostulated further; but finding it of no use, he volunteered to accompany me, officiously offering me the choice of two roads. I asked for the coolest, knowing full well that it was useless to try and out-wit him in such matters. At the first stream the bridge was destroyed, but seeing the planks peeping through the bushes in which they had been concealed, I desired the Lama to repair it, which he did without hesitation. So it was at every point: the path was cumbered with limbs of trees, crossing-stones were removed from the streams, and all natural difficulties were increased. I kept constantly telling the Lama that as he had volunteered to show me the road, I felt sure he intended to remove all obstacles, and accordingly I put him to all the trouble I possibly could, which he took with a very indifferent grace. When I arrived at the swinging bridge across the Teesta, I found that the canes were loosened, and that slips of bamboo, so small as nearly to escape observation, were ingeniously placed low down over the single bamboo that formed the footing, intended to trip up the unwary passenger, and overturn him into the river, which was deep, and with a violent current. Whilst the Lama was cutting these, one of my party found a charcoal writing on a tree, announcing the speedy arrival from the Rajah of my old guide, Meepo; and he shortly afterwards appeared, with instructions to proceed with me, though not to the Tibetan frontier. The lateness of the season, the violence of the rains, and the fears, on the Rajah's part, that I might suffer from fever or accident, were all urged to induce me to return, or at least only to follow the west branch of the Teesta to Kinchinjunga. These reasons failing, I was threatened with Chinese interference on the frontier. All these objections I overruled, by refusing to recognise any instructions that were not officially communicated to the Superintendent of Dorjiling.

The Gorh Lama here took leave of me: he was a friend of the Dewan, and was rather surprised to find that the Rajah had sent me a guide, and now attempted to pass himself off as my friend, pompously charging Meepo with the care of me, and bidding me a very polite farewell. I could not help telling him civilly, but plainly, what I thought of him; and so we parted.

Meepo was very glad to join my party again: he is a thorough Lepcha in heart, a great friend of his Rajah and of Tchebu Lama, and one who both fears and hates the Dewan. He assured me of the Rajah's good wishes and intentions, but spoke with great doubt as to the probability of a successful issue to my journey: he was himself ignorant of the road, but had brought a guide, whose appearance, however, was against him, and who turned out to be sent as a spy on us both.

Instead of crossing the Teesta here, we kept on for two days up its west bank, to a cane bridge at Lingo, where the bed of the river is still only 2000 feet above the sea, though 45 miles distant from the plains, and flowing in a valley bounded by mountains 12,000 to 16,000 feet high. The heat was oppressive, from the closeness of the atmosphere, the great power of the sun, now high at noon-day, and the reflection from the rocks. Leeches began to swarm as the damp increased, and stinging flies of various kinds. My clothes were drenched with perspiration during five hours of every day, and the crystallising salt irritated the skin. On sitting down to rest, I was overcome with languor and sleep, and, but for the copious supply of fresh water everywhere, travelling would have been intolerable. The Coolies were all but naked, and were constantly plunging into the pools of the rivers; for, though filthy in their persons, they revel in cold water in summer. They are powerful swimmers, and will stem a very strong current, striking out with each arm alternately. It is an animated sight when twenty or thirty of these swarthy children of nature are disporting their muscular figures in the water, diving after large fish, and sometimes catching them by tickling them under the stones.

Of plants I found few not common at similar elevations below Dorjiling, except another kind of Tree-fern,* [Alsophila spinulosa, the "Pugjik" of the Lepchas, who eat the soft watery pith: it is abundant in East Bengal and the Peninsula of India. The other Sikkim Tree-fern, A. gigantea, is far more common from the level of the plains to 6,500 elevation, and is found as far south as Java.] whose pith is eaten in times of scarcity. The India-rubber fig penetrates thus far amongst the mountains, but is of small size. A Gentian, Arenaria, and some sub-alpine plants are met with, though the elevation is only 2000 feet, and the whole climate thoroughly tropical: they were annuals usually found at 7000 to 10,000 feet elevation, and were growing here on mossy rocks, cooled by the spray of the river, whose temperature was only 56.3 degrees. My servant having severely sprained his wrist by a fall, the Lepchas wanted to apply a moxa, which they do by lighting a piece of puff-ball, or Nepal paper that burns like tinder, laying it on the skin, and blowing it till a large open sore is produced: they shook their heads at my treatment, which consisted in transferring some of the leeches from our persons to the inflamed part.

After crossing the Teesta by the cane bridge of Lingo, our route lay over a steep and lofty spur, round which the river makes a great sweep. On the ascent of this ridge we passed large villages on flats cultivated with buckwheat. The saddle is 5,500 feet high, and thence a rapid descent leads to the village of Singtam, which faces the north, and is 300 feet lower, and 3000 feet above the river, which is here no longer called the Teesta, but is known as the Lachen-Lachoong, from its double origin in the rivers of these names, which unite at Choongtam, twenty miles higher up. Of these, the source of the Lachen is in the Cholamoo lakes in Tibet; while the Lachoong rises on the south flank of Donkia mountain, both many marches north of my present position. At Singtam the Lacben-Lachoong runs westward, till joined by the Rihi from the north, and the Rinoong from the west, after receiving which it assumes the name of Teesta: of these affluents, the Rinoong is the largest, and drains the south-east face of Kinchinjunga and Pundim, and the north of Nursing: all which mountains are seen to the north-north-west of Singtam. The Rinoong valley is cultivated for several miles up, and has amongst others the village and Lamasery of Bah. Beyond this the view of black, rugged precipices with snowy mountains towering above them, is one of the finest in Sikkim. There is a pass in that direction, from Bah over the Tckonglah to the Thlonok valley, and thence to the province of Jigatzi in Tibet, but it is almost impracticable.

Illustration—VIEW OF KINCHINJUNGA FROM SINGTAM, LOOKING

NORTH-WESTWARD.

A race of wild men, called "Harrum-mo," are said to inhabit the head of the valley, living in the woods of a district called Mund-po, beyond Bah; tbey shun habitations, speak an unintelligible tongue, have more hair on the face than Lepchas, and do not plait that of their heads, but wear it in a knot; they use the bow and arrow, and eat snakes and vermin, which the Lepchas will not touch. Such is the account I have heard, and which is certainly believed in Sikkim: similar stories are very current in half civilized countries; and if this has any truth, it possibly refers to the Chepangs,* [Hodgson, in "Bengal Asiatic Society's Journal" for 1848.] a very remarkable race, of doubtful affinity and origin, inhabiting the Nepal forests.

At Singtam I was waited on by the Soubah of the district, a tall portly Bhoteea, who was destined to prove a most active enemy to my pursuits. He governs the country between Gorh and the Tibet frontier, for the Maha-Raanee (wife of the Rajah), whose dowry it is; and she being the Dewan's relative, I had little assistance to expect from her agent. His conduct was very polite, and he brought me a handsome offering for myself; but after delaying me a day on the pretext of collecting food for my people, of which I was in want, I was obliged to move on with no addition to my store, and trust to obtaining some at the next village, or from Dorjiling. Owing, however, to the increasing distance, and the destruction of the roads by the rains, my supplies from that place were becoming irregular: I therefore thought it prudent to reduce my party, by sending back my guard of Sepoys, who could be of no further use.

From this point the upper portion of the course of the Teesta (Lachen-Lachoong) is materially different from what it is lower down; becoming a boisterous torrent, as suddenly as the Tambur does above Mywa Guola. Its bed is narrower, large masses of rock impede its course, nor is there any place where it is practicable for rafts at any season; the only means of passing it being by cane bridges that are thrown across, high above the stream.

The slope on either side of the valley is very steep; that on the north, in particular, appearing too precipitous for any road, and being only frequented by honey seekers, who scale the rocks by cane ladders, and thus reach the pendulous bees'-nests, which are so large as in some instances to be conspicuous features at the distance of a mile. This pursuit appeared extremely perilous, the long thread-like canes in many places affording the only footing, over many yards of cliff: the procuring of this honey, however, is the only means by which many of the idle poor raise the rent which they must pay to the Rajah.

The most prominent effect of the steepness of the valleys is the prevalence of land-slips, which sometimes descend for 3000 feet, carrying devastation along their course: they are caused either by the melting of the snow-beds on the mountains, or by the action of the rains on the stratified rocks, and are much increased in effect and violence by the heavy timber-trees which, swaying forwards, loosen the earth at their roots, and give impetus to the mass. This phenomenon is as frequent and destructive as in Switzerland, where, however, more lives are lost; from the country being more populous, and from the people recklessly building in places particularly exposed to such accidents. A most destructive one had, however, occurred here the previous year, by which a village was destroyed, together with twelve of its inhabitants, and all the cattle. The fragments of rock precipitated are sometimes of enormous size, but being a soft mica-schist, are soon removed by weathering. It is in the rainy season that landslips are most frequent, and shortly after rain they are pretty sure to be heard far or near. I crossed the debris of the great one alluded to, on the first march beyond Singtam: the whole face of the mountain appeared more or less torn up for fully a mile, presenting a confused mass of white micaceous clay, full of angular masses of rock. The path was very difficult and dangerous, being carried along the steep slope, at an angle, in some places, of 35 degrees; and it was constantly shifting, from the continued downward sliding, and from the action of streams, some of which are large, and cut deep channels. In one I had the misfortune to lose my only sheep, which was carried away by the torrent. These streams were crossed by means of sticks and ricketty bamboos, and the steep sides (sometimes twenty or thirty feet high), were ascended by notched poles.

The weather continued very hot for the elevation (4000 to 5000 feet), the rain brought no coolness, and for the greater part of the three marches between Singtam and Chakoong, we were either wading through deep mud, or climbing over rocks. Leeches swarmed in incredible profusion in the streams and damp grass, and among the bushes: they got into my hair, hung on my eyelids, and crawled up my legs and down my back. I repeatedly took upwards of a hundred from my legs, where the small ones used to collect in clusters on the instep: the sores which they produced were not healed for five months afterwards, and I retain the scars to the present day. Snuff and tobacco leaves are the best antidote, but when marching in the rain, it is impossible to apply this simple remedy to any advantage. The best plan I found to be rolling the leaves over the feet, inside the stockings, and powdering the legs with snuf.

Another pest is a small midge, or sand-fly, which causes intolerable itching, and subsequent irritation, and is in this respect the most insufferable torment in Sikkim; the minutest rent in one's clothes is detected by the acute senses of this insatiable bloodsucker, which is itself so small as to be barely visible without a microscope. We daily arrived at our camping-ground, streaming with blood, and mottled with the bites of peepsas, gnats, midges, and mosquitos, besides being infested with ticks.

As the rains advanced, insects seemed to be called into existence in countless swarms; large and small moths, cockchafers, glow-worms, and cockroaches, made my tent a Noah's ark by night, when the candle was burning; together with winged ants, May-flies, flying earwigs, and many beetles, while a very large species of Tipula (daddy-long-legs) swept its long legs across my face as I wrote my journal, or plotted off my map. After retiring to rest and putting out the light, they gradually departed, except a few which could not find the way out, and remained to disturb my slumbers.

Chakoong is a remarkable spot in the bottom of the valley, at an angle of the Lachen-Lachoong, which here receives an affluent from Gnarem, a mountain 17,557 feet high, on the Chola range to the east.* [This is called Black Rock in Col. Waugh's map. I doubt Gnarem being a generally known name: the people hardly recognise the mountain as sufficiently conspicuous to bear a name.] There is no village, but some grass huts used by travellers, which are built close to the river on a very broad flat, fringed with alder, hornbeam, and birch: the elevation is 4,400 feet, and many European genera not found about Dorjiling, and belonging to the temperate Himalaya, grow intermixed with tropical plants that are found no further north. The birch, willow, alder, and walnut grow side by side with wild plantain, Erythrina, Wallichia palm, and gigantic bamboos: the Cedrela Toona, figs, Melastoma, Scitamineae, balsams, Pothos, peppers, and gigantic climbing vines, grow mixed with brambles, speedwell, Paris, forget-me-not, and nettles that sting like poisoned arrows. The wild English strawberry is common, but bears a tasteless fruit: its inferiority is however counterbalanced by the abundance of a grateful yellow raspberry. Parasitical Orchids (Dendrobium nobile, and densiflorum, etc.), cover the trunks of oaks, while Thalictrum and Geranium grow under their shade. Monotropa and Balanophora, both parasites on the roots of trees (the one a native of north Europe and the other of a tropical climate), push their leafless stems and heads of flowers through the soil together: and lastly, tree-ferns grow associated with the Pteris aquilina (brake) and Lycopodium clavatum of our British moors; and amongst mosses, the superb Himalayan Lyellia crispa,* [This is one of the most remarkable mosses in the Himalaya mountains, and derives additional interest from having been named after the late Charles Lyell, Esq., of Kinnordy, the father of the most eminent geologist of the present day.] with the English Funaria hygrometrica.

The dense jungles of Chakoong completely cover the beautiful flat terraces of stratified sand and gravel, which rise in three shelves to 150 feet above the river, and whose edges appear as sharply cut as if the latter had but lately retired from them. They are continuous with a line of quartzy cliffs, covered with scarlet rhododendrons, and in the holes of which a conglomerate of pebbles is found, 150 feet above the river. Everywhere immense boulders are scattered about, some of which are sixty yards long: their surfaces are water-worn into hollows, proving the river to have cut through nearly 300 feet of deposit, which once floored its valley. Lower down the valley, and fully 2000 feet above the river, I had passed numerous angular blocks resting on gentle slopes where no landslips could possibly have deposited them; and which I therefore refer to ancient glacial action: one of these, near the village of Niong, was nearly square, eighty feet long, and ten high.

It is a remarkable fact, that this hot, damp gorge is never malarious; this is attributable to the coolness of the river, and to the water on the flats not stagnating; for at Choongtam, a march further north, and 1500 feet higher, fevers and ague prevail in summer on similar flats, but which have been cleared of jungle, and are therefore exposed to the sun.

I had had constant headache for several mornings on waking, which I did not fail to attribute to coming fever, or to the unhealthiness of the climate; till I accidentally found it to arise from the wormwood, upon a thick couch of the cut branches of which I was accustomed to sleep, and which in dry weather produced no such effects.* [This wormwood (Artemisia Indaca) is one of the most common Sikkim plants at 2000 to 6000 feet elevation, and grows twelve feet high: it is a favourite food of goats.]

From Chakoong to Choongtam the route lay northwards, following the course of the river, or crossing steep spurs of vertical strata of mica-schist, that dip into the valley, and leave no space between their perpendicular sides and the furious torrent. Immense landslips seamed the steep mountain flanks; and we crossed with precipitation one that extended fully 4000 feet (and perhaps much more) up a mountain 12,000 feet high, on the east bank: it moves every year, and the mud and rocks shot down by it were strewn with the green leaves and twigs of shrubs, some of the flowers on which were yet fresh and bright, while others were crushed: these were mixed with gigantic trunks of pines, with ragged bark and scored timbers. The talus which had lately been poured into the valley formed a gently sloping bank, twenty feet high, over which the Lachen- Lachoong rolled, from a pool above, caused by the damming up of its waters. On either side of the pool were cultivated terraces of stratified sand and pebbles, fifty feet high, whose alder-fringed banks, joined by an elegant cane bridge, were reflected in the placid water; forming a little spot of singular quiet and beauty, that contrasted with the savage grandeur of the surrounding mountains, and the headstrong course of the foaming torrent below, amid whose deafening roar it was impossible to speak and be heard.

Illustration—CANE-BRIDGE AND TUKCHAM MOUNTAIN.

The mountain of Choongtam is about 10,000 feet high; it divides the Lachen from the Lachoong river, and terminates a lofty range that runs for twenty-two miles south from the lofty mountain of Kinchinjhow. Its south exposed face is bare of trees, except clumps of pines towards the top, and is very steep, grassy, and rocky, without water. It is hence quite unlike the forest-clad mountains further south, and indicates a drier and more sunny climate. The scenery much resembles that of Switzerland, and of the north-west Himalaya, especially in the great contrast between the southern and northern exposures, the latter being always clothed with a dense vegetation. At the foot of this very steep mountain is a broad triangular flat, 5,270 feet above the sea, and 300 feet above the river, to which it descends by three level cultivated shelves. The village, consisting of a temple and twenty houses, is placed on the slope of the hill. I camped on the flat in May, before it became very swampy, close to some great blocks of gneiss, of which many lie on its surface: it was covered with tufts of sedge (like Carex stellulata), and fringed with scarlet rhododendron, walnut, Andromeda, E1aeagnus (now bearing pleasant acid fruit), and small trees of a Photinia, a plant allied to hawthorn, of the leaves of which the natives make tea (as they do of Gualtheria, Andromeda, Vaccinium, and other allied plants). Rice, cultivated* [Choongtam is in position and products analogous to Lelyp, on the Tambur (vol. i, Chapter IX). Rice cultivation advances thus high up each valley, and at either place Bhoteeas replace the natives of the lower valleys.] in pools surrounded by low banks, was just peeping above ground; and scanty crops of millet, maize, and buckwheat flourished on the slopes around.

The inhabitants of Choongtam are of Tibetan origin; few of them had seen an Englishman before, and they flocked out, displaying the most eager curiosity: the Lama and Phipun (or superior officer) of the Lachoong valley came to pay their respects with a troop of followers, and there was lolling out of tongues, and scratching of ears, at every sentence spoken, and every object of admiration. This extraordinary Tibetan salute at first puzzled me excessively, nor was it until reading MM. Huc and Gabet's travels on my return to England, that I knew of its being the ton at Lhassa, and in all civilised parts of Tibet.

As the valley was under the Singtam Soubah's authority, I experienced a good deal of opposition; and the Lama urged the wrath of the gods against my proceeding. This argument, I said, had been disposed of the previous year, and I was fortunate in recognising one of my Changachelling friends, who set forth my kindly offices to the Lamas of that convent, and the friendship borne me by its monks, and by those of Pemiongchi. Many other modes of dissuading me were attempted, but with Meepo's assistance I succeeded in gaining my point. The difficulty and delays in remittance of food, caused by the landslips having destroyed the road, had reduced our provisions to a very low ebb; and it became not only impossible to proceed, but necessary to replenish my stores on the spot. At first provisions enough were brought to myself, for the Rajah had issued orders for my being cared for, and having some practice among the villagers in treating rheumatism and goitres, I had the power of supplying my own larder; but I found it impossible to buy food for my people. At last, the real state of the case came out; that the Rajah having gone to Choombi, his usual summer-quarters in Tibet, the Dewan had issued orders that no food should be sold or given to my people, and that no roads were to be repaired during my stay in the country; thus cutting off my supplies from Dorjiling, and, in short, attempting to starve me out. At this juncture, Meepo received a letter from the Durbar purporting to be from the Rajah, commanding my immediate return, on the grounds that I had been long enough in the country for my objects: it was not addressed to me, and I refused to receive it as an official communication; following up my refusal by telling Meepo that if he thought his orders required it, he had better leave me and return to the Rajah, as I should not stir without directions from Dr. Campbell, except forwards. He remained, however, and said he had written to the Rajah, urging him to issue stringent orders for my party being provisioned.

We were reduced to a very short allowance before the long-expected supplies came, by which time our necessities had almost conquered my resolution not to take by force of the abundance I might see around, however well I might afterwards pay. It is but fair to state that the improvident villagers throughout Sikkim are extremely poor in vegetable food at this season, when the winter store is consumed, and the crops are still green. They are consequently obliged to purchase rice from the lower valleys, which, owing to the difficulties of transport, is very dear; and to obtain it they barter wool, blankets, musk, and Tibetan produce of all kinds. Still they had cattle, which they would willingly have sold to me, but for the Dewan's orders.

There is a great difference between the vegetation of Dorjiling and that of similar elevations near Choongtam situated far within the Himalaya: this is owing to the steepness and dryness of the latter locality, where there is an absence of dense forest, which is replaced by a number of social grasses clothing the mountain sides, many new and beautiful kinds of rhododendrons, and a variety of European genera,* [Deutzia, Saxifraga caliata, Thalictrum, Euphorbia, yellow violet, Labiatae, Androsace, Leguminosae, Coriaria, Delphinium, currant, Umbelliferae, primrose, _Anemone, Convallaria, Roscoea, Mitella, Herminium, Drosera.] which (as I have elsewhere noticed) are either wholly absent from the damper ranges of Dorjiling, or found there several thousand feet higher up. On the hill above Choongtam village, I gathered, at 5000 to 6000 feet, Rhododendron arboreum and Dalhousiae, which do not generally grow at Dorjiling below 7,500 feet.* [I collected here ten kinds of rhododendron, which, however, are not the social plants that they become at greater elevations. Still, in the delicacy and beauty of their flowers, four of them, perhaps, excel any others; they are, R. Aucklandii, whose flowers are five inches and a half in diameter; R. Maddeni, R. Dalhousiae, and R. Edgeworthii, all white-flowered bushes, of which the two first rise to the height of small trees.] The yew appears at 7000 feet, whilst, on the outer ranges (as on Tonglo), it is only found at 9,500 to 10,000 feet; and whereas on Tonglo it forms an immense tall tree, with long sparse branches and slender drooping twigs, growing amongst gigantic magnolias and oaks, at Choongtam it is small and rigid, and much resembling in appearance our churchyard yew.* [The yew spreads east from Kashmir to the Assam Himalaya and the Khasia mountains; and the Japan, Philippine Island, Mexican, and other North American yews, belong to the same widely-diffused species. In the Khasia (its most southern limit) it is found as low as 5000 feet above the sea-level.] At 8000 feet the Abies Brunoniana is found; a tree quite unknown further south; but neither the larch nor the Albies Smithiana (Khutrow) accompanied it, they being confined to still more northern regions.

I have seldom had occasion to allude to snakes, which are rare and shy in most parts of the Himalaya; I, however, found an extremely venomous one at Choongtam; a small black viper, a variety of the cobra di capello,* [Dr. Gray, to whom I am indebted for the following information, assures me that this reptile is not specifically distinct from the common Cobra of India; though all the mountain specimens of it which he has examined retain the same small size and dark colour. Of the other Sikkim reptiles which I procured seven are Colubridae and innocuous; five Crotalidae are venomous, three of which are new species belonging to the genera Parias and Trimesurus. Lizards are not abundant, but I found at Choongtam a highly curious one, Plestiodon Sikkimensis, Gray; a kind of Skink, whose only allies are two North American congeners; and a species of Agama (a chameleon-like lizard) which in many important points more resembled an allied American genus than an Asiatic one. The common immense earth-worm of Sikkim, Ichthyophis glutinosus, is a native of the Khasia mountains, Singapore, Ceylon and Java. It is a most remarkable fact, that whereas seven out of the twelve Sikkim snakes are poisonous, the sixteen species I procured in the Khasia mountains are innocuous.] which it replaces in the drier grassy parts of the interior of Sikkim, the large cobra not inhabiting in the mountain regions. Altogether I only collected about twelve species in Sikkim, seven of which are venomous, and all are dreaded by the Lepchas. An enormous hornet (Vespa magnifica, Sm.), nearly two inches long, was here brought to me alive in a cleft-stick, lolling out its great thorn-like sting, from which drops of a milky poison distilled: its sting is said to produce fatal fevers in men and cattle, which may very well be the case, judging from that of a smaller kind, which left great pain in my hand for two days, while a feeling of numbness remained in the arm for several weeks. It is called Vok by the Lepchas, a common name for any bee: its larvae are said to be greedily eaten, as are those of various allied insects.

Choongtam boasts a profusion of beautiful insects, amongst which the British swallow-tail butterfly (Papilio Machaon) disports itself in company with magnificent black, gold, and scarlet-winged butterflies, of the Trojan group, so typical of the Indian tropics. At night my tent was filled with small water-beetles (Berosi) that quickly put out the candle; and with lovely moths came huge cockchafers (Encerris Griffithii), and enormous and foetid flying-bugs (of the genus Derecterix), which bear great horns on the thorax. The irritation of mosquito and midge bites, and the disgusting insects that clung with spiny legs to the blankets of my tent and bed, were often as effectual in banishing sleep, as were my anxious thoughts regarding the future.

The temple at Choongtam is a poor wooden building, but contains some interesting drawings of Lhassa, with its extensive Lamaseries and temples; they convey the idea of a town, gleaming, like Moscow, with gilded and copper roofs; but on a nearer aspect it is found to consist of a mass of stone houses, and large religious edifices many stories high, the walls of which are regularly pierced with small square ornamented windows.* [MM. Huc and Gabet's account of Lhassa is, I do not doubt, excellent as to particulars; but the trees which they describe as magnificent, and girdling the city, have uniformly been represented to me as poor stunted willows, apricots, poplars, and walnuts, confined to the gardens of the rich. No doubt the impression left by these objects on the minds of travellers from tree-less Tartary, and of Sikkimites reared amidst stupendous forests, must be widely different. The information concerning Lhassa collected by Timkowski, "Travels of the Russian Mission to China" (in 1821) is greatly exaggerated, though containing much that is true and curious. The dyke to protect the city from inundations I never heard of; but there is a current story in Sikkim that Lhassa is built in a lake-bed, which was dried up by a miracle of the Lamas, and that in heavy rain the earth trembles, and the waters bubble through the soil: a Dorjiling rain-fall, I have been assured, would wash away the whole city. Ermann (Travels in Siberia, i., p. 186), mentions a town (Klinchi, near Perm), thus built over subterraneous springs, and in constant danger of being washed away. MM. Huc and Gabet allude to the same tradition under another form. They say that the natives of the banks of the Koko-nor affirm that the waters of that lake once occupied a subterranean position beneath Lhassa, and that the waters sapped the foundations of the temples as soon as they were built, till withdrawn by supernatural agency.]

There is nothing remarkable in the geology of Choongtam: the base of the hill consists of the clay and mica slates overlain by gneiss, generally dipping to the eastward; in the latter are granite veins, containing fine tourmalines. Actinolites are found in some highly metamorphic gneisses, brought by landslips from the neighbouring heights. The weather in May was cloudy and showery, but the rain which fell was far less in amount than that at Dorjiling: during the day the sun's power was great; but though it rose between five and six a.m., it never appeared above the lofty peaked mountains that girdle the valley till eight a.m. Dark pines crest the heights around, and landslips score their flanks with white seams below; while streaks of snow remain throughout the month at 9000 feet above; and everywhere silvery torrents leap down to the Lachen and Lachoong.

Illustration—JUNIPERUS RECURVA (height 30 feet).

CHAPTER XIX.

Routes from Choongtam to Tibet frontier — Choice of that by the Lachen river — Arrival of Supplies — Departure — Features of the valley — Eatable Polygonum — Tumlong — Cross Taktoong river — Pines, larches, and other trees — Chateng pool — Water-plants and insects — Tukcham mountain — Lamteng village — Inhabitants — Alpine monkey — Botany of temperate Himalaya — European and American fauna — Japanese and Malayan genera — Superstitious objections to shooting — Customs of people — Rain — Run short of provisions — Altered position of Tibet frontier — Zemu Samdong — Imposition — Vegetation — Uses of pines — Ascent to Thlonok river — Balanophora wood for making cups — Snow-beds — Eatable mushrooms and Smilacina — Asarabacca — View of Kinchinjunga — Arum-roots, preparation of for food — Liklo mountain — Bebaviour of my party — Bridge constructed over Zemu — Cross river — Alarm of my party — Camp on Zemu river.

From this place there were two routes to Tibet, each of about six days' journey. One lay to the north-west up the Lachen valley to the Kongra Lama pass, the other to the east up the Lachoong to the Donkia pass. The latter river has its source in small lakes in Sikkim, south of the Donkia mountain, a shoulder of which the pass crosses, commanding a magnificent view into Tibet. The Lachen, on the other hand (the principal source of the Teesta), rises beyond Sikkim in the Cholamoo lakes. The frontier at Kongra Lama was described to me as being a political, and not a natural boundary, marked out by cairns, standing on a plain, and crossing the Lachen river. To both Donkia and Kongra Lama I had every right to go, and was determined, if possible, to reach them, in spite of Meepo's ignorance, our guide's endeavours to frighten my party and mislead myself, and the country people's dread of incurring the Dewan's displeasure.

The Lachen valley being pronounced impracticable in the height of the rains, a month later, it behoved me to attempt it first, and it possessed the attraction of leading to a frontier described as far to the northward of the snowy Himalaya, on a lofty plateau, whose plants and animals were different from anything I had previously seen.

After a week the coolies arrived with supplies: they had been delayed by the state of the paths, and had consequently consumed a great part of my stock, reducing it to eight days' allowance. I therefore divided my party, leaving the greater number at Choongtam, with a small tent, and instructions to forward all food to me as it arrived. I started with about fifteen attendants, on the 25th of May, for Lamteng, three marches up the Lachen.

Descending the step-formed terraces, I crossed the Lachen by a good cane bridge. The river is a headstrong torrent, and turbid from the vast amount of earthy matter which it bears along; and this character of extreme impetuosity, unbroken by any still bend, or even swirling pool, it maintains uninterruptedly at this season from 4000 to 10,000 feet. It is crossed three times, always by cane bridges, and I cannot conceive any valley of its nature to be more impracticable at such a season. On both sides the mountains rose, densely forest-clad, at an average angle of 35 degrees to 40 degrees, to 10,000 and 15,000 feet. Its extreme narrowness, and the grandeur of its scenery, were alike recalled to my mind, on visiting the Sachs valley in the Valais of Switzerland; from which, however, it differs in its luxuriant forest, and in the slopes being more uniform and less broken up into those imposing precipices so frequent in Switzerland, but which are wanting in the temperate regions of the Sikkim Himalaya.

At times we scrambled over rocks 1000 feet above the river, or descended into gorges, through whose tributary torrents we waded, or crossed swampy terraced flats of unstratified shingle above the stream; whilst it was sometimes necessary to round rocky promontories in the river, stemming the foaming torrent that pressed heavily against the chest as, one by one, we were dragged along by powerful Lepchas. Our halting-places were on flats close to the river, covered with large trees, and carpeted with a most luxuriant herbage, amongst which a wild buckwheat (Polygonum*) [Polygonum cymosum, Wall. This is a common Himalayan plant, and is alsu found in the Khasia mountains.] was abundant, which formed an excellent spinach: it is called "Pullop-bi"; a name I shall hereafter have occasion to mention with gratitude.

A few miles above Choongtam, we passed a few cottages on a very extensive terrace at Tumlong; but between this and Lamteng, the country is uninhabited, nor is it frequented during the rains. We consequently found that the roads had suffered, the little bridges and aids to climb precipices and cross landslips had been carried away, and at one place we were all but turned back. This was at the Taktoong river, a tributary on the east bank, which rushes down at an angle of 15 degrees, in a sheet of silvery foam, eighteen yards broad. It does not, where I crossed it, flow in a deep gulley, having apparently raised its bed by an accumulation of enormous boulders; and a plank bridge was thrown across it, against whose slippery and narrow foot-boards the water dashed, loosening the supports on either bank, and rushing between their foundation stones.

My unwilling guide had gone ahead with some of the coolies: I had suspected him all along (perhaps unjustly) of avoiding the most practicable routes; but when I found him waiting for me at this bridge, to which he sarcastically pointed with his bow, I felt that had he known of it, to have made difficulties before would have been a work of supererogation. He seemed to think I should certainly turn back, and assured me there was no other crossing (a statement I afterwards found to be untrue); so, comforting myself with the hope that if the danger were imminent, Meepo would forcibly stop me, I took off my shoes, and walked steadily over: the tremor of the planks was like that felt when standing on the paddle-box of a steamer, and I was jerked up and down, as my weight pressed them into the boiling flood, which shrouded me with spray. I looked neither to the right nor to the left, lest the motion of the swift waters should turn my head, but kept my eye on the white jets d'eau springing up between the woodwork, and felt thankful when fairly on the opposite bank: my loaded coolies followed, crossing one by one without fear or hesitation. The bridge was swept into the Lachen very shortly afterwards.

Towards Lamteng, the path left the river, and passed through a wood of Abies Smithiana.* [Also called A. Khutrow and Morinda. I had not before seen this tree in the Himalaya: it is a spruce fir, much resembling the Norway spruce in general appearance, but with longer pendulous branches. The wood is white, and considered indifferent, though readily cleft into planks; it is called "Seh."] Larch appears at 9000 feet, with Abies Brunoniana. An austere crab-apple, walnut, and the willow of Babylon (the two latter perhaps cultivated), yellow jessamine and ash, all scarce trees in Sikkim, are more or less abundant in the valley, from 7000 to 8000 feet; as is an ivy, very like the English, but with fewer and smaller yellow or reddish berries; and many other plants,* [Wood-sorrel, a white-stemmed bramble, birch, some maples, nut gigantic lily (Lilium giganteum), Euphorbia, Pedicularis, Spiraea, Philadelphus, Deutzia, Indigofera, and various other South Europe and North American genera.] not found at equal elevations on the outer ranges of the Himalaya.

Chateng, a spur from the lofty peak of Tukcham,* ["Tuk" signifies head in Lepcha, and "cheam" or "chaum," I believe, has reference to the snow. The height of Tukcham has been re-calculated by Capt. R. Strachey, with angles taken by myself, at Dorjiling and Jillapahar, and is approximate only.] 19,472 feet high, rises 1000 feet above the west bank of the river; and where crossed, commands one of the finest alpine views in Sikkim. It was grassy, strewed with huge boulders of gneiss, and adorned with clumps of park-like pines: on the summit was a small pool, beautifully fringed with bushy trees of white rose, a white-blossomed apple, a Pyrus like Aria, another like mountain-ash, scarlet rhododendrons (arboreum and barbatum), holly, maples, and Goughia,* [This fine plant was named (Wight, "Ic. Plant.") in honour of Capt. Gough, son of the late commander-in-chief, and an officer to whom the botany of the peninsula of India is greatly indebted. It is a large and handsome evergreen, very similar in foliage to a fine rhododendron, and would prove an invaluable ornament on our lawns, if its hardier varieties were introduced into this country.] a curious evergreen laurel-like tree: there were also Daphnes, purple magnolia, and a pink sweet-blossomed Sphaerostema. Many English water-plants* [Sparganium, Typha, Potamogeton, Callitriche, Utricularia, sedges and rushes.] grew in the water, but I found no shells; tadpoles, however, swarmed, which later in the season become large frogs. The "painted-lady " butterfly (Cynthia Cardui), and a pretty "blue" were flitting over the flowers, together with some great tropical kinds, that wander so far up these valleys, accompanying Marlea, the only subtropical tree that ascends to 8,500 feet in the interior of Sikkim.

The river runs close tinder the eastern side of the valley, which slopes so steeply as to appear for many miles almost a continuous landslip, 2000 feet high.

Lamteng village, where I arrived on the 27th of May, is quite concealed by a moraine to the south, which, with a parallel ridge on the north, forms a beautiful bay in the mountains, 8,900 feet above the sea, and 1000 above the Lachen. The village stands on a grassy and bushy flat, around which the pine-clad mountains rise steeply to the snowy peaks and black cliffs which tower above. It contains about forty houses, forming the winter-quarters of the inhabitants of the valley, who, in summer, move with their flocks and herds to the alpine pastures of the Tibet frontier. The dwellings are like those described at Wallanchoon, but the elevation being lower, and the situation more sheltered, they are more scattered; whilst on account of the dampness of the climate, they are raised higher from the ground, and the shingles with which they are tiled (made of Abies Webbiana) decay in two or three years. Many are painted lilac, with the gables in diamonds of red, black, and white: the roofs are either of wood, or of the bark of Abies Brunoniana, held down by large stones: within they are airy and comfortable. They are surrounded by a little cultivation of buck-wheat, radishes, turnips, and mustard. The inhabitants, though paying rent to the Sikkim Rajah, consider themselves as Tibetans, and are so in language, dress, features, and origin: they seldom descend to Choongtam, but yearly travel to the Tibetan towns of Jigatzi, Kambajong, Giantchi, and even to Lhassa, having always commercial and pastoral transactions with the Tibetans, whose flocks are pastured on the Sikkim mountains during summer, and who trade with the plains of India through the medium of these villagers.

Illustration—LAMTENG VILLAGE.

The snow having disappeared from elevations below 11,000 feet, the yaks, sheep, and ponies had just been driven 2000 feet up the valley, and the inhabitants were preparing to follow, with their tents and goats, to summer quarters at Tallum and Tungu. Many had goitres and rheumatism, for the cure of which they flocked to my tent; dry-rubbing for the latter, and tincture of iodine for the former, gained me some credit as a doctor: I could, however, procure no food beyond trifling presents of eggs, meal, and more rarely, fowls.

On arriving, I saw a troop of large monkeys* [Macacus Pelops? Hodgson. This is a very different species from the tropical kind seen in Nepal, and mentioned at vol. i, Chapter XII.] gambolling in a wood of Abies Brunoniana: this surprised me, as I was not prepared to find so tropical an animal associated with a vegetation typical of a boreal climate. The only other quadrupeds seen here were some small earless rats, and musk-deer; the young female of which latter sometimes afforded me a dish of excellent venison; being, though dark-coloured and lean, tender, sweet, and short-fibred. Birds were scarce, with the exception of alpine pigeons (Columba leuconota), red-legged crows (Corvus graculus, L.), and the horned pheasant (Meleagris Satyra, L.). In this month insects are scarce, Elater and a black earwig being the most frequent: two species of Serica also flew into my tent, and at night moths, closely resembling European ones, came from the fir-woods. The vegetation in the, neighbourhood of Lamteng is European and North American; that is to say, it unites the boreal and temperate floras of the east and west hemispheres; presenting also a few features peculiar to Asia. This is a subject of very great importance in physical geography; as a country combining the botanical characters of several others, affords materials for tracing the direction in which genera and species have migrated, the causes that favour their migrations, and the laws that determine the types or forms of one region, which represent those of another. A glance at the map will show that Sikkim is, geographically, peculiarly well situated for investigations of this kind, being centrically placed, whether as regards south-eastern Asia or the Himalayan chain. Again, the Lachen valley at this spot is nearly equi-distant from the tropical forests of the Terai and the sterile mountains of Tibet, for which reason representatives both of the dry central Asiatic and Siberian, and of the humid Malayan floras meet there.

The mean temperature of Lamteng (about 50 degrees) is that of the isothermal which passes through Britain in lat. 52 degrees, and east Europe in lat. 48 degrees, cutting the parallel of 45 degrees in Siberia (due north of Lamteng itself), descending to lat. 42 degrees on the east coast of Asia, ascending to lat. 48 degrees on the west of America, and descending to that of New York in the United States. This mean temperature is considerably increased by descending to the bed of the Lachen at 8000 feet, and diminished by ascending Tukcham to 14,000 feet, which gives a range of 6000 feet of elevation, and 20 degrees of mean temperature. But as the climate and vegetation become arctic at 12,000 feet, it will be as well to confine my observations to the flora of 7000 to 10,000 feet; of the mean temperature, namely, between 53 degrees and 43 degrees, the isothermal lines corresponding to which embrace, on the surface of the globe, at the level of the sea, a space varying in different meridians from three to twelve degrees of latitude.* [On the west coast of Europe, where the distance between these isothermal lines is greatest, this belt extends almost from Stockholm and the Shetlands to Paris.] At first sight it appears incredible that such a limited area, buried in the depths of the Himalaya, should present nearly all the types of the flora of the north temperate zone; not only, however, is this the case, but space is also found at Lamteng for the intercalation of types of a Malayan flora, otherwise wholly foreign to the north temperate region.

A few examples will show this. Amongst trees the Conifers are conspicuous at Lamteng, and all are of genera typical both of Europe and North America: namely, silver fir, spruce, larch, and juniper, besides the yew: there are also species of birch, alder, ash, apple, oak, willow, cherry, bird-cherry, mountain-ash, thorn, walnut, hazel, maple, poplar, ivy, holly, Andromeda, Rhamnus. Of bushes; rose, berberry, bramble, rhododendron, elder, cornel, willow, honeysuckle, currant, Spiraea, Viburnum, Cotoneaster, Hippophae. Herbaceous plants* [As an example, the ground about my tent was covered with grasses and sedges, amongst which grew primroses, thistles, speedwell, wild leeks, Arum, Convallaria, Callitriche, Oxalis, Ranunculus, Potentilla, Orchis, Chaerophyllum, Galium, Paris, and Anagallis; besides cultivated weeds of shepherd's-purse, dock, mustard, Mithridate cress, radish, turnip, Thlaspi arvense, and Poa annua.] are far too numerous to be enumerated, as a list would include most of the common genera of European and North American plants.

Of North American genera, not found in Europe, were Buddleia, Podophyllum, Magnolia, Sassafras? Tetranthera, Hydrangea, Diclytra, Aralia, Panax, Symplocos, Trillium, and Clintonia. The absence of heaths is also equally a feature in the flora of North America. Of European genera, not found in North America, the Lachen valley has Coriaria, Hypecoum, and various Cruciferae. The Japanese and Chinese floras are represented in Sikkim by Camellia, Deutzia, Stachyurus, Aucuba, Helwingia, Stauntonia, Hydrangea, Skimmia, Eurya, Anthogonium, and Enkianthus. The Malayan by Magnolias, Talauma, many vacciniums and rhododendrons, Kadsura, Goughia, Marlea, both coriaceous and deciduous-leaved Caelogyne, Oberonia, Cyrtosia, Calanthe, and other orchids; Ceropegia, Parochetus, Balanophora, and many Scitamineae; and amongst trees, by Engelhardtia, Goughia, and various laurels.

Shortly after my arrival at Lamteng, the villagers sent to request that I would not shoot, as they said it brought on excessive rain,* [In Griffith's narrative of "Pemberton's Mission to Bhotan" ("Posthumous Papers, Journal," p. 283), it is mentioned that the Gylongs (Lamas) attributed a violent storm to the members of the mission shooting birds.] and consequent damage to the crops. My necessities did not admit of my complying with their wish unless I could procure food by other means; and I at first paid no attention to their request. The people, however, became urgent, and the Choongtam Lama giving his high authority to the superstition, it appeared impolitic to resist their earnest supplication; though I was well aware that the story was trumped up by the Lama for the purpose of forcing me to return. I yielded on the promise of provisions being supplied from the village, which was done to a limited extent; and I was enabled to hold out till more arrived from Dorjiling, now, owing to the state of the roads, at the distance of twenty days' march. The people were always civil and kind: there was no concealing the fact that the orders were stringent, prohibiting my party being supplied with food, but many of the villagers sought opportunities by night of replenishing my stores. Superstitious and timorous, they regard a doctor with great veneration; and when to that is added his power of writing, drawing, and painting, their admiration knows no bounds: they flocked round my tent all day, scratching their ears, lolling out their tongues, making a clucking noise, smiling, and timidly peeping over my shoulder, but flying in alarm when my little dog resented their familiarity by snapping at their legs. The men spend the whole day in loitering about, smoking and spinning wool: the women in active duties; a few were engaged in drying the leaves of a shrub (Symplocos) for the Tibet market, which are used as a yellow dye; whilst, occasionally, a man might be seen cutting a spoon or a yak-saddle out of rhododendron wood.

During my stay at Lamteng, the weather was all but uniformly cloudy and misty, with drizzling rain, and a southerly, or up-valley wind, during the day, which changed to an easterly one at night: occasionally distant thunder was heard. My rain-gauges showed very little rain compared with what fell at Dorjiling during the same period; the clouds were thin, both sun and moon shining through them, without, however, the former warming the soil: hence my tent was constantly wet, nor did I once sleep in a dry bed till the 1st of June, which ushered in the month with a brilliant sunny day. At night it generally rained in torrents, and the roar of landslips and avalanches was then all but uninterrupted for hour after hour: sometimes it was a rumble, at others a harsh grating sound, and often accompanied with the crashing of immense timber-trees, or the murmur of the distant snowy avalanches. The amount of denudation by atmospheric causes is here quite incalculable; and I feel satisfied that the violence of the river at this particular part of its course (where it traverses those parts of the valleys which are most snowy and rainy), is proximately due to impediments thus accumulated in its bed.

It was sometimes clear at sunrise, and I made many ascents of Tukcham, hoping for a view of the mountains towards the passes; but I was only successful on one occasion, when I saw the table top of Kinchinjhow, the most remarkable, and one of the most distant peaks of dazzling snow which is seen from Dorjiling, and which, I was told, is far beyond Sikkim, in Tibet.* [Such, however, is not the case; Kinchinjhow is on the frontier of Sikkim, though a considerable distance behind the most snowy of the Sikkim mountains.] I kept up a constant intercourse with Choongtam, sending my plants thither to be dried, and gradually reducing my party as our necessities urged my so doing; lastly, I sent back the shooters, who had procured very little, and whose occupation was now gone.

On the 2nd of June, I received the bad news that a large party of coolies had been sent from Dorjiling with rice, but that being unable or afraid to pass the landslips, they had returned: we had now no food except a kid, a few handfuls of flour, and some potatos, which had been sent up from Choongtam. All my endeavours to gain information respecting the distance and position of the frontier were unavailing; probably, indeed, the Lama and Phipun (or chief man of the village), were the only persons who knew; the villagers calling all the lofty pastures a few marches beyond Lamteng "Bhote" or "Cheen" (Tibet). Dr. Campbell had procured for me information by which I might recognise the frontier were I once on it; but no description could enable me to find my way in a country so rugged and forest-clad, through tortuous and perpetually forking valleys, along often obliterated paths, and under cloud and rain. To these difficulties must be added the deception of the rulers, and the fact (of which I was not then aware), that the Tibet frontier was formerly at Choongtam; but from the Lepchas constantly harassing the Tibetans, the latter, after the establishment of the Chinese rule over their country, retreated first to Zemu Samdong, a few hours walk above Lamteng, then to Tallum Samdong, 2000 feet higher; and, lastly, to Kongra Lama, 16,000 feet up the west flank of Kinchinjhow.

On the third of June I took a small party, with my tent, and such provisions as I had, to explore up the river. On hearing of my intention, the Phipun volunteered to take me to the frontier, which he said was only two hours distant, at Zemu Samdong, where the Lachen receives the Zemu river from the westward: this I knew must be false, but I accepted his services, and we started, accompanied by a large body of villagers, who eagerly gathered plants for me along the road.

The scenery is very pretty; the path crosses extensive and dangerous landslips, or runs through fine woods of spruce and Abies Brunoniana, and afterwards along the river-banks, which are fringed with willow (called "Lama"), and Hippophae. The great red rose (Rosa macrophylla), one of the most beautiful Himalayan plants, whose single flowers are as large as the palm of the hand, was blossoming, while golden Potentillas and purple primroses flowered by the stream, and Pyrola in the fir-woods.

Just above the fork of the valley, a wooden bridge (Samdong) crosses the Zemu, which was pointed out to me as the frontier, and I was entreated to respect two sticks and a piece of worsted stretched across it; this I thought too ridiculous, so as my followers halted on one side, I went on the bridge, threw the sticks into the stream, crossed, and asked the Phipun to follow; the people laughed, and came over: he then told me that he had authority to permit of my botanising there, but that I was in Cheen, and that he would show me the guard-house to prove the truth of his statement. He accordingly led me up a steep bank to an extensive broad flat, several hundred feet above the river, and forming a triangular base to the great spur which, rising steeply behind, divides the valley. This flat was marshy and covered with grass; and buried in the jungle were several ruined stone houses, with thick walls pierced with loopholes: these had no doubt been occupied by Tibetans at the time when this was the frontier.

The elevation which I had attained (that of the river being 8,970 feet) being excellent for botanising, I camped; and the villagers, contented with the supposed success of their strategy, returned to Lamteng.

My guide from the Durbar had staid behind at Lainteng, and though Meepo and all my men well knew that this was not the frontier, they were ignorant as to its true position, nor could we even ascertain which of the rivers was the Lachen.* [The eastern afterwards proved to be the Lachen.] The only routes I possessed indicated two paths northwards from Lamteng, neither crossing a river: and I therefore thought it best to remain at Zemu Samdong till provisions should arrive. I accordingly halted for three days, collecting many new and beautiful plants, and exploring the roads, of which five (paths or yak-tracks) diverged from this point, one on either bank of each river, and one leading up the fork.

On one occasion I ascended the steep hill at the fork; it was dry and rocky, and crowned with stunted pines. Stacks of different sorts of pine-wood were stored on the flat at its base, for export to Tibet, all thatched with the bark of Abies Brunoniana. Of these the larch (Larix Griffithii, "Sah"), splits well, and is the most durable of any; but the planks are small, soft, and white.* [I never saw this wood to be red, close-grained, and hard, like that of the old Swiss larch; nor does it ever reach so great a size.] The silver fir (Abies Webbiana, "Dunshing") also splits well; it is white, soft, and highly prized for durability. The wood of Abies Brunoniana ("Semadoong") is like the others in appearance, but is not durable; its bark is however very useful. The spruce (Abies Smithiana, "Seh") has also white wood, which is employed for posts and beams.* [These woods are all soft and loose in grain, compared with their European allies.] These are the only pines whose woods are considered very useful; and it is a curious circumstance that none produce any quantity of resin, turpentine, or pitch; which may perhaps be accounted for by the humidity of the climate.

Pinus longifolia (called by the Lepchas "Gniet-koong," and by the Bhoteeas "Teadong") only grows in low valleys, where better timber is abundant. The weeping blue juniper (Juniperus recurva, "Deschoo"), and the arboreous black one (called "Tchokpo")* [This I have, vol. i. Chapter XI, referred to the J. excelsa of the north-west Himalaya, a plant which under various names is found in many parts of Europe and many parts of Europe and North America; but since then Dr. Thomson and I have had occasion to compare my Sikkim conifers with the north-west Himalayan ones and we have found that this Sikkim species is probably new, and that J. excelsa is not found east of Nepal.] yield beautiful wood, like that of the pencil cedar,* [Also a juniper, from Bermuda (J. Bermudiana).] but are comparatively scarce, as is the yew (Taxus baccata, "Tingschi"), whose timber is red. The "Tchenden," or funereal cypress, again, is valued only for the odour of its wood: Pinus excelsa, "Tongschi," though common in Bhotan, is, as I have elsewhere remarked, not found in east Nepal or Sikkim; the wood is admirable, being durable, close-grained, and so resinous as to be used for flambeaux and candles.

On the flat were flowering a beautiful magnolia with globular sweet-scented flowers like snow-balls, several balsams, with species of Convallaria, Cotoneaster, Gentian, Spiraea, Euphorbia, Pedicularis, and honeysuckle. On the hill-side were creeping brambles, lovely yellow, purple, pink, and white primroses, white-flowered Thalictrum and Anemone, berberry, Podophyllum, white rose, fritillary, Lloydia, etc. On the flanks of Tukcham, in the bed of a torrent, I gathered many very alpine plants, at the comparatively low elevation of 10,000 feet, as dwarf willows, Pinguicula, (a genus not previously found in the Himalaya), Oxyria, Adrosace, Tofieldia, Arenaria, saxifrages, and two dwarf heath-like Andromedas.* [Besides these, a month later, the following flowered in profusion: scarlet Buddleia? gigantic lily, yellow jasmine, Aster, Potentilla, several kinds of orchids, willow-herb (Epilobium), purple Roscoea, Neillia, Morina, many grasses and Umbelliferae. These formed a rank and dense herbaceous, mostly annual vegetation, six feet high, bound together with Cuscuta, climbing Leguminosae, and Ceropegia. The great summer heat and moisture here favour the ascent of various tropical genera, of which I found in August several Orchideae (Calanthe, Microstylis, and Coelogyne), also Begonia, Bryonia, Cynanchum, Aristolochia, Eurya, Procris, Acanthaceae, and Cyrtandraseae.] The rocks were all of gneiss, with granite veins, tourmaline, and occasionally pieces of pure plumbago.

Our guide had remained at Lamteng, on the plea of a sore on his leg from leech-bites: his real object, however, was to stop a party on their way to Tibet with madder and canes, who, had they continued their journey, would inevitably have pointed out the road to me. The villagers themselves now wanted to proceed to the pasturing-grounds on the frontier; so the Phipun sent me word that I might proceed as far as I liked up the east bank of the Zemu. I had explored the path, and finding it practicable, and likely to intersect a less frequented route to the frontier (that crossing the Tekonglah pass from Bah, see chapter XVIII), I determined to follow it. A supply of food arrived from Dorjiling on the 5th of June, reduced, however, to one bag of rice, but with encouraging letters, and the assurance that more would follow at once. My men, of whom I bad eight, behaved admirably, although our diet had for five days chiefly consisted of Polygonum ("Pullop-bi"), wild leeks ("Lagook"), nettles and Procris (an allied, and more succulent herb), eked out by eight pounds of Tibet meal ("Tsamba"), which I had bought for ten shillings by stealth from the villagers. What concerned me most was the destruction of my plants by constant damp, and the want of sun to dry the papers; which reduced my collections to a tithe of what they would otherwise have been.

From Zemu Samdong the valley runs north-west, for two marches, to the junction of the Zemu with the Thlonok, which rises on the north-east flank of Kinchinjunga: at this place I halted for several days, while building a bridge over the Thlonok. The path runs first through a small forest of birch, alder, and maple, on the latter of which I found Balanophora* [A curious leafless parasite, mentioned at vol. i, chapter v.] growing abundantly: this species produces the great knots on the maple roots, from which the Tibetans form the cups mentioned by MM. Huc and Gabet. I was so fortunate as to find a small store of these knots, cleaned, and cut ready for the turner, and hidden behind a stone by some poor Tibetan, who had never retained to the spot: they had evidently been there a very long time.

In the ravines there were enormous accumulations of ice, the result of avalanches; one of them crossed the river, forming a bridge thirty feet thick, at an elevation of only 9,800 feet above the sea. This ice-bridge was 100 yards broad, and flanked by heaps of boulders, the effects of combined land and snowslips. These stony places were covered with a rich herbage of rhubarb, primroses, Euphorbia, Sedum, Polygonum, Convallaria, and a purple Dentaria ("Kenroop-bi") a cruciferous plant much eaten as a pot-herb. In the pinewoods a large mushroom ("Onglau,"* [Cortinarius Emodensis of the Rev. M. J. Berkeley, who has named and described it from my specimens and drawings. It is also called "Yungla tchamo" by the Tibetans, the latter word signifying a toadstool. Mr. Berkeley informs me that the whole vast genus Cortinarius scarcely possesses a single other edible species; he adds that C. violaceus and violaceo-cinereus are eaten in Austria and Italy, but not always with safety.] Tibet.) was abundant, which also forms a favourite article of food. Another pot-herb (to which I was afterwards more indebted than any) was a beautiful Smilacina, which grows from two to five feet high, and has plaited leaves and crowded panicles of white bell-shaped flowers, like those of its ally the lily of the valley, which it also resembles in its mucilaginous properties. It is called "Chokli-bi,"* [It is also found on the top of Sinchul, near Dorjiling.] and its young flower-heads, sheathed in tender green leaves, form an excellent vegetable. Nor must I forget to include amongst the eatable plants of this hungry country, young shoots of the mountain-bamboo, which are good either raw or boiled, and may be obtained up to 12,000 feet in this valley. A species of Asarum (Asarabacca) grows in the pine-woods; a genus not previously known to be Himalayan. The root, like its English medicinal congener, has a strong and peculiar smell. At 10,000 feet Abies Webbiana commences, with a close undergrowth of a small twiggy holly. This, and the dense thicket of rhododendron* [Of which I had already gathered thirteen kinds in this valley.] on the banks of the river and edges of the wood, rendered the march very fatiguing, and swarms of midges kept up a tormenting irritation.

The Zemu continued an impetuous muddy torrent, whose hoarse voice, mingled with the deep grumbling noise* [The dull rumbling noise thus produced is one of the most singular phenomena in these mountains, and cannot fail to strike the observer. At night, especially, the sound seems increased, the reason of which is not apparent, for in these regions, so wanting in animal life, the night is no stiller than the day, and the melting of snow being less, the volume of waters must be somewhat, though not conspicuously, diminished. The interference of sound by heated currents of different density is the most obvious cause of the diminished reverberation during the day, to which Humboldt adds the increased tension of vapour, and possibly an echo from its particles.] of the boulders rolling along its bed, was my lullaby for many nights. Its temperature at Zemu Samdong was 45 degrees to 46 degrees in June. At its junction with the Thlonok, it comes down a steep gulley from the north, foreshortened into a cataract 1000 feet high, and appearing the smaller stream of the two; whilst the Thlonok winds down from the snowy face of Kinchinjunga, which is seen up the valley, bearing W.S.W., about twenty miles distant. All around are lofty and rocky mountains, sparingly wooded with pines and larch, chiefly on their south flanks, which receive the warm, moist, up-valley winds; the faces exposed to the north being colder and more barren: exactly the reverse of what is the case at Choongtam, where the rocky and sunny south-exposed flanks are the driest.

My tent was pitched on a broad terrace, opposite the junction of the Zemu and Thlonok, and 10,850 feet above the sea. It was sheltered by some enormous transported blocks of gneiss, fifteen feet high, and surrounded by a luxuriant vegetation of most beautiful rhododendrons in full flower, willow, white rose, white flowered cherry, thorn, maple and birch. Some great tuberous-rooted Arums* [Two species of Arisaema, called "Tong" by the Tibetans, and "Sinkree" by the Lepchas.] were very abundant; and the ground was covered with small pits, in which were large wooden pestles: these are used in the preparation of food from the arums, to which the miserable inhabitants of the valley have recourse in spring, when their yaks are calving. The roots are bruised with the pestles, and thrown into these holes with water. Acetous fermentation commences in seven or eight days, which is a sign that the acrid poisonous principle is dissipated: the pulpy, sour, and fibrous mass is then boiled and eaten; its nutriment being the starch, which exists in small quantities, and which they have not the skill to separate by grating and washing. This preparation only keeps a few days, and produces bowel complaints, and loss of the skin and hair, especially when insufficiently fermented. Besides this, the "chokli-bi," and many other esculents, abounded here; and we had great need of them before leaving this wild uninhabited region.

I repeatedly ascended the north flank of Tukcham along a watercourse, by the side of which were immense slips of rocks and snow-beds; the mountain-side being excessively steep. Some of the masses of gneiss thus brought down were dangerously poised on slopes of soft shingle, and daily moved a little downwards. All the rocks were gneiss and granite, with radiating crystals of tourmaline as thick as the thumb. Below 12,000 to 13,000 feet the mountain-sides were covered with a dense scrub of rhododendron bushes, except where broken by rocks, landslips, and torrents: above this the winter's snow lay deep, and black rocks and small glaciers, over which avalanches were constantly falling with a sullen roar, forbade all attempts to proceed. My object in ascending was chiefly to obtain views and compass- bearings, in which I was generally disappointed: once only I had a magnificent prospect of Kinchinjunga, sweeping down in one unbroken mass of glacier and ice, fully 14,000 feet high, to the head of the Thlonok river, whose upper valley appeared a broad bay of ice; doubtless forming one of the largest glaciers in the Himalaya, and increased by lateral feeders that flow into it from either flank of the valley. The south side of this (the Thlonok) valley is formed by a range from Kinchinjunga, running east to Tukcham, where it terminates: from it rises the beautiful mountain Liklo,* [D2 of the peaks laid down in Colonel Waugh's "Trigonometrical Survey from Dorjiling," I believe to be the "Liklo" of Dr. Campbell's itineraries from Dorjiling to Lhassa, compiled from the information of the traders (See "Bengal Asiatic Society's Journal" for 1848); the routes in which proved of the utmost value to me.] 22,582 feet high, which, from Dorjiling, appears as a sharp peak, but is here seen to be a jagged crest running north and south. On the north flank of the valley the mountains are more sloping and black, with patches of snow above 15,000 feet, but little anywhere else, except on another beautiful peak (alt. 19,240 feet) marked D3 on the map. This flank is also continuous from Kinchin; it divides Sikkim from Tibet, and runs north-east to the great mountain Chomiomo (which was not visible), the streams from its north flank flowing into the Arun river (in Tibet). A beautiful blue arch of sky spanned all this range, indicating the dry Tibetan climate beyond.

I made two futile attempts to ascend the Thlonok river to the great glaciers at the foot of Kinchinjunga, following the south bank, and hoping to find a crossing-place, and so to proceed north to Tibet. The fall of the river is not great at this part of its course, nor up to 12,000 feet, which was the greatest height I could attain, and about eight miles beyond my tents; above that point, at the base of Liklo, the bed of the valley widens, and the rhododendron shrubbery was quite impervious, while the sides of the mountain were inaccessible. We crossed extensive snow-beds, by cutting holes in their steep faces, and rounded rocks in the bed of the torrent, dragging one another through the violent current, whose temperature was below 40 degrees.

On these occasions, the energy of Meepo, Nimbo (the chief of the coolies) and the Lepcha boys, was quite remarkable, and they were as keenly anxious to reach the holy country of Tibet as I could possibly be. It was sometimes dark before we got back to our tents, tired, with torn clothes and cut feet and hands, returning to a miserable dinner of boiled herbs; but never did any of them complain, or express a wish to leave me. In the evenings and mornings they were always busy, changing my plants, and drying the papers over a sulky fire at my tent-door; and at night they slept, each wrapt in his own blanket, huddled together under a rock, with another blanket thrown over them all. Provisions reached us so seldom, and so reduced in quantity, that I could never allow more than one pound of rice to each man in a day, and frequently during this trying month they had not even that; and I eked out our meagre supply with a few ounces of preserved meats, occasionally "splicing the main brace" with weak rum and water.

At the highest point of the valley which I reached, water boiled at 191.3, indicating an elevation of 11,903 feet. The temperature at 1 p.m. was nearly 70 degrees, and of the wet bulb 55 degrees, indicating a dryness of 0.462, and dew point 47.0. Such phenomena of heat and dryness are rare and transient in the wet valleys of Sikkim, and show the influence here of the Tibetan climate.* [I gathered here, amongst an abundance of alpine species, all of European and arctic type, a curious trefoil, the Parochetus communis, which ranges through 9000 feet of elevation on the Himalaya, and is also found in Java and Ceylon.]

After boiling my thermometer on these occasions, I generally made a little tea for the party; a refreshment to which they looked forward with child-like eagerness. The fairness with which these good-hearted people used to divide the scanty allowance, and afterwards the leaves, which are greatly relished, was an engaging trait in their simple character: I have still vividly before me their sleek swarthy faces and twinkling Tartar eyes, as they lay stretched on the ground in the sun, or crouched in the sleet and snow beneath some sheltering rock; each with his little polished wooden cup of tea, watching my notes and instruments with curious wonder, asking, "How high are we?" "How cold is it?" and comparing the results with those of other stations, with much interest and intelligence.

On the 11th June, my active people completed a most ingenious bridge of branches of trees, bound by withes of willow; by which I crossed to the north bank, where I camped on an immense flat terrace at the junction of the rivers, and about fifty feet above their bed. The first step or ascent from the river is about five feet high, and formed of water-worn boulders, pebbles, and sand, scarcely stratified: the second, fully 1000 yards broad, is ten feet high, and swampy. The uppermost is fifteen feet above the second, and is covered with gigantic boulders, and vast rotting trunks of fallen pines, buried in an impenetrable jungle of dwarf small-leaved holly and rhododendrons. The surface was composed of a rich vegetable mould, which, where clear of forest, supported a rank herbage, six to eight feet high.* [This consisted of grasses, sedges, Bupleurum, rhubarb, Ranunculus, Convallaria, Smilacina, nettles, thistles, Arum, balsams, and the superb yellow Meconopsis Nepalensis, whose racemes of golden poppy-like flowers were as broad as the palm of the hand; it grows three and even six feet high, and resembles a small hollyhock; whilst a stately Heracleum, ten feet high, towered over all. Forests of silver fir, with junipers and larch, girdled these flats and on their edges grew rhododendrons, scarlet Spiraea, several honeysuckles, white Clematis, and Viburnum. Ferns are much scarcer in the pine-woods than elsewhere in the forest regions of the Himalaya. In this valley (alt. 10,850 feet), I found only two kinds; Hymenophyllum, Lomaria, Cystopteris, Davallia, two Polypodia, and several Aspidia and Asplenia. Selaginella ascends to Zemu Samdong (9000 feet). The Pteris aquilina (brake) does not ascend above 10,000 feet.]

Our first discovery, after crossing, was of a good bridge across the Zemu, above its junction, and of a path leading down to Zemu Samdong; this was, however, scarcely traceable up either stream. My men were better housed here in sheds: and I made several more ineffectual attempts to ascend the valley to the glaciers. The path, gradually vanishing, ran alternately through fir-woods, and over open grassy spots, covered with vegetation, amongst which the gigantic arum was plentiful, whose roots seemed to be the only attraction in this wet and miserable valley.

On my return one day, I found my people in great alarm, the Phipun having sent word that we were on the Tibet side of the rivers, and that Tibetan troops were coming to plunder my goods, and carry my men into slavery. I assured them he only wanted to frighten them; that the Cheen soldiers were civil orderly people; and that as long as Meepo was with us, there was no cause for fear. Fortunately a young musk-deer soon afterwards broke cover close to the tent, and its flesh wonderfully restored their courage: still I was constantly harassed by threats; some of my people were suffering from cold and bowel complaints, and I from rheumatism; while one fine lad, who came from Dorjiling, was delirious with a violent fever, contracted in the lower valleys, which sadly dispirited my party.

Having been successful in finding a path, I took my tent and a few active lads 1000 feet up the Zemu, camping on a high rock above the forest region, at 12,070 feet; hoping thence to penetrate northwards. I left my collections in the interim at the junction of the rivers, where the sheds and an abundance of firewood were great advantages for preserving the specimens. At this elevation we were quite free from midges and leeches (the latter had not appeared above 11,500 feet), but the weather continued so uniformly rainy and bad, that we could make no progress. I repeatedly followed the river for several miles, ascending to 13,300 feet; but though its valley widened, and its current was less rapid, the rhododendron thickets below, and the cliffs above, defeated all endeavours to reach the drier climate beyond, of which I had abundant evidence in the arch of brilliant blue that spanned the heavens to the north, beyond a black canopy of clouds that hid everything around, and poured down rain without one day's intermission, during the eight which I spent here.

Illustration—BLACH JUNIPER (height silty feet) AND YOUNG LARCH.

CHAPTER XX.

Camp on Zemu river — Scenery — Falling rocks — Tukcham mountain —

Height of glaciers — Botany — Gigantic rhubarb — Insects — Storm

— Temperature of rivers — Behaviour of Lachen Phipun — Hostile

conduct of Bhoteeas — View from mountains above camp — Descend to

Zemu Samdong — Vegetation — Letters from Dorjiling — Arrival of

Singtam Soubah — Presents from Rajah — Parties collecting

Arum-roots — Insects — Ascend Lachen river — Thakya-zong — Tallum

Samdong village — Cottages — Mountains — Plants — Entomology —

Weather — Halo — Diseases — Conduct of Singtam Soubah — His

character and illness — Agrees to take me to Kongra Lama — Tungu —

Appearance of country — Houses — Poisoning by arum-roots — Yaks

and calves — Tibet ponies — Journey to Kongra Lama — Tibetan tents

— Butter, curds, and churns — Hospitality — Kinchinjhow and

Chomiomo — Magnificent Scenery — Reach Kongra Lama Pass.

My little tent was pitched in a commanding situation, on a rock fifty feet above the Zemu, overlooking the course of that river to its junction with the Thlonok. The descent of the Zenlu in one thousand feet is more precipitous than that of any other river of its size with which I am acquainted in Sikkim, yet immediately above my camp it was more tranquil than at any part of its course onwards to the plains of India, whether as the Zemu, Lachen or Teesta. On the west bank a fine mountain rose in steep ridges and shrubby banks to 15,000 feet; on the east a rugged cliff towered above the stream, and from this, huge masses of rock were ever and anon precipitated into the torrent, with a roar that repeatedly spread consternation amongst us. During rains especially, and at night, when the chilled atmospheric currents of air descend, and the sound is not dissipated as in the day-time, the noise of these falls is sufficiently alarming. My tent was pitched near the base of the cliff, and so high above the river, that I had thought it beyond the reach of danger; but one morning I found that a large fragment of granite had been hurled during the night to my very door, my dog having had a very narrow escape. To what depth the accumulation at the base of this cliff may reach, I had no means of judging, but the rapid slope of the river-bed is mainly due to this, and to old moraines at the mouth of the valley below. I have seen few finer sights than the fall of these stupendous blocks into the furious torrent, along which they are carried amid feathery foam for many yards before settling to rest.

Across the Thlonok to the southwards, rose the magnificent mountain of Tukcham, but I only once caught a glimpse of its summit, which even then clouded over before I could get my instruments adjusted for ascertaining its height. Its top is a sharp cone, surrounded by rocky shoulders, that rise from a mass of snow. Its eastern slope of 8000 feet is very rapid (about 38 degrees) from its base at the Zemu river to its summit.

Glaciers in the north-west Himalaya descend to 11,000 feet; but I could not discover any in these valleys even so low as 14,000 feet, though at this season extensive snowbeds remain unmelted at but little above 10,000 feet. The foot of the stupendous glacier filling the broad head of the Thlonok is certainly not below 14,000 feet; though being continuous with the perpetual snow (or neve) of the summit of Kinchinjunga, it must have 14,000 feet of ice, in perpendicular height, to urge it forwards.

All my attempts to advance up the Zemu were fruitlesss and a snow bridge by which I had hoped to cross to the opposite bank was carried away by the daily swelling river, while the continued bad weather prevented any excursions for days together. Botany was my only resource, and as vegetation was advancing rapidly under the influence of the southerly winds, I had a rich harvest: for though Compositae, Pedicularis, and a few more of the finer Himalayan plants flower later, June is still the most glorious month for show.

Rhododendrons occupy the most prominent place, clothing the mountain slopes with a deep green mantle glowing with bells of brilliant colours; of the eight or ten species growing here, every bush was loaded with as great a profusion of blossoms as are their northern congeners in our English gardens. Primroses are next, both in beauty and abundance; and they are accompanied by yellow cowslips, three feet high, purple polyanthus, and pink large-flowered dwarf kinds nestling in the rocks, and an exquisitely beautiful blue miniature species, whose blossoms sparkle like sapphires on the turf. Gentians begin to unfold their deep azure bells, aconites to rear their tall blue spikes, and fritillaries and Meconopsis burst into flower. On the black rocks the gigantic rhubarb forms pale pyramidal towers a yard high, of inflated reflexed bracts, that conceal the flowers, and over-lapping one another like tiles, protect them from the wind and rain: a whorl of broad green leaves edged with red spreads on the ground at the base of the plant, contrasting in colour with the transparent bracts, which are yellow, margined with pink. This is the handsomest herbaceous plant in Sikkim: it is called "Tchuka," and the acid stems are eaten both raw and boiled; they are hollow and full of pure water: the root resembles that of the medicinal rhubarb, but it is spongy and inert; it attains a length of four feet, and grows as thick as the arm. The dried leaves afford a substitute for tobacco; a smaller kind of rhubarb is however more commonly used in Tibet for this purpose; it is called "Chula."

The elevation being 12,080 feet, I was above the limit of trees, and the ground was covered with many kinds of small-flowered honeysuckles, berberry, and white rose.* [Besides these I found a prickly Aralia, maple, two currants, eight or nine rhododendrons, many Sedums, Rhodiola, white Clematis, red-flowered cherry, birch, willow, Viburnum, juniper, a few ferns, two Andromedas, Menziesia, and Spircaea. And in addition to the herbs mentioned above, may be enumerated Parnassia, many Saxifrages, Soldanella, Draba, and various other Cruciferae, Nardostachys, (spikenard), Epilobium, Thalictrum, and very many other genera, almost all typical of the Siberian, North European, and Arctic floras.]

I saw no birds, and of animals only an occasional muskdeer. Insects were scarce, and quite different from what I had seen before; chiefly consisting of Phryganea (Mayfly) and some Carabidae (an order that is very scarce in the Himalaya); with various moths, chiefly Geometrae.

The last days of June (as is often the case) were marked by violent storms, and for two days my tent proved no protection; similar weather prevailed all over India, the barometer falling very low. I took horary observations of the barometer in the height of the storm on the 30th: the tide was very small indeed (.024 inch, between 9.50 a.m. and 4 p.m.), and the thermometer ranged between 47 degrees and 57. degrees, between 7 a.m. and midnight. Snow fell abundantly as low as 13,000 feet, and the rivers were much swollen, the size and number of the stones they rolled along producing a deafening turmoil. Only 3.7 inches of rain fell between the 23rd of June and the 2nd of July; whilst 21 inches fell at Dorjiling, and 6.7 inches at Calcutta. During the same period the mean temperature was 48 degrees; extremes, 62 degrees/36.5 degrees. The humidity was nearly at saturation-point, the wind southerly, very raw and cold, and drizzling rain constantly fell. A comparison of thirty observations with Dorjiling gave a difference of 14 degrees temperature, which is at the rate of 1 degree for every 347 feet of ascent.* [Forty-seven observations, comparative with Calcutta, gave 34. degrees difference, and if 5.5 degrees of temperature be deducted for northing in latitude, the result is 1 degree for every 412 feet of ascent. My observations at the junction of the rivers alt. 10,850 feet), during the early part of the mouth, gave 1 degree to 304 feet, as the result of twenty-four observations with Dorjiling, and 1 degree to 394 feet, from seventy-four observations with Calcutta.]

The temperature of these rivers varies extremely at different parts of their course, depending on that of their affluents. The Teesta is always cool in summer (where its bed is below 2000 feet), its temperature being 20 degrees below that of the air; whereas in mid-winter, when there is less cloud, and the snows are not melting, it is only a few degrees colder than the air.* [During my sojourn at Bhomsong in mid-winter of 1848 (see v. i. chapter xiii), the mean temperature of the Teesta was 51 degrees, and of the air 52.3 degrees; at that elevation the river water rarely exceeds 60 degrees at midsummer. Between 4000 feet and 300 (the plains) its mean temperature varies about 10 degrees between January and July; at 6000 feet it varies from 55 degrees to 43 degrees during the same period; and at 10,000 feet it freezes at the edges in winter and rises to 50 degrees in July.] At this season, in descending from 12,000 feet to 1000 feet, its temperature does not rise 10 degrees, though that of the air rises 30 degrees or 40 degrees. It is a curious fact, that the temperature of the northern feeders of the Teesta, in some parts of their course, rises with the increasing elevation! Of this the Zemu afforded a curious example: during my stay at its junction with the Thlonok it was 46 degrees, or 6 degrees warmer than that river; at 1100 feet higher it was 48 degrees, and at 1100 feet higher still it was 49 degrees! These observations were repeated in different weeks, and several times on the same day, both in ascending and descending, and always with the same result: they told, as certainly as if I had followed the river to its source, that it rose in a drier and comparatively sunny climate, and flowed amongst little snowed mountains.

Meanwhile, the Lachen Phipun continued to threaten us, and I had to send back some of the more timorous of my party. On the 28th of June fifty men arrived at the Thlonok, and turned my people out of the shed at the junction of the rivers, together with the plants they were preserving, my boards, papers, and utensils. The boys came to me breathless, saying that there were Tibetan soldiers amongst them, who declared that I was in Cheen, and that they were coming on the following morning to make a clean sweep of my goods, and drive me back to Dorjiling. I had little fear for myself, but was anxious with respect to my collections: it was getting late in the day, and raining, and I had no mind to go down and expose myself to the first brunt of their insolence, which I felt sure a night of such weather would materially wash away. Meepo was too frightened, but Nimbo, my Bhotan coolie Sirdar, volunteered to go, with two stout fellows; and he accordingly brought away my plants and papers, having held a parley with the enemy, who, as I suspected, were not Tibetans. The best news he brought was, that they were half clad and without food; the worst, that they swaggered and bullied: he added, with some pride, that he gave them as good as he got, which I could readily believe, Nimbo being really a resolute fellow,* [In East Nepal he drew his knife on a Ghorka sepoy; and in the following winter was bold enough to make his escape in chains from Tumloong.] and accomplished in Tibet slang.

On the following morning it rained harder than ever, and the wind was piercingly cold. My timid Lepchas huddled behind my tent, which, from its position, was only to be stormed in front. I dismantled my little observatory, and packed up the instruments, tied my dog, Kinchin, to one of the tent-pegs, placed a line of stones opposite the door, and seated myself on my bed on the ground, with my gun beside me.

The dog gave tongue as twenty or thirty people defiled up the glen, and gathered in front of my tent; they were ragged Bhoteeas, with bare heads and legs, in scanty woollen garments sodden with rain, which streamed off their shaggy hair, and furrowed their sooty faces: their whole appearance recalled to my mind Dugald Dalgetty's friends, the children of the mist.

They appeared nonplussed at seeing no one with me, and at my paying no attention to them, whilst the valiant Kinchin effectually scared them from the tent-door. When they requested a parley, I sent the interpreter to say that I would receive three men, and that only provided all the rest were sent down immediately; this, as I anticipated, was acceded to at once, and there remained only the Lachen Phipun and his brother. Without waiting to let him speak, I rated him soundly, saying, that I was ready to leave the spot when he could produce any proof of my being in Bhote (or Cheen), which he knew well I was not; that, since my arrival at Lachen, he had told me nothing but lies, and had contravened every order, both of the Rajah and of Tchebu Lama. I added, that I had given him and his people kindness and medicine, their return was bad, and he must go about his business at once, having, as I knew, no food, and I having none for him. He behaved very humbly throughout, and finally took himself off much discomfited, and two days afterwards sent men to offer to assist me in moving my things.

The first of July was such a day as I had long waited for to obtain a view, and I ascended the mountain west of my camp, to a point where water boiling at 185.7 degrees (air 42 degrees), gave an elevation of 14,914 feet. On the top of the range, about 1000 feet above this, there was no snow on the eastern exposures, except in hollows, but on the west slopes it lay in great fields twenty or thirty feet thick; while to the north, the mountains all appeared destitute of snow, with grassy flanks and rugged tops.

Drizzling mist, which had shrouded Tukcham all the morning, soon gathered on this mountain, and prevented any prospect from the highest point reached; but on the ascent I had an excellent view up the Zemu, which opened into a broad grassy valley, where I saw with the glass some wooden sheds, but no cattle or people. To reach these, however, involved crossing the river, which was now impossible; and I reluctantly made up my mind to return on the morrow to Zemu Samdong, and thence try the other river.

On my descent to the Thlonok, I found that the herbaceous plants on the terraces had grown fully two feet during the fortnight, and now presented almost a tropical luxuriance and beauty. Thence I reached Zemu Samdong in one day, and found the vegetation there even more gay and beautiful: the gigantic lily was in full flower, and scenting the air, with the lovely red rose, called "Chirring" by the Tibetans. Neillia was blossoming profusely at my old camping-ground, to which I now returned after a month's absence.

Soon after my arrival I received letters from Dr. Campbell, who had strongly and repeatedly represented to the Rajah his opinion of the treatment I was receiving; and this finally brought an explicit answer, to the effect that his orders had been full and peremptory that I should be supplied with provisions, and safely conducted to the frontier. With these came letters on the Rajah's part from Tchebu Lama to the Lachen Phipun, ordering him to take me to the pass, but not specifying its position; fortunately, however, Dr. Campbell sent me a route, which stated the pass to be at Kongra Lama, several marches beyond this, and in the barren country of Tibet.

On the 5th of July the Singtam Soubah arrived from Chola (the Rajah's summer residence): he was charged to take me to the frontier, and brought letters from his highness, as well as a handsome present, consisting of Tibet cloth, and a dress of China silk brocaded with gold: the Ranee also sent me a basket of Lhassa sweetmeats, consisting of Sultana raisins from Bokhara, sliced and dried apricots from Lhassa, and Diospyros fruit from China (called "Gubroon" by the Tibetans). The Soubah wanted to hurry me on to the frontier and back at once, being no doubt instigated to do so by the Dewan's party, and by his having no desire to spend much time in the dreary lofty regions I wanted to explore. I positively refused, however, to start until more supplies arrived, except he used his influence to provide me with food; and as he insisted that the frontier was at Tallum Samdong, only one march up the Lachen, I foresaw that this move was to be but one step forward, though in the right direction. He went forward to Tallum at once, leaving me to follow.

The Lamteng people had all migrated beyond that point to Tungu, where they were pasturing their cattle: I sent thither for food, and procured a little meal at a very high price, a few fowls and eggs; the messenger brought back word that Tungu was in Tibet, and that the villagers ignored Kongra Lama. A large piece of yak-flesh being brought for sale, I purchased it; but it proved the toughest meat I ever ate, being no doubt that of an animal that had succumbed to the arduous duties of a salt-carrier over the passes: at this season, however, when the calves are not a month old, it was in vain to expect better.

Large parties of women and children were daily passing my tent from Tungu, to collect arum-roots at the Thlonok, all with baskets at their backs, down to rosy urchins of six years old: they returned after several days, their baskets neatly lined with broad rhododendron leaves, and full of a nauseous-looking yellow acid pulp, which told forcibly of the extreme poverty of the people. The children were very fair; indeed the young Tibetan is as fair as an English brunette, before his perennial coat of smoke and dirt has permanently stained his face, and it has become bronzed and wrinkled by the scorching sun and rigorous climate of these inhospitable countries. Children and women were alike decked with roses, and all were good-humoured and pleasant, behaving with great kindness to one another, and unaffected politeness to me.

During my ten days' stay at Zemu Samdong, I formed a large collection of insects, which was in great part destroyed by damp: many were new, beautiful, and particularly interesting, from belonging to types whose geographical distribution is analogous to that of the vegetation. The caterpillar of the swallow-tail butterfly (Papilio Machaon), was common, feeding on umbelliferous plants, as in England; and a Sphynx (like S. Euphorbiae) was devouring the euphorbias; the English Cynthia Cardui (painted-lady butterfly) was common, as were "sulphurs," "marbles," Pontia (whites), "blues," and Thecla, of British aspect but foreign species. Amongst these, tropical forms were rare, except one fine black swallow-tail. Of moths, Noctuae and Geometrae abounded, with many flies and Tipulae. Hymenoptera were scarce, except a yellow Ophion, which lays its eggs in the caterpillars above-mentioned. Beetles were most rare, and (what is remarkable) the wood-borers (longicorns and Curculio) particularly so. A large Telephora was very common, and had the usual propensity of its congeners for blood; lamellicorns were also abundant.

On the 11th of July five coolies arrived with rice: they had been twenty days on the road, and had been obliged to make great detours, the valley being in many places impassable. They brought me a parcel of English letters; and I started up the Lachen on the following day, with renewed spirits and high hopes. The road first crossed the Zemu and the spur beyond, and then ascended the west bank of the Lachen, a furious torrent for five or six miles, during which it descends 1000 feet, in a chasm from which rise lofty black pine-clad crags, topped by snowy mountains, 14,000 to 16,000 feet high. One remarkable mass of rock, on the east bank, is called "Sakya-zong" (or the abode of Sakya, often pronounced Thakya, one of the Boodhist Trinity); at its base a fine cascade falls into the river.

Above 11,000 feet the valley expands remarkably, the mountains recede, become less wooded, and more grassy, while the stream is suddenly less rapid, meandering in a broader bed, and bordered by marshes, covered with Carex, Blysmus, dwarf Tamarisk, and many kinds of yellow and red Pedicularis, both tall and beautiful. There are far fewer rhododendrons here than in the damper Zemu valley at equal elevations, and more Siberian, or dry country types of vegetation, as Astragali of several kinds, Habenaria, Epipactis, dandelion, and a caraway, whose stems (called in Tibet "Gzira") are much sought for as a condiment.* [_Umbelliferae abound here; with sage, Ranunculus, Anemone, Aconites, Halenia, Gentians, Panax, Euphrasia, speedwell, Prunella vulgaris, thistles, bistort, Parnassia, purple orchis, Prenanthes, and Lactuca. The woody plants of this region are willows, birch, Cotoneaster, maple, three species of Viburnum, three of Spiraea, Vaccinium, Aralia, Deutzia, Philadelphus, rhododendrons, two junipers, silver fir, larch, three honeysuckles, Neillia, and a Pieris, whose white blossoms are so full of honey as to be sweet and palatable.] The Singtam Soubah and Lachen Phipun received me at the bridge (Samdong), at Tallum, and led me across the river (into Cheen they affirmed) to a pretty green sward, near some gigantic gneiss boulders, where I camped, close by the river, and 11,480 feet above the sea.

The village of Tallum consists of a few wretched stone huts, placed in a broad part of the valley, which is swampy, and crossed by several ancient moraines, which descend from the gulleys on the east flank.* [I have elsewhere noticed that in Sikkim, the ancient moraines above 9000 feet are almost invariably deposited from valleys opening to the westward.] The cottages are from four to six feet high, without windows, and consist of a single apartment, containing neither table, chair, stool, nor bed; the inmates huddle together amid smoke, filth, and darkness, and sleep on a plank; and their only utensils are a bamboo churn, copper, bamboo, and earthenware vessels, for milk, butter, etc.

Grassy or stony mountains slope upwards, at an angle of 20 degrees,* [At Lamteng and up the Zemu the slopes are 40 degrees and 50 degrees, giving a widely different aspect to the valleys.] from these flats to 15,000 feet, but no snow is visible, except on Kinchinjhow and Chomiomo, about fifteen miles up the valley. Both these are flat-topped, and dazzlingly white, rising into small peaks, and precipitous on all sides; they are grand, bold, isolated masses, quite unlike the ordinary snowy mountains in form, and far more imposing even than Kinchinjunga, though not above 22,000 feet in elevation.

Herbaceous plants are much more numerous here than in any other part of Sikkim; and sitting at my tent-door, I could, without rising from the ground, gather forty-three plants,* [In England thirty is, on the average, the equivalent number of plants, which in favourable localities I have gathered in an equal space. In both cases many are seedlings of short-lived annuals, and in neither is the number a test of the luxuriance of the vegetation; it but shows the power which the different species exert in their struggle to obtain a place.] of which all but two belonged to English genera. In the rich soil about the cottages were crops of dock, shepherd's-purse, Thlaspi arvense, Cynoglossum of two kinds (one used as a pot-herb), balsams, nettle, Galeopsis, mustard, radish, and turnip. On the neighbouring hills, which I explored up to 15,000 feet, I found many fine plants, partaking more or less of the Siberian type, of which Corydalis, Leguminosae, Artemisia, and Pedicularis, are familiar instances. I gathered upwards of 200 species, nearly all belonging to north European genera. Twenty-five were woody shrubs above three feet high, and six were ferns; [Cryptogramma crispa, Davallia, two Aspidia, and two Polypodia. I gathered ten at the same elevation, in the damper Zemu valley (see chapter xix, note). I gathered in this valley a new species of the remarkable European genus Struthiopteris, which has not been found elsewhere in the Himalaya.] sedges were in great profusion, amongst them three of British kinds: seven or eight were Orchideae, including a fine Cypripedium.

The entomology of Tallum, like its botany, was Siberian, Arctic types occurring at lower elevations than in the wetter parts of Sikkim. Of beetles the honey-feeding ones prevailed, with European forms of others that inhabit yak-droppings.* [As Aphodius and Geotrupes. Predaceous genera were very rare, as Carabus and Staphylinus, so typical of boreal regions. Coccinella (lady-bird), which swarms at Dorjiling, does not ascend so high, and a Clytus was the only longicorn. Bupretis, Elater, and Blaps were found but rarely. Of butterflies, the Machaon seldom reaches this elevation, but the painted-lady, Pontia, Colias, Hipparchia, Argynnis, and Polyommatus, are all found.] Bees were common, both Bombus and Andraena, but there were no wasps, and but few ants. Grasshoppers and other Orthoptera were rare, as were Hemiptera; Tipula was the common dipterous insect, with a small sand-fly: there were neither leeches, mosquitos, ticks, nor midges. Pigeons, red-legged crows, and hawks were the common birds; with a few waders in the marshes.

Being now fairly behind most of the great snow and rain-collecting mountains, I experienced a considerable change in the climate, which characterises all these rearward lofty valleys, where very little rain falls, and that chiefly drizzle; but this is so constant that the weather feels chilly, raw, and comfortless, and I never returned dry from botanising. The early mornings were bright with views northwards of blue sky and Kinchinjhow, while to the south the lofty peak of Tukcham, though much nearer, was seldom seen, and black cumuli and nimbi rolled up the steep valley of the Lachen to be dissipated in mist over Tallum. The sun's rays were, however, powerful at intervals during the forenoon, whence the mean maximum temperature of July occurred at about 10 a.m. The temperature of the river was always high, varying with the heat of the day from 47 degrees to 52 degrees; the mean being 50 degrees.

These streams do not partake of the diurnal rise and fall, so characteristic of the Swiss rivers and those of the western Himalaya, where a powerful sun melts the glaciers by day, and their head-streams are frozen by night. Here the clouds alike prevent solar and nocturnal radiation, the temperature is more uniform, and the corroding power of the damp southerly wind that blows strongly throughout the day is the great melting agent. One morning I saw a vivid and very beautiful halo 20 degrees distant from the sun's disc; it was no doubt caused by snow in the higher regions of the atmosphere, as a sharp shower of rain fell immediately afterwards: these are rare phenomena in mountainous countries.

The Singtam Soubah visited me daily, and we enjoyed long friendly conversations: he still insisted that the Yangchoo (the name he gave to the Lachen at this place) was the boundary, and that I must not go any further. His first question was always "How long do you intend to remain here? have you not got all the plants and stones you want? you can see the sun much better with those brasses and glasses* [Alluding to the sextant, etc.] lower down; it is very cold here, and there is no food:"—to all which I had but one reply, that I should not return till I had visited Kongra Lama. He was a portly man, and, I think, at heart good-natured: I had no difficulty in drawing him on to talk about Tibet, and the holy city of Teshoo Loombo, with its thousands of gilt temples, nunneries, and convents, its holiest of all the holy grand Lamas of Tibet, and all the wide Boodhist world besides. Had it even been politic, I felt it would be unfair to be angry with a man who was evidently in a false position between myself and his two rulers, the Rajah and Dewan; who had a wife and family on the smiling flanks of Singtam, and who longed to be soaking in the warm rain of Sikkim, drinking Murwa beer (a luxury unknown amongst these Tibetans) and gathering in his crops of rice, millet, and buckwheat. Though I may owe him a grudge for his subsequent violence, I still recall with pleasure the hours we spent together on the banks of the Lachen. In all matters respecting the frontier, his lies were circumstantial; and he further took the trouble of bringing country people to swear that this was Cheen, and that there was no such place as Kongra Lama. I had written to ask Dr. Campbell for a definite letter from Tchebu Lama on this point, but unfortunately my despatches were lost; the messenger who conveyed them missed his footing in crossing the Lachen, and escaped narrowly with life, while the turban in which the letters were placed was carried down the current.

Finally the Soubah tried to persuade my people that one so incorrigibly obstinate must be mad, and that they had better leave me. One day, after we had had a long discussion about the geography of the frontier, he inflamed my curiosity by telling me that Kinchinjhow was a very holy mountain; more so than its sister-peaks of Chumulari and Kinchinjunga; and that both the Sikkim and Tibetan Lamas, and Chinese soldiers, were ready to oppose my approach to it. This led to my asking him for a sketch of the mountains; he called for a large sheet of paper, and some charcoal, and wanted to form his mountains of sand; I however ordered rice to be brought, and though we had but little, scattered it about wastefully. This had its effect: he stared at my wealth, for he had all along calculated on starving me out, and retired, looking perplexed and crestfallen. Nothing puzzled him so much as my being always occupied with such, to him, unintelligible pursuits; a Tibetan "cui bono?" was always in his mouth: "What good will it do you?" "Why should you spend weeks on the coldest, hungriest, windiest, loftiest place on the earth, without even inhabitants?" Drugs and idle curiosity he believed were my motives, and possibly a reverence for the religion of Boodh, Sakya, and Tsongkaba. Latterly he had made up his mind to starve me out, and was dismayed when he found I could hold out better than himself, and when I assured him that I should not retrace my steps until his statements should be verified by a letter from Tchebu; that I had written to him, and that it would be at least thirty days before I could receive an answer.

On the 19th of July he proposed to take me to Tungu, at the foot of Kinchinjhow, and back, upon ponies, provided I would leave my people and tent, which I refused to do. After this I saw little of him for several days, and began to fear he was offended, when one morning his attendant came to me for medicine with a dismal countenance, and in great alarm: he twisted his fingers together over his stomach to symbolise the nature of the malady which produced a commotion in his master's bowels, and which was simply the colic. I was aware that he had been reduced to feed upon "Tong" (the arum-root) and herbs, and had always given him half the pigeons I shot, which was almost the only animal food I had myself. Now I sent him a powerful dose of medicine; adding a few spoonfuls of China tea and sugar for friendship.

On the 22nd, being convalescent, he visited me, looking wofully yellow. After a long pause, during which he tried to ease himself of some weighty matter, he offered to take me to Tungu with my tent and people, and, thence to Kongra Lama, if I would promise to stay but two nights. I asked whether Tungu was in Cheen or Sikkim; he replied that after great enquiry he had heard that it was really in Sikkim; "Then," said I, "we will both go to-morrow morning to Tungu, and I will stay there as long as I please:" he laughed, and gave in with apparent good grace.

After leaving Tallum, the valley contracts, passing over great ancient moraines, and again expanding wider than before into broad grassy flats. The vegetation rapidly diminishes in stature and abundance, and though the ascent to Tungu is trifling, the change in species is very great. The Spiraea, maple, Pieris, cherry, and larch disappear, leaving only willow, juniper, stunted birch, silver fir, white rose, Aralia, berberry, currant, and more rhododendrons than all these put together;* [Cyananthus, a little blue flower allied to Campanula, and one of the most beautiful alpines I know, covered the turfy ground, with Orchis, Pedicularis, Gentian, Potentilla, Geranium, purple and yellow Meconopsis, and the Artemisia of Dorjiling, which ascends to 12,000 feet, and descends to the plains, having a range of 11,500 feet in elevation. Of ferns, Hymenophyllum, Cistopteris, and Cryptogramma crispa ascend thus high.] while mushrooms and other English fungi* [One of great size, growing in large clumps, is the English Agaricus comans, Fr., and I found it here at 12,500 feet, as also the beautiful genus Crucibulum, which is familiar to us in England, growing on rotten sticks, and resembling a diminutive bird's nest with eggs in it.] grew amongst the grass.

Illustration—TUNGU VILLAGE.

Tungu occupies a very broad valley, at the junction of the Tungu-choo from the east, and the Lachen from the north. The hills slope gently upwards to 16,000 feet, at an average angle of 15 degrees; they are flat and grassy at the base, and no snow is anywhere to be seen.* [In the wood-cut the summit of Chomiomo is introduced, as it appears from a few hundred feet above the point of view.] A stupendous rock, about fifty feet high, lay in the middle of the valley, broken in two: it may have been detached from a cliff, or have been transported thither as part of an ancient moraine which extends from the mouth of the Tungu-choo valley across that of the Lachen. The appearance and position of this great block, and of the smaller piece lying beside it, rather suggest the idea of the whole mass having fallen perpendicularly from a great height through a crevasse in a glacier, than of its having been hurled from so considerable a distance as from the cliffs on the flanks of the valley: it is faithfully represented in the accompanying woodcut. A few wooden houses were collected near this rock, and several black tents were scattered about. I encamped at an elevation of 12,750 feet, and was waited on by the Lachen Phipun with presents of milk, butter, yak-flesh, and curds; and we were not long before we drowned old enmity in buttered and salted tea.

On my arrival I found the villagers in a meadow, all squatted cross-legged in a circle, smoking their brass and iron pipes, drinking tea, and listening to a letter from the Rajah, concerning their treatment of me. Whilst my men were pitching my tent, I gathered forty plants new to me, all of Tartarian types.* [More Siberian plants appeared, as Astragali, Chenopodium, Artemisia, some grasses, new kinds of Pedicularis, Delphinium, and some small Orchids. Three species of Parnassia and six primroses made the turf gay, mixed with saxifrages, Androsace and Campanula. By the cottages was abundance of shepherd's-purse, Lepidium, and balsams, with dock, Galeopsis, and Cuscuta. Several low dwarf species of honeysuckle formed stunted bushes like heather; and Anisodus, a curious plant allied to Hyoscyamus, whose leaves are greedily eaten by yaks, was very common.] Wheat or barley I was assured had been cultivated at Tungu when it was possessed by Tibetans, and inhabited by a frontier guard, but I saw no appearance of any cultivation. The fact is an important one, as barley requires a mean summer temperature of 48 degrees to come to maturity. According to my observations, the mean temperature of Tungu in July is upwards of 50 degrees, and, by calculation, that of the three summer months, June, July, and August, should be about 46.5 degrees. As, however, I do not know whether these cerealia were grown as productive crops, much stress cannot be laid upon the fact of their having been cultivated, for in a great many parts of Tibet the barley is annually cut green for fodder.

In the evening the sick came to me: their complaints, as usual, being rheumatism, ophthalmia, goitres, cuts, bruises, and poisoning by Tong (Arum), fungi, and other deleterious vegetables. At Tallum I attended an old woman who dressed her ulcers with Plantago (plantain) leaves, a very common Scotch remedy; the ribs being drawn out from the leaf, which is applied fresh: it is rather a strong application.

On the following morning I was awakened by the shrill cries of the Tibetan maidens, calling the yaks to be milked, "Toosh—toosh— toooosh," in a gradually higher key; to which Toosh seemed supremely indifferent, till quickened in her movements by a stone or stick, levelled with unerring aim at her ribs; these animals were changing their long winter's wool for sleek hair, and the former hung about them in ragged masses, like tow. Their calves gambolled by their sides, the drollest of animals, like ass-colts in their antics, kicking up their short hind-legs, whisking their bushy tails in the air, rushing up and down the grassy slopes, and climbing like cats to the top of the rocks.

The Soubah and Phipun came early to take me to Kongra Lama, bringing ponies, genuine Tartars in bone and breed. Remembering the Dewan's impracticable saddle at Bhomsong, I stipulated for a horse-cloth or pad, upon which I had no sooner jumped than the beast threw back his ears, seated himself on his haunches, and, to my consternation, slid backwards down a turfy slope, pawing the earth with his fore-feet as he went, and leaving me on the ground, amid shrieks of laughter from my Lepchas. My steed being caught, I again mounted, and was being led forward, when he took to shaking himself like a dog till the pad slipped under his belly, and I was again unhorsed. Other ponies displayed equal prejudices against my mode of riding, or having my weight anywhere but well on their shoulders, being all-powerful in their fore-quarters; and so I was compelled to adopt the high demi-pique saddle with short stirrups, which forced me to sit with my knees up to my nose, and to grip with the calves of my legs and heels. All the gear was of yak or horse-hair, and the bit was a curb and ring, or a powerful twisted snaffle..

The path ran N.N.W. for two miles, and then crossed the Lachen above its junction with the Nunee* [I suspect there is a pass by the Nunee to the sheds I saw up the Zemu valley on the 2nd of July, as I observed yaks grazing high up the mountains: the distance cannot be great, and there is little or no snow to interfere.] from the west: the stream was rapid, and twelve yards in breadth; its temperature was 48 degrees. About six miles above Tungu, the Lachen is joined by the Chomio-choo, a large affluent from Chomiomo mountain. Above this the Lachen meanders along a broad stony bed; and the path rises over a great ancient moraine, whose level top is covered with pools, but both that and its south face are bare, from exposure to the south wind, which blows with fury through this contracted part of the valley to the rarified atmosphere of the lofty, open, and dry country beyond. Its north slope, on the contrary, is covered with small trees and brushwood, rhododendron, birch, honeysuckle, and mountain-ash. These are the most northern shrubs in Sikkim, and I regarded them with deep interest, as being possibly the last of their kind to be met with in this meridian, for many degrees further north: perhaps even no similar shrubs occur between this and the Siberian Altai, a distance of 1,500 miles. The magnificent yellow cowslip (Primula Sikkimensis) gilded the marshes, and Caltha,* [This is the C. scaposa, n. sp. The common Caltha palustris, or "marsh marigold" of England, which is not found in Sikkim, is very abundant in the north-west Himalaya.] Trollius, Anemone, Arenaria, Draba, Saxifrages, Potentillas, Ranunculus, and other very alpine plants abounded.

At the foot of the moraine was a Tibetan camp of broad, black, yak-hair tents, stretched out with a complicated system of ropes, and looking at a distance—(to borrow M. Huc's graphic simile)—like fat-bodied, long-legged spiders! Their general shape is hexagonal, about twelve feet either way, and they are stretched over six short posts, and encircled with a low stone wall, except in front. In one of them I found a buxom girl, the image of good humour, making butter and curd from yak-milk. The churns were of two kinds; one being an oblong box of birch-bark, or close bamboo wicker-work, full of branched rhododendron twigs, in which the cream is shaken: she good-naturedly showed me the inside, which was frosted with snow-white butter, and alive with maggots. The other churn was a goat-skin, which was rolled about, and shaken by the four legs. The butter is made into great squares, and packed in yak-hair cloths; the curd is eaten either fresh, or dried and pulverised (when it is called "Ts'cheuzip").

Except bamboo and copper milk-vessels, wooden ladles, tea-churn, and pots, these tents contained no furniture but goat-skins and blankets, to spread on the ground as a bed. The fire was made of sheep and goats'-droppings, lighted with juniper-wood; above it hung tufts of yaks'-hair, one for every animal lost during the season,* [The Siberians hang tufts of horse-hair inside their houses from superstitious motives (Ermann's "Siberia," i., 281).] by which means a reckoning is kept. Although this girl had never before seen a European, she seemed in no way discomposed at my visit, and gave me a large slice of fresh curd.

Beyond this place (alt. 14,500 feet), the valley runs up north-east, becoming very stony and desolate, with green patches only by the watercourses: at this place, however, thick fogs came on, and obscured all view. At 15,000 feet, I passed a small glacier on the west side of the valley, the first I had met with that descended nearly to the river, during the whole course of the Teesta.

Five miles further on we arrived at the tents of the Phipun, whose wife was prepared to entertain us with Tartar hospitality: magnificent tawny Tibet mastiffs were baying at the tent-door, and some yaks and ponies were grazing close by. We mustered twelve in number, and squatted cross-legged in a circle inside the tent, the Soubah and myself being placed on a pretty Chinese rug. Salted and buttered tea was immediately prepared in a tea-pot for us on the mat, and in a great caldron for the rest of the party; parched rice and wheat-flour, curd, and roasted maize* [Called "pop-corn" in America, and prepared by roasting the maize in an iron vessel, when it splits and turns partly inside out, exposing a snow-white spongy mass of farina. It looks very handsome, and would make a beautiful dish for dessert.] were offered us, and we each produced our wooden cup, which was kept constantly full of scalding tea-soup, which, being made with fresh butter, was very good. The flour was the favourite food, of which each person dexterously formed little dough-balls in his cup, an operation I could not well manage, and only succeeded in making a nauseous paste, that stuck to my jaws and in my throat. Our hostess' hospitality was too exigeant for me, but the others seemed as if they could not drink enough of the scalding tea.

We were suddenly startled from our repast by a noise like loud thunder, crash following crash, and echoing through the valley. The Phipun got up, and coolly said, "The rocks are falling, it is time we were off, it will rain soon." The moist vapours had by this time so accumulated, as to be condensed in rain on the cliffs of Chomiomo and Kinchinjhow; which, being loosened, precipitated avalanches of rocks and snow. We proceeded amidst dense fog, soon followed by hard rain; the roar of falling rocks on either hand increasing as these invisible giants spoke to one another in voices of thunder through the clouds. The effect was indescribably grand: and as the weather cleared, and I obtained transient peeps of their precipices of blue ice and black rock towering 5000 feet above me on either hand, the feeling of awe produced was almost overpowering. Heavy banks of vapour still veiled the mountains, but the rising mist exposed a broad stony track, along which the Lachen wandered, split into innumerable channels, and enclosing little oases of green vegetation, lighted up by occasional gleams of sunshine. Though all around was enveloped in gloom, there was in front a high blue arc of cloudless sky, between the beetling cliffs that formed the stern portals of the Kongra Lama pass.

CHAPTER XXI.

Top of Kongra Lama — Tibet frontier — Elevation — View — Vegetation — Descent to Tungu — Tungu-choo — Ponies — Kinchinjhow and Changokhang mountains — Palung plains — Tibetans — Dogs — Dingcbam province of Tibet — Inhabitants — Dresses — Women's ornaments — Blackening faces — Coral — Tents — Elevation of Palung — Lama — Shawl-wool goats — Shearing — Siberian plants — Height of glaciers, and perpetual snow — Geology — Plants, and wild animals — Marmots — Insects — Birds — Choongtam Lama — Religious exercises — Tibetan hospitality — Delphinium — Perpetual snow — Temperature at Tungu — Return to Tallum Samdong — To Lamteng — Houses — Fall of Barometer — Cicadas — Lime deposit — Landslips — Arrival at Choongtam — Cobra — Rageu — Heat of Climate — Velocity and volume of rivers measured — Leave for Lachoong valley — Keadom — General features of valley — Lachoong village — Tunkra mountain — Moraines — Cultivation — Lachoong Phipun — Lama ceremonies beside a sick-bed.

We reached the boundary between Sikkim and Tibet early in the afternoon; it is drawn along Kongra Lama, which is a low flat spur running east from Kinchinjhow towards Chomiomo, at a point where these mountains are a few miles apart, thus crossing the Lachen river:* [The upper valley of the Lachen in Tibet, which I ascended in the following October, is very open, flat, barren, and stony; it is bounded on the north by rounded spurs from Chomiomo, which are continued east to Donkia, forming a watershed to the Lachen on the south, and to the Arun on the north.] it is marked by cairns of stone, some rudely fashioned into chaits, covered with votive rags on wands of bamboo. I made the altitude by barometer 15,745 feet above the sea, and by boiling water, 15,694 feet, the water boiling at 184.1 degrees; the temperature of the air between 2.40 and 4 p.m. varied from 41.3 degrees to 42.5 degrees, the dew-point 39.8 degrees; that of the Lachen was 47 degrees, which was remarkably high. We were bitterly cold; as the previous rain had wetted us through, and a keen wind was blowing up the valley. The continued mist and fog intercepted all view, except of the flanks of the great mountains on either hand, of the rugged snowy ones to the south, and of those bounding the Lachen to the north. The latter were unsnowed, and appeared lower than Kongra Lama, the ground apparently sloping away in that direction; but when I ascended them, three months afterwards, I found they were 3000 feet higher! a proof how utterly fallacious are estimates of height, when formed by the eye alone. My informants called them Peuka-t'hlo; "peu" signifies north in Tibetan, and "t'hlo" a hill in Lepcha.

Isolated patches of vegetation appeared on the top of the pass, where I gathered forty kinds of plants, most of them being of a tufted habit characteristic of an extreme climate; some (as species of Caryophylleae) forming hemi-spherical balls on the naked soil; others* [The other plants found on the pass were; of smooth hairless ones, Ranunculus, Fumitory, several species of Stellaria, Arenaria, Cruciferae, Parnassia, Morina, saxifrages, Sedum, primrose, Herminium, Polygonum, Campanula, Umbelliferae, grasses and Carices: of woolly or hairy once, Anemone, Artemisia, Myosotis, Draba, Potentilla, and several Compositae, etc.] growing in matted tufts level with the ground. The greater portion had no woolly covering; nor did I find any of the cottony species of Saussurea, which are so common on the wetter mountains to the southward. Some most delicate-flowered plants even defy the biting winds of these exposed regions; such are a prickly Meconopsis with slender flower-stalks and four large blue poppy-like petals, a Cyananthus with a membranous bell-shaped corolla, and a fritillary. Other curious plants were a little yellow saxifrage with long runners (very like the arctic S. flagellaris, of Spitzbergen and Melville Island), and the strong-scented spikenard (Nardostachys).

The rocks were chiefly of reddish quartz, and so was the base of Chomiomo. Kinchinjhow on the contrary was of gneiss, with granite veins: the strike of both was north-west, and the dip north-east 20 degrees to 30 degrees.

We made a fire at the top with sheep's droppings, of which the Phipun had brought up a bagfull, and with it a pair of goat-skin bellows, which worked by a slit that was opened by the hand in the act of raising; when inflated, the hole was closed, and the skin pressed down, thus forcing the air through the bamboo nozzle: this is the common form of bellows throughout Tibet and the Himalaya.

After two hours I was very stiff and cold, and suffering from headache and giddiness, owing to the elevation; and having walked about thirteen miles botanizing, I was glad to ride down. We reached the Phipun's tents about 6 p.m., and had more tea before proceeding to Tungu. The night was fortunately fine and calm, with a few stars and a bright young moon, which, with the glare from the snows, lighted up the valley, and revealed magnificent glimpses of the majestic mountains. As the moon sank, and we descended the narrowing valley, darkness came on, and with a boy to lead my sure-footed pony, I was at liberty uninterruptedly to reflect on the events of a day, on which I had attained the object of so many years' ambition. Now that all obstacles were surmounted, and I was returning laden with materials for extending the knowledge of a science which had formed the pursuit of my life, will it be wondered at that I felt proud, not less for my own sake, than for that of the many friends, both in India and at home, who were interested in my success?

We arrived at Tungu at 9 p.m., my pony not having stumbled once, though the path was rugged, and crossed by many rapid streams. The Soubah's little shaggy steed had carried his portly frame (fully fifteen stone weight) the whole way out and back, and when he dismounted, it shook itself, snorted, and seemed quite ready for supper.

On the following morning I was occupied in noting and arranging my collections, which consisted of upwards of 200 plants; all gathered above 14,000 feet elevation.* [Amongst them the most numerous Natural orders and genera were, Cruciferae 10; Compositae 20; Ranunculaceae 10; Alsineae 9; Astragali 10; Potentillae 8; grasses 12; Carices 15; Pedicularis 7; Boragineae 7.] Letters arrived from Dorjiling with unusual speed, having been only seventeen days on the road: they were full of valuable suggestions and encouragement from my friends Hodgson, Campbell, and Tchebu Lama.

On the 26th of July the Phipun, who waited on me every morning with milk and butter, and whose civility and attentions were now unremitting, proposed that I should accompany him to an encampment of Tibetans, at the foot of Kinchinjhow. We mounted ponies, and ascended the Tunguchoo eastwards: it was a rapid river for the first thousand feet, flowing in a narrow gorge, between sloping, grassy, and rocky hills, on which large herds of yaks were feeding, tended by women and children, whose black tents were scattered about. The yak-calves left their mothers to run beside our ponies, which became unmanageable, being almost callous to the bit; and the whole party was sometimes careering over the slopes, chased by the grunting herds: in other places, the path was narrow and dangerous, when the sagacious animals proceeded with the utmost gravity and caution. Rounding one rocky spur, my pony stumbled, and pitched me forward: fortunately I lighted on the path.

The rocks were gneiss, with granite veins (strike north-east, dip south-east): they were covered with Ephedra,* [A curious genus of small shrubs allied to pines, that grows in the south of Europe. This species is the European E. vulgaris; it inhabits the driest parts of north-west India, and ascends to 17,000 feet in Tibet, but is not found in the moist intervening countries.] an Onosma which yields a purple dye, Orchis, and species of Androsace; while the slopes were clothed with the spikenard and purple Pedicularis, and the moist grounds with yellow cowslip and long grass. A sudden bend in the valley opened a superb view to the north, of the full front of Kinchinjhow, extending for four or five miles east and west; its perpendicular sides studded with the immense icicles, which are said to have obtained for it the name of "jhow,"—the "bearded" Kinchin. Eastward a jagged spur stretches south, rising into another splendid mountain, called Chango-khang (the Eagle's crag), from whose flanks descend great glaciers, the sources of the Tunguchoo.

We followed the course of an affluent, called the Chachoo, along whose bed ancient moraines rose in successive ridges: on these I found several other species of European genera.* [Delphinium, Hypecoum, Sagina, Gymnandra, Artemisia, Caltha, Dracocephalum, Leontopodium.] Over one of these moraines, 500 feet high, the path ascends to the plains of Palung, an elevated grassy expanse, two miles long and four broad, extending southward from the base of Kinchinjhow. Its surface, though very level for so mountainous a country, is yet varied with open valleys and sloping hills, 500 to 700 feet high: it is bounded on the west by low rounded spurs from Kinchinjhow, that form the flank of the Lachen valley; while on the east it is separated from Chango-khang by the Chachoo, which cuts a deep east and west trench along the base of Kinchinjhow, and then turns south to the Tunguchoo. The course of the Chachoo, where it turns south, is most curious: it meanders in sickle-shaped curves along the marshy bottom of an old lake-bed, with steep shelving sides, 500 to 600 feet deep, and covered with juniper bushes.* [These, which grow on an eastern exposure, exist at a higher elevation than any other bushes I have met with.] It is fed by the glaciers of Kinchinjhow, and some little lakes to the east.

The mean height of Palung plains is 16,000 feet: they are covered with transported blocks, and I have no doubt their surface has been much modified by glacial action. I was forcibly reminded of them by the slopes of the Wengern Alp, but those of Palung are far more level. Kinchinjhow rises before the spectator, just as the Jungfrau, Monch, and Eigher Alps do from that magnificent point of view.

On ascending a low hill, we came in sight of the Tibet camp at the distance of a mile, when the great mastiffs that guarded it immediately bayed; and our ponies starting off at full gallop, we soon reached an enclosure of stone dykes, within which the black tents were pitched. The dogs were of immense size, and ragged, like the yaks, from their winter coat hanging to their flanks in great masses; each was chained near a large stone, on and off which he leapt as he gave tongue; they are very savage, but great cowards, and not remarkable for intelligence.

Illustration—LEPCHA GIRLS (THE OUTER FIGURES), AND TIBETAN WOMEN.

The people were natives of Gearee and Kambajong, in the adjacent province of Dingcham, which is the loftiest, coldest, most windy and arid in Eastern Tibet; and in which are the sources of all the streams that flow to Nepal; Sikkim, and Bhotan on the one side, and into the Yaru-tsampu on the other. These families repair yearly to Palung, with their flocks, herds, and tents, paying tribute to the Sikkim Rajah for the privilege: they arrive in June and leave in September. Both men and women were indescribably filthy; as they never wash, their faces were perfectly black with smoke and exposure, and the women's with a pigment of grease as a protection from the wind. The men were dressed as usual, in the blanket-cloak, with brass pipes, long knives, flint, steel, and amulets; the women wore similar, but shorter cloaks, with silver and copper girdles, trowsers, and flannel boots. Their head-dresses were very remarkable. A circular band of plaited yak's hair was attached to the back hair, and encircled the head like a saint's glory,* [I find in Ermann's "Siberia" (i., p. 210), that the married women of Yekaterinberg wear a head-dress like an ancient glory covered with jewels, whilst the unmarried ones plait their tresses. The same distinguished traveller mentions having seen a lad of six years old suckled, amongst the Tungooze of East Siberia.] at some distance round it. A band crossed the forehead, from which coins, corals, and turquoises, hung down to the eyebrows, while lappets of these ornaments fell over the ears. Their own hair was plaited in two tails, brought over the shoulders, and fastened together in front; and a little yellow felt cap, traversely elongated, so as not to interfere with the shape of the glory, was perched on the head. Their countenances were pleasing, and their manners timid.

The children crawled half-naked about the tent, or burrowed like moles in an immense heap of goats' and sheep-droppings, piled up for fuel, upon which the family lounged. An infant in arms was playing with a "coral," ornamented much like ours, and was covered with jewels and coins. This custom of decorating children is very common amongst half-civilised people; and the coral is, perhaps, one of the last relics of a barbarous age that is retained amongst ourselves. One mother was nursing her baby, and churning at the same time, by rolling the goat-skin of yak-milk about on the ground. Extreme poverty induces the practice of nursing the children for years; and in one tent I saw a lad upwards of four years of age unconcernedly taking food from his aunt, and immediately afterwards chewing hard dry grains of maize.

The tents were pitched in holes about two feet and a half deep; and within them a wall of similar height was built all round: in the middle was a long clay arched fire-place, with holes above, over which the cauldrons were placed, the fire being underneath. Saddles, horse-cloths, and the usual accoutrements and implements of a nomade people, all of the rudest description, hung about: there was no bed or stool, but Chinese rugs for sleeping on. I boiled water on the fire-place; its temperature (184.5 degrees) with that of the air (45.5 degrees) gave an elevation of 15,867 feet. Barometric observations, taken in October, at a point considerably lower down the stream, made the elevation 15,620 feet, or a few feet lower than Kongra Lama pass.

A Lama accompanied this colony of Tibetans, a festival in honour of Kinchinjhow being annually held at a large chait hard by, which is painted red, ornamented with banners, and surmounted by an enormous yak's skull, that faces the mountain. The Lama invited me into his tent, where I found a wife and family. An extempore altar was at one end, covered with wafers and other pretty ornaments, made of butter, stamped or moulded with the fingers.* [The extensive use of these ornaments throughout Tibet, on the occasion of religious festivals, is alluded to by MM. Huc and Gabet.] The tents being insupportably noisome, I preferred partaking of the buttered brick-tea in the open air; after which, I went to see the shawl-wool goats sheared in a pen close by. There are two varieties: one is a large animal, with great horns, called "Rappoo;"* [This is the "Changra;" and the smaller the "Chyapu" of Mr. Hodgson's catalogue. (See "British Museum Catalogue.")] the other smaller, and with slender horns, is called "Tsilloo." The latter yields the finest wool, but they are mixed for ordinary purposes. I was assured that the sheep (of which large flocks were grazing near) afford the finest wool of any. The animals were caught by the tail, their legs tied, the long winter's hair pulled out, and the remainder cut away with a broad flat knife, which was sharpened with a scythe-stone. The operation was clumsily performed, and the skin much cut.

Turnips are grown at Palung during the short stay of the people, and this is the most alpine cultivation in Sikkim: the seed is sown early in July, and the tubers are fit to be eaten in October, if the season is favourable. They did not come to maturity this year, as I found on again visiting this spot in October; but their tops had afforded the poor Tibetans some good vegetables. The mean temperature of the three summer months at Palung is probably about 40 degrees, an element of comparatively little importance in regulating the growth and ripening of vegetables at great elevations in Tibetan climates; where a warm exposure, the amount of sunshine, and of radiated heat, have a much greater influence.

During the winter, when these families repair to Kambajong, in Tibet, the flocks and herds are all stall-fed, with long grass, cut on the marshy banks of the Yaru. Snow is said to fall five feet deep at that place, chiefly after January; and it melts in April.

After tea, I ascended the hills overhanging the Lachen valley, which are very bare and stony; large flocks of sheep were feeding on them, chiefly upon small tufted sedges, allied to the English Carex pilularis, which here forms the greatest part of the pasture: the grass grows mixed with it in small tufts, and is the common Scotch mountain pasture-grass (Festuca ovina).

On the top of these hills, which, for barrenness, reminded me of the descriptions given of the Siberian steppes, I found, at 17,000 feet elevation, several minute arctic plants, with Rhododendron nivale, the most alpine of woody plants. On their sterile slopes grew a curious plant allied to the Cherleria of the Scotch Alps, forming great hemispherical balls on the ground, eight to ten inches across, altogether resembling in habit the curious Balsambog (Bolax glebaria) of the Falkland Islands, which grows in very similar scenes.* [Arenaria rupifraga, Fenzl. This plant is mentioned by Dr. Thomson ("Travels in Tibet," p. 426) as common in Tibet, as far north as the Karakoram, at an elevation between 16,000 and 18,000 feet. In Sikkim it is found at the same level. Specimens of it are exhibited in the Kew Museum. As one instance illustrative of the chaotic state of Indian botany, I may here mention that this little plant, a denizen of such remote and inaccessible parts of the globe, and which has only been known to science a dozen years, bears the burthen of no less than six names in botanical works. This is the Bryomorpha rupifraga of Karelin and Kireloff (enumeration of Soongarian plants), who first described it from specimens gathered in 1841, on the Alatau mountains (east of Lake Aral). In Ledebour's "Flora Rossica" (i. p. 780) it appears as Arenaria (sub-genus Dicranilla) rupifraga, Fenzl, MS. In Decaisne and Cambessede's Plants of Jacquemont's "Voyage aus Indes Orientales," it is described as Flourensia caespitosa, and in the plates of that work it appears as Periandra caespitosa; and lastly, in Endlicher's "Genera Plantarum," Fenzl proposes the long new generic name of Thylacospermum for it. I have carefully compared the Himalayan and Alatau plants, and find no difference between them, except that the flower of the Himalayan one has 4 petals and sepals, 8 stamens, and 2 styles, and that of the Alatau 5 petals and sepals, 10 stamens, and 2-3 styles, characters which are very variable in allied plants. The flowers appear polygamous, as in the Scotch alpine Cherleria, which it much resembles in babit, and to which it is very nearly related in botanical characters.]

A few days afterwards, I again visited Palung, with the view of ascertaining the height of perpetual snow on the south face of Kinchinjhow; unfortunately, bad weather came on before I reached the Tibetans, from whom I obtained a guide in consequence. From this place a ride of about four miles brought me to the source of the Chachoo, in a deep ravine, containing the terminations of several short, abrupt glaciers,* [De Saussure's glaciers of the second order: see "Forbes' Travels in the Alps," p. 79.] and into which were precipitated avalanches of snow and ice. I found it impossible to distinguish the glacial ice from perpetual snow; the larger beds of snow where presenting a flat surface, being generally drifts collected in hollows, or accumulations that have fallen from above: when these accumulations rest on slopes they become converted into ice, and obeying the laws of fluidity, flow downwards as glaciers. I boiled water at the most advantageous position I could select, and obtained an elevation of 16,522 feet.* [Temperature of boiling water, 183 degrees, air 35 degrees.] It was snowing heavily at this time, and we crouched under a gigantic boulder, benumbed with cold. I had fortunately brought a small phial of brandy, which, with hot water from the boiling-apparatus kettle, refreshed us wonderfully.

The spur that divides these plains from the Lachen river, rises close to Kinchinjhow, as a lofty cliff of quartzy gneiss, dipping north-east 30 degrees: this I had noticed from the Kongra Lama side. On this side the dip was also to the northward, and the whole cliff was crossed by cleavage planes, dipping south, and apparently cutting those of the foliation at an angle of about 60 degrees: it is the only decided instance of the kind I met with in Sikkim. I regretted not being able to examine it carefully, but I was prevented by the avalanches of stones and snow which were continually being detached from its surface.* [I extremely regret not having been at this time acquainted with Mr. D. Sharpe's able essays on the foliation, cleavage, etc., of slaty rocks, gneiss, etc., in the Geological Society's Journal (ii. p. 74, and v. p. 111), and still more so with his subsequent papers in the Philosophical Transactions: as I cannot doubt that many of his observations, and in particular those which refer to the great arches in which the folia (commonly called strata) are disposed, would receive ample illustration from a study of the Himalaya. At vol. i. chapter xiii, I have distantly alluded to such an arrangement of the gneiss, etc., into arches, in Sikkim, to which my attention was naturally drawn by the writings of Professor Sedgwick ("Geolog. Soc. Trans.") and Mr. Darwin ("Geological Observations in South America") on these obscure subjects. I may add that wherever I met with the gneiss, mica, schists, and slates, in Sikkim, very near one another, I invariably found that their cleavage and foliation were conformable. This, for example, may be seen in the bed of the great Rungeet, below Dorjiling, where the slates overlie mica schists, and where the latter contain beds of conglomerate. In these volumes I have often used the more familiar term of stratification, for foliation. This arises from my own ideas of the subject not having been clear when the notes were taken.]

The plants found close to the snow were minute primroses, Parnassia, Draba, tufted wormwoods (Artemisia), saxifrages, gentian, small Compositae, grasses, and sedges. Our ponies unconcernedly scraped away the snow with their hoofs, and nibbled the scanty herbage. When I mounted mine, he took the bit between his teeth, and scampered back to Palung, over rocks and hills, through bogs and streams; and though the snow was so blinding that no object could be distinguished, he brought me to the tents with unerring instinct, as straight as an arrow.

Wild animals are few in kind and rare in individuals, at Tungu and elsewhere on this frontier; though there is no lack of cover and herbage. This must be owing to the moist cold atmosphere; and it reminds me that a similar want of animal life is characteristic of those climates at the level of the sea, which I have adduced as bearing a great analogy to the Himalaya, in lacking certain natural orders of plants. Thus, New Zealand and Fuegia possess, the former no land animal but a rat, and the latter very few indeed, and none of any size. Such is also the case in Scotland and Norway. Again, on the damp west coast of Tasmania, quadrupeds are rare; whilst the dry eastern half of the island once swarmed with opossums and kangaroos. A few miles north of Tungu, the sterile and more lofty provinces of Tibet abound in wild horses, antelopes, hares, foxes, marmots, and numerous other quadrupeds; although their altitude, climate, and scanty vegetation are apparently even more unsuited to support such numbers of animals of so large a size than the karroos of South Africa, and the steppes of Siberia and Arctic America, which similarly abound in animal life. The laws which govern the distribution of large quadrupeds seem to be intimately connected with those of climate; and we should have regard to these considerations in our geological speculations, and not draw hasty conclusions from the absence of the remains of large herbivora in formations disclosing a redundant vegetation.

Besides the wild sheep found on these mountains, a species of marmot* [The Lagopus Tibetanus of Hodgson. I procured one that displayed an extraordinary tenacity of life: part of the skull was shot away, and the brain protruded; still it showed the utmost terror at my dog.] ("Kardiepieu" of the Tibetans) sometimes migrates in swarms (like the Lapland "Lemming") from Tibet as far as Tungu. There are few birds but red-legged crows and common ravens. Most of the insects belonged to arctic types, and they were numerous in individuals.* [As Meloe, and some flower-feeding lamellicorns. Of butterflies I saw blues (Polyommatus), marbled whites, Pontia, Colias and Argynnis. A small Curculio was frequent, and I found Scolopendra, ants and earthworms, on sunny exposures as high as 15,500 feet.]

Illustration—TIBET MARMOT.

The Choongtam Lama was at a small temple near Tungu during the whole of my stay, but he would not come to visit me, pretending to be absorbed in his devotions. Passing one day by the temple, I found him catechising two young aspirants for holy orders. He is one of the Dukpa sect, wore his mitre, and was seated cross-legged on the grass with his scriptures on his knees: he put questions to the boys, when he who answered best took the other some yards off, put him down on his hands and knees, threw a cloth over his back, and mounted; then kicking, spurring, and cuffing his steed, he was galloped back to the Lama and kicked off; when the catechising recommenced.

I spent a week at Tungu most pleasantly, ascending the neighbouring mountains, and mixing with the people, whom I found uniformly kind, frank, and extremely hospitable; sending their children after me to invite me to stop at their tents, smoke, and drink tea; often refusing any remuneration, and giving my attendants curds and yak-flesh. If on foot, I was entreated to take a pony; and when tired I never scrupled to catch one, twist a yak-hair rope over its jaw as a bridle, and throwing a goat-hair cloth upon its back (if no saddle were at hand), ride away whither I would. Next morning a boy would be sent for the steed, perhaps bringing an invitation to come and take it again. So I became fond of brick-tea boiled with butter, salt, and soda, and expert in the Tartar saddle; riding about perched on the shoulders of a rough pony, with my feet nearly on a level with my pockets, and my knees almost meeting in front.

On the 28th of July much snow fell on the hills around, as low as 14,000 feet, and half an inch of rain at Tungu;* [An inch and a half fell at Dorjiling during the same period.] the former soon melted, and I made an excursion to Chomiomo on the following day, hoping to reach the lower line of perpetual snow. Ascending the valley of the Chomiochoo, I struck north up a steep slope, that ended in a spur of vast tabular masses of quartz and felspar, piled like slabs in a stone quarry, dipping south-west 5 degrees to 10 degrees, and striking north-west. These resulted from the decomposition of gneiss, from which the layers of mica bad been washed away, when the rain and frost splitting up the fragments, the dislocation is continued to a great depth into the substance of the rock.

Large silky cushions of a forget-me-not grew amongst the rocks, spangled with beautiful blue flowers, and looking like turquoises set in silver: the Delphininin glaciale* [This new species has been described for the "Flora Indica" of Dr. Thomson and myself: it is a remarkable plant, very closely resembling, and as it were representing, the D. Brunonianum of the western Himalaya. The latter plant smells powerfully of musk, but not so disagreeably as this does.] was also abundant, exhaling a rank smell of musk. It indicates a very great elevation in Sikkim, and on my ascent far above it, therefore, I was not surprised to find water boil at 182.6 degrees (air 43 degrees), which gives an altitude of 16,754 feet.

A dense fog, with sleet, shut out all view; and I did not know in what direction to proceed higher, beyond the top of the sharp, stony ridge I had attained. Here there was no perpetual snow, which is to be accounted for by the nature of the surface facilitating its removal, the edges of the rocks which project through the snow, becoming heated, and draining off the water as it melts.

During my stay at Tungu, from the 23rd to the 30th of July, no day passed without much deposition of moisture, but generally in so light a form that throughout the whole time but one inch was registered in the rain-gauge; during the same time four inches and a half of rain fell at Dorjiling, and three inches and a half at Calcutta. The mean temperature was 50 degrees (max. 65 degrees, min. 40.7 degrees); extremes, 65/38 degrees. The mean range (23.3 degrees) was thus much greater than at Dorjiling, where it was only 8.9 degrees. A thermometer, sunk three feet, varied only a few tenths from 57.6 degrees. By twenty-five comparative observations with Calcutta, 1 degree Fahr. is the equivalent of every 362 feet of ascent; and twenty comparative observations with Dorjiling give 1 degree for every 340 feet. The barometer rose and fell at the same hours as at lower elevations; the tide amounting to 0.060 inch, between 9.50 a.m. and 4 p.m.

I left Tungu on the 30th of July, and spent that night at Tallum; where a large party of men had just arrived, with loads of madder, rice, canes, bamboos, planks, etc., to be conveyed to Tibet on yaks and ponies.* [About 300 loads of timber, each of six planks, are said to be taken across the Kongra Lama pass annually; and about 250 of rice, besides canes, madder, bamboos, cottons, cloths, and Symplocos leaves for dyeing. This is, no doubt, a considerably exaggerated statement, and may refer to both the Kongra Lama and Donkia passes.] On the following day I descended to Lamteng, gathering a profusion of fine plants by the way.

The flat on which I had encamped at this place in May and June, being now a marsh, I took up my abode for two days in one of the houses, and paid the usual penalty of communication with these filthy people; for which my only effectual remedy was boiling all my garments and bedding. Yet the house was high, airy, and light; the walls composed of bamboo, lath, and plaster.

Tropical Cicadas ascend to the pine-woods above Lamteng in this month, and chirp shrilly in the heat of the day; and glow-worms fly about at night. The common Bengal and Java toad, Bufo scabra, abounded in the marshes, a remarkable instance of wide geographical distribution, for a Batrachian which is common at the level of the sea under the tropics.

On the 3rd of August I descended to Choongtam, which I reached on the 5th. The lakes on the Chateng flat (alt. 8,750 feet) were very full, and contained many English water-plants;* [Sparganium ramosum, Eleocharis palustris, Scirpus triqueter, and Callitriche verna? Some very tropical genera ascend thus high; as Paspalum amongst grasses, and Scleria, a kind of sedge.] the temperature of the water was 92 degrees near the edges, where a water-insect (Notonecta) was swimming about.

Below this I passed an extensive stalactitic deposit of lime, and a second occurred lower down, on the opposite side of the valley. The apparently total absence of limestone rocks in any part of Sikkim (for which I made careful search), renders these deposits, which are far from unfrequent, very curious. Can the limestone, which appears in Tibet, underlie the gneiss of Sikkim? We cannot venture to assume that these lime-charged streams, which in Sikkim burst from the steep flanks of narrow mountain spurs, at elevations between 1000 and 7000 feet, have any very remote or deep origin. If the limestone be not below the gneiss, it must either occur intercalated with it, or be the remains of a formation now all but denuded in Sikkim.

Terrific landslips had taken place along the valley, carrying down acres of rock, soil, and pine-forests, into the stream. I saw one from Kampo Samdong, on the opposite flank of the valley, which swept over 100 yards in breadth of forest. I looked in vain for any signs of scratching or scoring, at all comparable to that produced by glacial action. The bridge at the Tuktoong, mentioned at chapter xix, being carried away, we had to ascend for 1000 feet (to a place where the river could be crossed) by a very precipitous path, and descend on the opposite side. In many places we had great difficulty in proceeding, the track being obliterated by the rains, torrents, and landslips. Along the flats, now covered with a dense rank vegetation, we waded ankle, and often knee, deep in mud, swarming with leeches; and instead of descending into the valley of the now too swollen Lachen, we made long detours, rounding spurs by canes and bamboos suspended from trees.

At Choongtam the rice-fields were flooded: and the whole flat was a marsh, covered with tropical grasses and weeds, and alive with insects, while the shrill cries of cicadas, frogs and birds, filled the air. Sand-flies, mosquitos, cockroaches, and enormous cockchafers,* [Eucerris Griffithii, a magnificent species. Three very splendid insects of the outer ranges of Sikkim never occurred in the interior: these are a gigantic Curculio (Calandra) a wood-borer; a species of Goliath-beetle, Cheirotonus Macleaii, and a smaller species of the same rare family, Trigonophorus nepalensis; of these the former is very scarce, the latter extremely abundant, flying about at evenings; both are flower-feeders, eating honey and pollen. In the summer of 1848, the months at Dorjiling were well marked by the swarms of peculiar insects that appeared in inconceivable numbers; thus, April was marked by a great black Passalus, a beetle one-and-a-half inch long, that flies in the face and entangles itself in the hair; May, by stag-beetles and longicorns; June, by Coccinella (lady-birds), white moths, and flying-bugs; July, by a Dryptis? a long-necked carabideous insect; August, by myriads of earwigs, cockroaches, Goliath-beetles, and cicadas; September, by spiders.] Mantis, great locusts, grasshoppers, flying-bugs, crickets, ants, spiders, caterpillars, and leeches, were but a few of the pests that swarmed in my tent and made free with my bed. Great lazy butterflies floated through the air; Thecla and Hesperides skipped about, and the great Nymphalidae darted around like swallows. The venomous black cobra was common, and we left the path with great caution, as it is a lazy reptile, and lies basking in the sun; many beautiful and harmless green snakes, four feet long, glided amongst the bushes. My dogs caught a "Rageu,"* ["Ragoah," according to Hodgson: but it is not the Procapra picticaudata of Tibet.] a very remarkable animal, half goat and half deer; the flesh was good and tender, dark-coloured, and lean.

I remained here till the 15th of August,* [Though 5 degrees further north, and 5,268 feet above the level of Calcutta, the mean temperature at Choongtam this month was only 12. degrees cooler than at Calcutta; forty observations giving 1 degree Fahr. as equal to 690 feet of elevation; whereas in May the mean of twenty-seven observations gave 1 degree Fahr. as equal to 260 feet, the mean difference of temperature being then 25 degrees. The mean maximum of the day was 80 degrees, and was attained at 11 a.m., after which clouds formed, and the thermometer fell to 66 degrees at sunset, and 56 degrees at night. In my blanket tent the heat rose to upwards of 100 degrees in calm weather. The afternoons were generally squally and rainy.] arranging my Lachen valley collections previous to starting for the Lachoong, whence I hoped to reach Tibet again by a different route, crossing the Donkia pass, and thence exploring the sources of the Teesta at the Cholamoo lakes.

Whilst here I ascertained the velocity of the currents of the Lachen and Lachoong rivers. Both were torrents, than which none could be more rapid, short of becoming cataracts: the rains were at their height, and the melting of the snows at its maximum. I first measured several hundred yards along the banks of each river above the bridges, repeating this several times, as the rocks and jungle rendered it very difficult to do it accurately: then, sitting on the bridge, I timed floating masses of different materials and sizes that were thrown in at the upper point. I was surprised to find the velocity of the Lachen only nine miles per hour, for its waters seemed to shoot past with the speed of an arrow, but the floats showed the whole stream to be so troubled with local eddies and backwaters, that it took from forty-three to forty-eight seconds for each float to pass over 200 yards, as it was perpetually submerged by under-currents. The breadth of the river averaged sixty-eight feet, and the discharge was 4,420 cubic feet of water per second. The temperature was 57 degrees.

At the Lachoong bridge the jungle was still denser, and the banks quite inaccessible in many places. The mean velocity was eight miles an hour, the breadth ninety-five feet, the depth about the same as that of the Lachen, giving a discharge of 5,700 cubic feet of water per second;* [Hence it appears that the Lachoong, being so much the more copious stream, should in one sense be regarded as the continuation of the Teesta, rather than the Lachen, which, however, has by far the most distant source. Their united streams discharge upwards of 10,000 cubic feet of water per second in the height of the rains! which is, however, a mere fraction of the discharge of the Teesta when that river leaves the Himalaya. The Ganges at Hurdwar discharges 8000 feet per second during the dry season.] its temperature was also 57 degrees. These streams retain an extraordinary velocity, for many miles upwards; the Lachen to its junction with the Zemu at 9000 feet, and the Zemu itself as far up as the Thlonok, at 10,000 feet, and the Lachoong to the village of that name, at 8000 feet: their united streams appear equally rapid till they become the Teesta at Singtam.* [The slope of the bed of the Lachen from below the confluence of the Zemu to the village of Singtam is 174 feet per mile, or 1 foot in 30; that of the Lachoong from the village of that name to Singtam is considerably less.]

On the 15th of August, having received supplies from Dorjiling, I started up the north bank of the Lachoong, following the Singtam Soubah, who accompanied me officially, and with a very bad grace; poor fellow, he expected me to have returned with him to Singtam, and thence gone back to Dorjiling, and many a sore struggle we had on this point. At Choongtam he had been laid up with ulcerated legs from the bites of leeches and sand-flies, which required my treatment.

The path was narrow, and ran through a jungle of mixed tropical and temperate plants,* [As Paris, Dipsacus, Circaea, Thalictrum, Saxifraga ciliaris, Spiranthes, Malva, Hypoxis, Anthericum, Passiflora, Drosera, Didymocarpus, poplar, Calamagrostis, and Eupatorium.] many of which are not found at this elevation on the damp outer ranges of Dorjiling. We crossed to the south bank by a fine cane-bridge forty yards long, the river being twenty-eight across and here I have to record the loss of my dog Kinchin; the companion of all my late journeyings, and to whom I had become really attached. He had a bad habit, of which I had vainly tried to cure him, of running for a few yards on the round bamboos by which the cane-bridges are crossed, and on which it was impossible for a dog to retain his footing: in this situation he used to get thoroughly frightened, and lie down on the bamboos with his legs hanging over the water, and having no hold whatever. I had several times rescued him from this perilous position, which was always rendered more imminent from the shaking of the bridge as I approached him. On the present occasion, I stopped at the foot of some rocks below the bridge, botanizing, and Kinchin having scrambled up the rocks, ran on to the bridge. I could not see him, and was not thinking about him, when suddenly his shrill, short barks of terror rang above the roaring torrent. I hastened to the bridge, but before I could get to it, he had lost his footing, and had disappeared. Holding on by the cane, I strained my eyes till the bridge seemed to be swimming up the valley, and the swift waters to be standing still, but to no purpose; he had been carried under at once, and swept away miles below. For many days I missed him by my side on the mountain, and by my feet in camp. He had become a very handsome dog, with glossy black hair, pendent triangular ears, short muzzle, high forehead, jet-black eyes, straight limbs, arched neck, and a most glorious tail curling over his back.* [The woodcut at vol. i. chapter ix, gives the character of the Tibet mastiff, to which breed his father belonged; but it is not a portrait of himself, having been sketched from a dog of the pure breed, in the Zoological Society's Gardens, by C. Jenyns, Esq.]

A very bad road led to the village of Keadom, situated on a flat terrace several hundred feet above the river, and 6,609 feet above the sea, where I spent the night. Here are cultivated plantains and maize, although the elevation is equal to parts of Dorjiling, where these plants do not ripen.

The river above Keadom is again crossed, by a plank bridge, at a place where the contracted streams flow between banks forty feet high, composed of obscurely stratified gravel, sand, and water-worn boulders. Above this the path ascends lofty flat-topped spurs, which overhang the river, and command some of the most beautiful scenery in Sikkim. The south-east slopes are clothed with Abies Brunoniana at 8000 feet elevation, and cleft by a deep ravine, from which projects what appears to be an old moraine, fully 1500 or perhaps 2000 feet high. Extensive landslips on its steep flank expose (through the telescope) a mass of gravel and angular blocks, while streams cut deep channels in it.

This valley is far more open and grassy than that of the Lachen, and the vegetation also differs much.* [Umbelliferae and Compositae abound, and were then flowering; and an orchis (Satyrium Nepalense), scented like our English Gymnadenia, covered the ground in some places, with tall green Habenariae and a yellow Spathoglottis, a genus with pseudo-bulbs. Of shrubs, Xanthoxylon, Rhus, Prinsepia, Cotoneaster, Pyrus, poplar and oak, formed thickets along the path; while there were as many as eight and nine kinds of balsams, some eight feet high.] In the afternoon we reached Lachoong, which is by far the most picturesque village in the temperate region of Sikkim. Grassy flats of different levels, sprinkled with brushwood and scattered clumps of pine and maple, occupy the valley; whose west flanks rise in steep, rocky, and scantily wooded grassy slopes. About five miles to the north the valley forks; two conspicuous domes of snow rising from the intermediate mountains. The eastern valley leads to lofty snowed regions, and is said to be impracticable; the Lachoong flows down the western, which appeared rugged, and covered with pine woods. On the east, Tunkra mountain* [This mountain is seen from Dorjiling; its elevation is about 18,700 feet.] rises in a superb unbroken sweep of dark pine-wood and cliffs, surmounted by black rocks and white fingering peaks of snow. South of this, the valley of the Tunkrachoo opens, backed by sharp snowed pinnacles, which form the continuation of the Chola range; over which a pass leads to the Phari district of Tibet, which intervenes between Sikkim and Bhotan. Southwards the view is bounded by snowy mountains, and the valley seems blocked up by the remarkable moraine-like spur which I passed above Keadom.

Illustration—LACHOONG VALLEY AND VILLAGE, LOOKING SOUTH.

Stupendous moraines rise 1500 feet above the Lachoong in several concentric series, curving downwards and outwards, so as to form a bell-shaped mouth to the valley of the Tunkrachoo. Those on the upper flank are much the largest; and the loftiest of them terminates in a conical hill crowned with Boodhist flags, and its steep sides cut into horizontal roads or terraces, one of which is so broad and flat as to suggest the idea of its having been cleared by art.

Illustration—LOFTY ANCIENT MORAINES IN THE LACHOONG VALLEY, LOOKING

SOUTH-EAST.

On the south side of the Tunkrachoo river the moraines are also more or less terraced, as is the, floor of the Lachoong valley, and its east slopes, 1000 feet up.* [I have since been greatly struck with the similarity between the features of this valley, and those of Chamouni (though the latter is on a smaller scale) above the Lavanchi moraine. The spectator standing in the expanded part below the village of Argentiere, and looking upwards, sees the valley closed above by the ancient moraine of the Argentiere glacier, and below by that of Lavanchi; and an all sides the slopes are cut into terraces, strewed with boulders. I found traces of stratified pebbles and sand on the north flank of the Lavanchi moraine however, which I failed to discover in those of Lachoong. The average slope of these pine-clad Sikkim valleys much approximates to that of Chamouni, and never approaches the precipitous character of the Bernese Alps' valleys, Kandersteg, Lauterbrunnen, and Grindelwald.]

The river is fourteen yards broad, and neither deep nor rapid: the village is on the east bank, and is large for Sikkim; it contains fully 100 good wooden houses, raised on posts, and clustered together without order. It was muddy and intolerably filthy, and intersected by some small streams, whose beds formed the roads, and, at the same time, the common sewers of the natives. There is some wretched cultivation in fields,* [Full of such English weeds as shepherd's purse, nettles, Solanum nigrum, and dock; besides many Himalayan ones, as balsams, thistles, a beautiful geranium, mallow, Haloragis and Cucurbitaceous plants.] of wheat, barley, peas, radishes, and turnips. Rice was once cultivated at this elevation (8000 feet), but the crop was uncertain; some very tropical grasses grow wild here, as Eragrostis and Panicum. In gardens the hollyhock is seen: it is said to be introduced through Tibet from China; also Pinus excelsa from Bhotan, peaches, walnuts, and weeping willows. A tall poplar was pointed out to me as a great wonder; it had two species of Pyrus growing on its boughs, evidently from seed; one was a mountain ash, the other like Pyrus Aria.

Soon after camping, the Lachoong Phipun, a very tall, intelligent, and agreeable looking man, waited on me with the usual presents, and a request that I would visit his sick father. His house was lofty and airy: in the inner room the sick man was stretched on a board, covered with a blanket, and dying of pressure on the brain; he was surrounded by a deputation of Lamas from Teshoo Loombo, sent for in this emergency. The principal one was a fat fellow, who sat cross-legged before a block-printed Tibetan book, plates of raw meat, rice, and other offerings, and the bells, dorje, etc. of his profession. Others sat around, reading or chanting services, and filling the room with incense. At one end of the apartment was a good library in a beautifully carved book-case.

Illustration—HEAD AND FEET OF TIBET MARMOT.

CHAPTER XXII.

Leave Lachoong for Tunkra pass — Moraines and their vegetation — Pines of great dimensions — Wild currants — Glaciers — Summit of pass — Elevation — Views — Plants — Winds — Choombi district — Lacheepia rock — Extreme cold — Kinchinjunga — Himalayan grouse — Meteorological observations — Return to Lachoong — Oaks — Ascent to Yeumtong — Flats and debacles — Buried pine-trunks — Perpetual snow — Hot springs — Behaviour of Singtam Soubah — Leave for Momay Samdong — Upper limit of trees — Distribution of plants — Glacial terraces, etc. — Forked Donkia — Moutonneed rocks — Ascent to Donkia pass — Vegetation — Scenery — Lakes — Tibet — Bhomtso — Arun river — Kiang-lah mountains — Yaru-Tsampu river — Appearance of Tibet — Kambajong — Jigatzi — Kinchinjhow, and Kinchinjunga — Chola range — Deceptive appearance of distant landscape — Perpetual snow — Granite — Temperatures — Pulses — Plants — Tripe de roche — Return to Momay — Dogs and yaks — Birds — Insects — Quadrupeds — Hot springs — Marmots — Kinchinjhow glacier.

The Singtam Soubah being again laid up here from the consequences of leech-bites, I took the opportunity of visiting the Tunkra-lah pass, represented as the most snowy in Sikkim; which I found to be the case. The route lay over the moraines on the north flank of the Tunkrachoo, which are divided by narrow dry gullies,* [These ridges of the moraine, separated by gullies, indicate the progressive retirement of the ancient glacier, after periods of rest. The same phenomena may be seen, on a diminutive scale, in the Swiss Alps, by any one who carefully examines the lateral and often the terminal moraines of any retiring or diminishing glacier, at whose base or flanks are concentric ridges, which are successive deposits.] and composed of enormous blocks disintegrating into a deep layer of clay. All are clothed with luxuriant herbage and flowering shrubs,* [Ranunculus, Clematis, Thalictrum, Anemone, Aconitum variegatum of Europe, a scandent species, Berberry, Deutzia, Philadelphus, Rose, Honeysuckle, Thistles, Orchis, Habenaria, Fritillaria, Aster, Calimeris, Verbascum thapsus, Pedicularis, Euphrasia, Senecio, Eupatorium, Dipsacus, Euphorbia, Balsam, Hypericum, Gentiana, Halenia, Codonopsis, Polygonum.] besides small larches and pines, rhododendrons and maples; with Enkianthus, Pyrus, cherry, Pieris, laurel, and Goughia. The musk-deer inhabits these woods, and at this season I have never seen it higher. Large monkeys are also found on the skirts of the pine-forests, and the Ailurus ochraceus (Hodgs.), a curious long-tailed animal peculiar to the Himalaya, something between a diminutive bear and a squirrel. In the dense and gigantic forest of Abies Brunoniana and silver fir, I measured one of the former trees, and found it twenty-eight feet in girth, and above 120 feet in height. The Abies Webbiana attains thirty-five feet in girth, with a trunk unbranched for forty feet.

The path was narrow and difficult in the wood, and especially along the bed of the stream, where grew ugly trees of larch, eighty feet high, and abundance of a new species of alpine strawberry with oblong fruit. At 11,560 feet elevation, I arrived at an immense rock of gneiss, buried in the forest. Here currant-bushes were plentiful, generally growing on the pine-trunks, in strange association with a small species of Begonia, a hothouse tribe of plants in England. Emerging from the forest, vast old moraines are crossed, in a shallow mountain valley, several miles long and broad, 12,000 feet above the sea, choked with rhododendron shrubs, and nearly encircled by snowy mountains. Magnificent gentians grew here, also Senecio, Corydalis, and the Aconitum luridum (n. sp.), whose root is said to be as virulent as A. ferox and A. Napellus.* [The result of Dr. Thomson's and my examination of the Himplayan aconites (of which there are seven species) is that the one generally known as A. ferox, and which supplies a great deal of the celebrated poison, is the common A. Napellus of Europe.] The plants were all fully a month behind those of the Lachen valley at the same elevation. Heavy rain fell in the afternoon, and we halted under some rocks: as I had brought no tent, my bed was placed beneath the shelter of one, near which the rest of the party burrowed. I supped off half a yak's kidney, an enormous organ in this animal.

On the following morning we proceeded up the valley, towards a very steep rocky barrier, through which the river cut a narrow gorge, and beyond which rose lofty snowy mountains: the peak of Tunkra being to our left hand (north). Saxifrages grew here in profuse tufts of golden blossoms, and Chrysosplenium, rushes, mountain-sorrel (Oxyria), and the bladder-headed Saussurea, whose flowers are enclosed in inflated membranous bracts, and smell like putrid meat: there were also splendid primroses, the spikenard valerian, and golden Potentillas.

The ascent was steep and difficult, up a stony valley bounded by precipices; in this the river flowed in a north-west direction, and we were obliged to wade along it, though its waters were bitterly cold, the temperature being 39 degrees. At 15,000 feet we passed from great snowbeds to the surface of a glacier, partly an accumulation of snow, increased by lateral glaciers: its slope was very gentle for several miles; the surface was eroded by rain, and very rough, whilst those of the lateral glaciers were ribboned, crevassed, and often conspicuously marked with dirt-bands.

A gently sloping saddle, bare of snow, which succeeds the glacier, forms the top of the Tunkra pass; it unites two snowy mountains, and opens on the great valley of the Machoo, which flows in a part of Tibet between Sikkim and Bhotan; its height is 16,083 feet above the sea by barometer, and 16,137 feet by boiling-point. Nothing can be more different than the two slopes of this pass; that by which I had come presented a gentle snowy acclivity, bounded by precipitous mountains; while that which opened before me was a steep, rocky, broad, grassy valley, where not a particle of snow was to be seen, and yaks were feeding near a small lake not 1000 feet down. Nor were snowy mountains visible anywhere in this direction, except far to the south-east, in Bhotan. This remarkable difference of climate is due to the southerly wind which ascends the Tibetan or Machoo valley being drained by intervening mountains before reaching this pass, whilst the Sikkim current brings abundant vapours up the Teesta and Lachoong valleys.

Chumulari lies to the E.N.E. of the Tunkra pass, and is only twenty-six miles distant, but not seen; Phari is two marches off, in an easterly direction, and Choombi one to the south-east. Choombi is the general name given to a large Tibetan province that embraces the head of the Machoo river, and includes Phari, Eusa, Choombi, and about thirteen other villages, corresponding to as many districts, that contain from under a dozen to 300 houses each, varying with the season and state of trade. The latter is considerable, Phari being, next to Dorjiling, the greatest Tibetan, Bhotan, Sikkim, and Indian entrepot along the whole Himalaya east of Nepal. The general form of Choombi valley is triangular, the broader end northwards: it is bounded by the Chola range on the west from Donkia to Gipmoochi, and by the Kamphee or Chakoong range to the east; which is, I believe, continuous with Chumulari. These meridional ranges approximate to the southward, so as to form a natural boundary to Choombi. The Machoo river, rising from Chumulari, flows through the Choombi district, and enters Bhotan at a large mart called Rinchingoong, whence it flows to the plains of India, where it is called at Couch-Behar, the Torsha, or, as some say, the Godadda, and falls into the Burrampooter.

The Choombi district is elevated, for the only cultivation is a summer or alpine one, neither rice, maize, nor millet being grown there: it is also dry, for the great height of the Bhotan mountains and the form of the Machou valley cut off the rains, and there is no dense forest. It is very mountainous, all carriage being on men's and yaks' backs, and is populous for this part of the country, the inhabitants being estimated at 3000, in the trading season, when many families from Tibet and Bhotan erect booths at Phari.

A civil officer at Phari collects the revenue under the Lhassan authorities, and there is also a Tibetan fort, an officer, and guard. The inhabitants of this district more resemble the Bhotanese than Tibetans, and are a thievish set, finding a refuge under the Paro-Pilo of Bhotan,* [There was once a large monastery, called Kazioo Goompa, at Choombi, with upwards of one hundred Lamas. During a struggle between the Sikkim and Bhotan monks for superiority in it, the abbot died. His avatar reappeared in two places at once! in Bhotan as a relative of the Paro-Pilo himself, and in Sikkim as a brother of the powerful Gangtok Kajee. Their disputes were referred to the Dalai Lama, who pronounced for Sikkim. This was not to be disputed by the Pilo, who, however, plundered the Goompa of its silver, gold, and books, leaving nothing but the bare walls for the successful Lama! The Lhassan authorities made no attempt to obtain restitution, and the monastery has been consequently neglected.] who taxes the refugees according to the estimate he forms of their plunder. The Tibetans seldom pursue the culprits, as the Lhassan government avoids all interference south of their own frontier.

From Choombi to Lhassa is fifteen days' long journeys for a man mounted on a stout mule; all the rice passing through Phari is monopolised there for the Chinese troops at Lhassa. The grazing for yaks and small cattle is excellent in Choombi, and the Pinus excelsa is said to grow abundantly there, though unknown in Sikkim, but I have not heard of any other peculiarity in its productions.

Very few plants grew amongst the stones at the top of the Tunkra pass, and those few were mostly quite different from those of Palung and Kongra Lama. A pink-floweerd Arenaria, two kinds of Corydalis, the cottony Saussurea, and diminutive primroses, were the most conspicuous.* [The only others were Leontopodium, Sedum, Saxifrage, Ramunculus hyperboreus, Ligularia, two species of Polygonum, a Trichostomum, Stereocaulon, and Lecidea geographica, not one grass or sedge.] The wind was variable, blowing alternately up both valleys, bringing much snow when it blew from the Teesta, though deflected to a north-west breeze; when, on the contrary, it blew from Tibet, it was, though southerly, dry. Clouds obscured all distant view. The temperature varied between noon and 1.30 p.m. from 39 degrees to 40.5 degrees, the air being extremely damp.

Returning to the foot of the glacier, I took up my quarters for two days under an enormous rock overlooking the broad flat valley in which I had spent the previous night, and directly fronting Tunkra mountain, which bore north about five miles distant. This rock was sixty to eighty feet high, and 15,250 feet above the sea; it was of gneiss, and was placed on the top of a bleak ridge, facing the north; no shrub or bush being near it. The gentle slope outwards of the rock afforded the only shelter, and a more utterly desolate place than Lacheepia, as it is called, I never laid my unhoused head in. It commanded an incomparable view due west across the Lachoong and Lachen valleys, of the whole group of Kinchinjunga snows, from Tibet southwards, and as such was a most valuable position for geographical purposes.

The night was misty, and though the temperature was 35 degrees, I was miserably cold; for my blankets being laid on the bare ground, the chill seemed to strike from the rock to the very marrow of my bones. In the morning the fog hung till sunrise, when it rose majestically from all the mountain-tops; but the view obtained was transient, for in less than an hour the dense woolly banks of fog which choked the valleys ascended like a curtain to the warmed atmosphere above, and slowly threw a veil over the landscape. I waited till the last streak of snow was shut out from my view, when I descended, to breakfast on Himalayan grouse (Tetrao-perdix nivicola), a small gregarious bird which inhabits the loftiest stony mountains, and utters a short cry of "Quiok, quiok;" in character and appearance it is intermediate between grouse and partridge, and is good eating, though tough.

Hoping to obtain another view, which might enable me to correct the bearings taken that morning, I was tempted to spend a second night in the open air at Lacheepia, passing the day botanizing* [Scarcely a grass, and no Astragali, grow on these stony and snowy slopes: and the smallest heath-like Andromeda, a still smaller Menziesia (an erotic genus, previously unknown in the Himalaya) and a prostrate willow, are the only woody-stemmed plants above 15,000 feet.] in the vicinity, and taking observations of the barometer and wet-bulb: I also boiled three thermometers by turns, noting the grave errors likely to attend observations of this instrument for elevation.* [These will be more particularly alluded to in the Appendix, where will be found a comparison of elevations, deduced from boiling point and from barometric observations. The height of Lacheepia is 14,912 feet by boiling-point, and 15,262 feet by barometer.] Little rain fell during the day, but it was heavy at night, though there was fortunately no wind; and I made a more comfortable bed with tufts of juniper brought up from below. Our fire was principally of wet rhododendron wood, with masses of the aromatic dwarf species, which, being full of resinous glands, blazed with fury. Next day, after a very transient glimpse of the Kinchinjunga snows, I descended to Lachoong, where I remained for some days botanizing. During my stay I was several times awakened by all the noises and accompaniments of a night-attack or alarm; screaming voices, groans, shouts, and ejaculations, the beating of drums and firing of guns, and flambeaux of pine-wood gleaming amongst the trees, and flitting from house to house. The cause, I was informed, was the, presence of a demon, who required exorcisement, and who generally managed to make the villagers remember his visit, by their missing various articles after the turmoil made to drive him away. The custom of driving out demons in the above manner is constantly practised by the Lamas in Tibet: MM. Huc and Gabet give a graphic account of such an operation during their stay at Kounboum.

On the 29th of August I left Lachoong and proceeded up the valley. The road ran along a terrace, covered with long grass, and bounded by lofty banks of unstratified gravel and sand, and passed through beautiful groves of green pines, rich in plants. No oak nor chesnut ascends above 9000 feet here or elsewhere in the interior of Sikkim, where they are replaced by a species of hazel (Corylus); in the North Himalaya, on the other hand, an oak (Quercus semecarpifolia, see vol. i., chapter viii) is amongst the most alpine trees, and the nut is a different species, more resembling the European. On the outer Sikkim ranges oaks (Q. annulata?) ascend to 10,000 feet, and there is no hazel. Above the fork, the valley contracts extremely, and its bed is covered with moraines and landslips, which often bury the larches and pines. Marshes occur here and there, full of the sweet-scented Hierochloe grass, the Scotch Thalictrum alpinum, and an Eriocaulon, which ascends to 10,000 feet. The old moraines were very difficult to cross, and on one I found a barricade, which had been erected to deceive me regarding the frontier, had I chosen this route instead of the Lachen one, in May.

Broad flats clothed with rhododendron, alternate with others covered with mud, boulders, and gravel, which had flowed down from the gorges on the west, and which still contained trees, inclined in all directions, and buried up to their branches; some of these debacles were 400 yards across, and sloped at an angle of 2 degrees to 3 degrees, bearing on their surfaces blocks fifteen yards in diameter.* [None were to be compared in size and extent with that at Bex, at the mouth of the Rhone valley.] They seem to subside materially, as I perceived they had left marks many feet higher on the tree-trunks. Such debacles must often bury standing forests in a very favourable material, climate, and position for becoming fossilized.

On the 30th of August I arrived at Yeumtong, a small summer cattle-station, on a flat by the Lachoong, 11,920 feet above the sea; the general features of which closely resemble those of the narrow Swiss valleys. The west flank is lofty and precipitous, with narrow gullies still retaining the winter's snow, at 12,500 feet; the east gradually slopes up to the two snowy domes seen from Lachoong; the bed of the valley is alternately a flat lake-bed, in which the river meanders at the rate of three and a half miles an hour, and sudden descents, cumbered with old moraines, over which it rushes in sheets of Loam. Silver-firs ascend nearly to 13,000 feet, where they are replaced by large junipers, sixty feet high: up the valley Chango Khang is seen, with a superb glacier descending to about 14,000 feet on its south flank. Enormous masses of rock were continually precipitated from the west side, close to the shed in which I had taken up my quarters, keeping my people in constant alarm, and causing a great commotion among the yaks, dogs, and ponies. On the opposite side of the river is a deep gorge; in which an immense glacier descends lower than any I have seen in Sikkim. I made several attempts to reach it by the gully of its discharging stream, but was always foiled by the rocks and dense jungle of pines, rhododendron, and dwarf holly.

The snow-banks on the face of the dome-shaped mountain appearing favourable for ascertaining the position of the level of perpetual snow, I ascended to them on the 6th of September, and found the mean elevation along an even, continuous, and gradual slope, with a full south-west exposure, to be 15,985 feet by barometer, and 15,816 feet by boiling-point. These beds of snow, however broad and convex, cannot nevertheless be distinguished from glaciers: they occupy, it is true, mountain slopes, and do not fill hollows (like glaciers commonly so called), but they display the ribboned structure of ice, and being viscous fluids, descend at a rate and to a distance depending on the slope, and on the amount of annual accumulation behind. Their termination must therefore be far below that point at which all the snow that falls melts, which is the theoretical line of perpetual snow. Before returning I attempted to proceed northwards to the great glacier, hoping to descend by its lateral moraine, but a heavy snow-storm drove me down to Yeumtong.

Some hot-springs burst from the bank of the Lachen a mile or so below the village: they are used as baths, the patient remaining three days at a time in them, only retiring to eat in a little shed close by. The discharge amounts to a few gallons per minute; the temperature at the source is 112.6 degrees, and 106 degrees in the bath.* [This water boiled at 191.6 degrees, the same at which snow-water and that of the river did; giving an elevation of 11,730 feet. Observations on the mineral constituents of the water will be found in the Appendix.] The water has a slightly saline taste; it is colourless, but emits bubbles of sulphuretted hydrogen gas, blackening silver. A cold spring (temperature 42 degrees) emerged close by, and the Lachoong not ten yards off, was 47 degrees to 50 degrees. A conferva grows in the hot water, and the garnets are worn out of the gneiss rock exposed to its action.

The Singtam Soubah had been very sulky since leaving Choongtam, and I could scarcely get a drop of milk or a slice of curd here. I had to take him to task severely for sanctioning the flogging of one of my men; a huntsman, who had offered me his services at Choongtam, and who was a civil, industrious fellow, though he had procured me little besides a huge monkey, which had nearly bitten off the head of his best dog. I had made a point of consulting the Soubah before hiring him, for fear of accidents; but this did not screen him from the jealousy of the Choongtam Lama, who twice flogged him in the Goompa with rattans (with the Soubah's consent), alleging that he had quitted his service for mine. My people knew of this, but were afraid to tell me, which the poor fellow did himself.

The Lachoong Phipun visited me on the 7tb of September: he had officiously been in Tibet to hear what the Tibetan people would say to my going to Donkia, and finding them supremely indifferent, returned to be my guide. A month's provision for ten men having arrived from Dorjiling, I left Yeumtong the following day for Momay Samdong, the loftiest yak grazing station in Sikkim (Palung being too cold for yaks), and within a day's journey of the Donkia pass.

The valley remains almost level for several miles, the road continuing along the east bank of the Lachen. Shoots of stones descend from the ravines, all of a white fine-grained granite, stained red with a minute conferva, which has been taken by Himalayan travellers for red snow;* [Red snow was never found in the Antarctic regions during Sir James Ross's South Polar voyage; nor do I know any authentic record of its having been seen in the Himalaya.] a phenomenon I never saw in Sikkim.

At a fork of the valley several miles above Yeumtong, and below the great glacier of Chango Khang, the ancient moraines are prodigious, much exceeding any I have elsewhere seen, both in extent, in the size of the boulders, and in the height to which the latter are piled on one another. Many boulders I measured were twenty yards across, and some even forty; and the chaotic scene they presented baffles all description: they were scantily clothed with stunted silver firs.

Beyond this, the path crosses the river, and ascends rapidly over a mile of steeply sloping landslip, composed of angular fragments of granite, that are constantly falling from above, and are extremely dangerous. At 14,000 feet, trees and shrubs cease, willow and honeysuckle being the last; and thence onward the valley is bleak, open, and stony, with lofty rocky mountains on either side. The south wind brought a cold drizzling rain, which numbed us, and two of the lads who had last come up from Dorjiling were seized with a remittent fever, originally contracted in the hot valleys; luckily we found some cattle-sheds, in which I left them, with two men to attend on them.

Momay Samdong is situated in a broad part of the Lachoong valley, where three streams meet; it is on the west of Chango Khang, and is six miles south-east of Kinchinjhow, and seven south-west of Donkia: it is in the same latitude as Palung, but scarcely so lofty. The mean of fifty-six barometrical observations contemporaneous with Calcutta makes it 15,362 feet above the sea; nearly the elevation of Lacheepia (near the Tunkra pass), from which, however, its scenery and vegetation entirely differ.

I pitched my tent close to a little shed, at the gently sloping base of a mountain that divided the Lachoong river from a western tributary. It was a wild and most exposed spot: long stony mountains, grassy on the base near the river; distant snowy peaks, stupendous precipices, moraines, glaciers, transported boulders, and rocks rounded by glacial action, formed the dismal landscape which everywhere met the view. There was not a bush six inches high, and the only approach to woody plants were minute creeping willows and dwarf rhododendrons, with a very few prostrate junipers and Ephedra.

The base of the spur was cut into broad flat terraces, composed of unstratified sand, pebbles, and boulders; the remains, doubtless, of an enormously thick glacial deposit. The terracing is as difficult to be accounted for in this valley as in that of Yangma (East Nepal); both valleys being far too broad, and descending too rapidly to admit of the hypothesis of their having been blocked up in the lower part, and the upper filled with large lakes.* [The formation of small lakes, however, between moraines and the sides of the valleys they occupy, or between two successively formed moraines (as I have elsewhere mentioned), will account for very extensive terraced areas of this kind; and it must be borne in mind that when the Momay valley was filled with ice, the breadth of its glacier at this point must have been twelve miles, and it must have extended east and west from Chango Khang across the main valley, to beyond Donkia. Still the great moraines are wanting at this particular point, and though atmospheric action and the rivers have removed perhaps 200 feet of glacial shingle, they can hardly have destroyed a moraine of rocks, large enough to block up the valley.] Another tributary falls into the Lachoong at Momay, which leads eastwards up to an enormous glacier that descends from Donkia. Snowy mountains rise nearly all round it: those on its south and east divide Sikkim from the Phari province in Tibet; those on the north terminate in a forked or cleft peak, which is a remarkable and conspicuous feature from Momay. This, which I have called forked Donkia,* [Its elevation by my observations is about 21,870 feet.] is the termination of a magnificent amphitheatre of stupendous snow-clad precipices, continuously upwards of 20,000 feet high, that forms the east flank of the upper Lachoong. From Donkia top again, the mountains sweep round to the westward, rising into fingered peaks of extraordinary magnificence; and thence —still running west—dip to 18,500 feet, forming the Donkia pass, and rise again as the great mural mass of Kinchinjhow. This girdle of mountains encloses the head waters of the Lachoong, which rises in countless streams from its perpetual snows, glaciers, and small lakes: its north drainage is to the Cholamoo lakes in Tibet; in which is the source of the Lachen, which flows round the north base of Kinchinjhow to Kongra Lama.

The bottom of the Lachoong valley at Momay is broad, tolerably level, grassy, and covered with isolated mounds and ridges that point down the valley, and are the remains of glacial deposits. It dips suddenly below this, and some gneiss rocks that rise in its centre are remarkably moutonneed or rounded, and have boulders perched on their summits. Though manifestly rounded and grooved by ancient glaciers, I failed to find scratches on these weather-worn rocks.* [I have repeatedly, and equally in vain, sought for scratchings on many of the most conspicuously moutonneed gneiss rocks of Switzerland. The retention of such markings depends on other circumstances than the mere hardness of the rock, or amount of aqueous action. What can be more astonishing than to see these most delicate scratches retained in all their sharpness on rocks clothed with seaweed and shells, and exposed at every tide, in the bays of western Scotland!]

The Lachoong is here twelve or fifteen yards wide, and runs over a pebbly bed, cutting a shallow channel through the deposits, down to the subjacent rock, which is in some cases scooped out six or eight feet deep by its waters. I do not doubt that the flatness of the floor of the Momay valley is caused by the combined action of the streams that drained the three glaciers which met here; for the tendency of retiring glaciers is to level the floors of valleys, by giving an ever-shifting direction to the rivers which drain them, and which spread detritus in their course. Supposing these glaciers to have had no terminal moraines, they might still have forced immense beds of gravel into positions that would dam up lakes between the ice and the flanks of the valleys, and thus produce much terracing on the latter.* [We are still very ignorant of many details of ice action, and especially of the origin of many enormous deposits which are not true moraines. These, so conspicuous in the lofty Himalayan valleys, are not less so in those of the Swiss Alps: witness that broad valley in which Grindelwald village is situated, and which is covered to an immense depth with angular detritus, moulded into hills and valleys; also the whole broad open Upper Rhone valley, above the village of Munster, and below that of Obergestelen. The action of broad glaciers on gentle slopes is to raise their own beds by the accumulation of gravel which their lower surface carries and pushes forward. I have seen small glaciers thus raised 300 feet; leaving little doubt in my mind that the upper Himalayan valleys were thus choked with deposit 1000 feet thick, of which indeed the proofs remain along the flanks of the Yangma valley. The denuding and accumulating effects of ice thus give a contour to mountain valleys, and sculpture their flanks and floors far more rapidly than sea action, or the elements. After a very extensive experience of ice in the Antarctic ocean, and in mountainous countries, I cannot but conclude that very few of our geologists appreciate the power of ice as a mechanical agent, which can hardly be over-estimated, whether as glacier, iceberg, or pack ice, heaping shingle along coasts.We are still very ignorant of many details of ice action, and especially of the origin of many enormous deposits which are not true moraines. These, so conspicuous in the lofty Himalayan valleys, are not less so in those of the Swiss Alps: witness that broad valley in which Grindelwald village is situated, and which is covered to an immense depth with angular detritus, moulded into hills and valleys; also the whole broad open Upper Rhone valley, above the village of Munster, and below that of Obergestelen. The action of broad glaciers on gentle slopes is to raise their own beds by the accumulation of gravel which their lower surface carries and pushes forward. I have seen small glaciers thus raised 300 feet; leaving little doubt in my mind that the upper Himalayan valleys were thus choked with deposit 1000 feet thick, of which indeed the proofs remain along the flanks of the Yangma valley. The denuding and accumulating effects of ice thus give a contour to mountain valleys, and sculpture their flanks and floors far more rapidly than sea action, or the elements. After a very extensive experience of ice in the Antarctic ocean, and in mountainous countries, I cannot but conclude that very few of our geologists appreciate the power of ice as a mechanical agent, which can hardly be over-estimated, whether as glacier, iceberg, or pack ice, heaping shingle along coasts.]

On our arrival, we found that a party of buxom, good-natured looking girls who were tending yaks, were occupying the hut, which, however, they cheerfully gave up to my people, spreading a black tent close by for themselves; and next morning they set off with all their effects packed upon the yaks. The ground was marshy, and covered with cowslips, Ranunculus, grasses and sedges, Cyananthus, blue asters, gentians, etc. The spot appearing highly favourable for observations, I determined to remain here during the equinoctial month, and put my people on "two-thirds allowance," i.e., four pounds of rice daily for three men, allowing them to send down the valley to cater for what more they could get. The Singtam Soubah was intensely disgusted with my determination: he accompanied me next day to the pass, and having exhausted his persuasions, threats, and warnings about snow, wind, robbers, starvation, and Cheen sepoys, departed on the 12th for Yeumtong, leaving me truly happy for the first time since quitting Dorjiling. I had now a prospect of uninterruptedly following up my pursuits at an elevation little below that of the summit of Mont Blanc, surrounded by the loftiest mountains, and perhaps the vastest glaciers on the globe; my instruments were in perfect order, and I saw around me a curious and varied flora.

The morning of the 9th of September promised fair, though billowy clouds were rapidly ascending the valley. To the eastward my attention was directed to a double rainbow; the upper was an arch of the usual form, and the lower was the curved illuminated edge of a bank of cumulus, with the orange hues below. We took the path to the Donkia pass, fording the river, and ascending in a north-east direction, along the foot of stony hills that rise at a gradual slope of 12 degrees to broad unsnowed ridges, 18,000 to 19,000 feet high. Shallow valleys, glacier-bound at their upper extremities, descend from the still loftier rearward mountains; and in these occur lakes. About five miles up, a broad opening on the west leads to Tomo Chamo, as the eastern summit of Kinchinjhow is called.* [On one occasion I ascended this valley, which is very broad, flat, and full of lakes at different elevations; one, at about 17,000 feet elevation is three-quarters of a mile long, but not deep: no water-plants grew in it, but there were plenty of others round its margin. I collected, in the dry bed of a stream near it, a curious white substance like thick felt, formed of felspathic silt (no doubt the product of glacial streams) and the siliceous cells of infusoriae. It much resembles the fossil or meteoric paper of Germany, which is also formed of the lowest tribes of fresh-water plants, though considered by Ehrenberg as of animal origin. A vein of granite in the bottom of the valley had completely altered the character of the gneiss, which contained veins of jasper and masses of amorphous garnet. Much olivine is found in the fissures of the gneiss: this feral is very rare in Sikkim, but I have also seen it in the fissures of the White gneissy granite of the surrounding heights.] Above this the valley expands very much, and is stony and desert: stupendous mountains, upwards of 21,000 feet high, rear themselves on all sides, and the desolation and grandeur of the scene are unequalled in my experience. The path again crosses the river (which is split into many channels), and proceeds northwards, over gravelly terraces and rocks with patches of Scotch alpine grasses (Festuca ovina and Poa laxa), sedges, Stipa, dandelion, Allardia, gentians, Saussurea, and Astraga1us, varied with hard hemispherical mounds of the alsineous plant mentioned at chapter xxi.

I passed several shallow lakes at 17,500 feet; their banks were green and marshy, and supported thirty or forty kinds of plants. At the head of the valley a steep rocky crest, 500 feet high, rises between two precipitous snowy peaks, and a very fatiguing ascent (at this elevation) leads to the sharp rocky summit of the Donkia pass, 18,466 feet above the sea by barometer, and 17,866 by boiling-point. The view on this occasion was obscured by clouds and fogs, except towards Tibet, in which direction it was magnificent; but as I afterwards twice ascended this pass, and also crossed it, I shall here bring together all the particulars I noted.

The Tibetan view, from its novelty, extent, and singularity, demands the first notice: the Cholamoo lake lay 1500 feet below me, at the bottom of a rapid and rocky descent; it was a blue sheet of water, three or four miles from north to south, and one and a half broad, hemmed in by rounded spurs from Kinchinjhow on one side, and from Donkia on the other: the Lachen flowed from its northern extremity, and turning westward, entered a broad barren valley, bounded on the north by red stony mountains, called Bhomtso, which I saw from Kongra Lama, and ascended with Dr. Campbell in the October following: though 18,000 to 19,000 feet high, these mountains were wholly unsnowed. Beyond this range lay the broad valley of the Arun, and in the extreme north-west distance, to the north of Nepal, were some immense snowy mountains, reduced to mere specks on the horizon. The valley of the Arun was bounded on the north by very precipitous black rocky mountains, sprinkled with snow; beyond these again, from north to north-west, snow-topped range rose over range in the clear purple distance. The nearer of these was the Kiang-lah, which forms the axis or water-shed of this meridian; its south drainage being to the Arun river, and its north to the Yaru-tsampu: it appeared forty to fifty miles off, and of great mean elevation (20,000 feet) the vast snowy mountains that rose beyond it were, I was assured, beyond the Yaru, in the salt lake country.* [This salt country was described to me as enormously lofty, perfectly sterile, and fourteen days' march for loaded men and sheep from Jigatzi: there is no pasture for yaks, whose feet are cut by the rocks. The salt is dug (so they express it) from the margin of lakes; as is the carbonate of soda, "Pleu" of the Tibetans.] A spur from Chomiomo cut off the view to the southward of north-west, and one from Donkia concealed all to the east of north.

Illustration—TIBET AND CHOLAMOO LAKE FROM THE SUMMIT OF THE DONKIA

PASS, LOOKING NORTH-WEST.

The most remarkable features of this landscape were its enormous elevation, and its colours and contrast to the black, rugged, and snowy Himalaya of Sikkim. All the mountains between Donkia pass and the Arun were comparatively gently sloped, and of a yellow red colour, rising and falling in long undulations like dunes, 2000 to 3000 feet above the mean level of the Arun valley, and perfectly bare of perpetual snow or glaciers. Rocks everywhere broke out on their flanks, and often along their tops, but the general contour of that immense area was very open and undulating, like the great ranges of Central Asia, described by MM. Huc and Gabet. Beyond this again, the mountains were rugged, often rising into peaks which, from the angles I took here, and subsequently at Bhomtso, cannot be below 24,000 feet, and are probably much higher. The most lofty mountains were on the range north of Nepal, not less than 120 miles distant, and which, though heavily snowed, were below the horizon of Donkia pass.

Cholamoo lake lay in a broad, scantily grassed, sandy and stony valley; snow-beds, rocks, and glaciers dipped abruptly towards its head, but on its west bank a lofty brick-red spur sloped upwards from it, conspicuously cut into terraces for several hundred feet above its waters.

Kambajong, the chief Tibetan village near this, after Phari and Giantchi, is situated on the Arun (called in Tibet "Chomachoo"), on the road from Sikkim to Jigatzi* [I have adopted the simplest mode of spelling this name that I could find, and omitted the zong or jong, which means fort, and generally terminates it. I think it would not be difficult to enumerate fully a dozen ways of spelling the word, of which Shigatzi, Digarchi, and Djigatzi are the most common. The Tibetans tell me that they cross two passes after leaving Donkia, or Kongra Lama, en route for Jigatzi, on both of which they suffer from headaches and difficulty of breathing; one is over the Kambajong range; the other, much loftier, is over that of Kiang-lah: as they do not compliin of Bhomtso, which is also crossed, and is 18,500 feet, the others may be very lofty indeed. The distance from Donkia pass to Jigatzi is said to be ten days' journey for loaded yaks. Now, according to Turner's observations (evidently taken with great care) that capital is in latitude 29 degrees 4 minutes 20 seconds north, or only seventy miles north of Donkia; and as the yak travels at the rate of sixteen miles a day, the country must be extraordinarily rugged, or the valleys tortuous. Turner took eight or nine days on his journey from Phari to Teshoo Loombo, a distance of only eighty miles; yet he is quoted as an authority for the fact of Tibet being a plain! he certainly crossed an undulating country, probably 16,OOO to 17,000 feet high; a continuation eastwards of the Cholamoo features, and part of the same mountain range that connects Chumulari and Donkia: he had always lofty mountains in eight, and rugged ones on either side, after he had entered the Painomchoo valley. It is a remarkable and significant fact that Turner never appears to have seen Chumulari after having passed it, nor Donkia, Kinchinjhow, or Kinchinjunga at any time.] and Teshoo Loombo. I did not see it, but a long, stony mountain range above the town is very conspicuous, its sides presenting an interrupted line of cliffs, resembling the port-holes of a ship: some fresh-fallen snow lay at the base, but none at the top, which was probably 18,500 feet high. The banks of the Arun are thence inhabited at intervals all the way to Tingre, where it enters Nepal.

Donkia rises to the eastward of the pass, but its top is not visible. I ascended (over loose rocks) to between 19,000 and 20,000 feet, and reached vast masses of blue ribboned ice, capping the ridges, but obtained no further prospect. To the west, the beetling east summit of Kinchinjhow rises at two miles distance, 3000 to 4000 feet above the pass. A little south of it, and north of Chango Khang, the view extends through a gap in the Sebolah range, across the valley of the Lachen, to Kinchinjunga, distant forty-two miles. The monarch of mountains looked quite small and low from this point, and it was difficult to believe it was 10,000 feet more lofty than my position. I repeatedly looked from it to the high Tibetan mountains in the extreme north-west distance, and was more than ever struck with the apparently immense distance, and consequent altitude of the latter: I put, however, no reliance on such estimates.

To the south the eye wandered down the valley of the Lachoong to the mountains of the Chola range, which appear so lofty from Dorjiling, but from here are sunk far below the horizon: on comparing these with the northern landscape, the wonderful difference between their respective snow-levels, amounting to fully 5000 feet, was very apparent. South-east the stupendous snowy amphitheatre formed by the flank of Donkia was a magnificent spectacle.

This wonderful view forcibly impressed me with the fact, that all eye-estimates in mountainous countries are utterly fallacious, if not corrected by study and experience. I had been led to believe that from Donkia pass the whole country of Tibet sloped away in descending steppes to the Tsampu, and was more or less of a plain; and could I have trusted my eyes only, I should have confirmed this assertion so far as the slope was concerned. When, however, the levelled theodolite was directed to the distance, the reverse was found to be the case. Unsnowed and apparently low mountains touched the horizon line of the telescope; which proves that, if only 37 miles off, they must, from the dip of the horizon, be at least 1000 feet higher than the observer's position. The same infallible guide cuts off mountain-tops and deeply snowed ridges, which to the unaided eye appear far lower than the point from which they are viewed; but which, from the quantity of snow on them, must be many thousand feet higher, and, from the angle they subtend in the instrument, must be at an immense distance. The want of refraction to lift the horizon, the astonishing precision of the outlines, and the brilliancy of the images of mountains reduced by distance to mere specks, are all circumstances tending to depress them to appearance. The absence of trees, houses, and familiar objects to assist the eye in the appreciation of distance, throws back the whole landscape; which, seen through the rarified atmosphere of 18,500 feet, looks as if diminished by being surveyed through the wrong end of a telescope.

A few rude cairns were erected on the crest of the pass, covered with wands, red banners, and votive offerings of rags. I found a fine slab of slate, inscribed with the Tibetan characters, "Om Mani Padmi hom," which Meepo allowed me to take away, as the reward of my exertions. The ridge is wholly formed of angular blocks of white gneissy granite, split by frost.* [It was not a proper granite, but a highly metamorphic felspathic gneiss, with very little mica; being, I suspect, a gneiss which by metamorphic action was almost remolten into granite: the lamination was obscure, and marked by faint undulating lines of mica; it cleaves at all angles, but most generally along fissures with highly polished undulated black surfaces. The strike of the same rock near at hand was north-west, and dip north-east, at various angles.] There was no snow on the pass itself, but deep drifts and glaciers descended in hollows on the north side, to 17,000 feet. The rounded northern red shoulder of Kinchinjhow by Cholamoo lake, apparently 19,000 feet high, was quite bare, and, as I have said, I ascended Donkia to upwards of 19,000 feet before I found the rocks crusted with ice,* [Snow, transformed into ice throughout its whole mass: in short, glacial ice in all physical characters.] and the ground wholly frozen. I assume, therefore, that 19,000 feet at this spot is not below the mean level at which all the snow melts that falls on a fair exposure to the south: this probably coincides with a mean temperature of 20 degrees. Forty miles further north (in Tibet) the same line is probably at 20,000 feet; for there much less snow falls, and much more melts in proportion.* [Two secondary considerations materially affecting the melting of snow, and hence exerting a material influence on the elevation of the snow-line, appear to me never to have been sufficiently dwelt upon. Both, however, bear directly upon the great elevation of the snow-line in Tibet. From the imperfect transmission of the heating rays of the sun through films of water, which transmit perfectly the luminous rays, it follows that the direct effects of the rays, in clear sunshine, are very different at equal elevations of the moist outer and dry inner Himalaya. Secondly, naked rock and soil absorb much more heat than surfaces covered with vegetation, and this heat again radiated is infinitely more rapidly absorbed by snow (or other white surfaces) than the direct heat of the sun's rays is. Hence, at equal elevations the ground heats sooner, and the snow is more exposed to the heat thus radiated in arid Tibet, than in the wooded and grassed mountains of Sikkim.] From the elevation of about 19,300 feet, which I attained on Donkia, I saw a fine illustration of that atmospheric phenomenon called the "spectre of the Brocken," my own shadow being projected on a mass of thin mist that rose above the tremendous precipices over which I hung. My head was surrounded with a brilliant circular glory or rainbow.* [Probably caused by spiculae of ice floating in the atmosphere, the lateral surfaces of which would then have an uniform inclination of 60 degrees: this, according to the observations of Mariotte, Venturi, and Fraunhoefer being the angle necessary for the formation of halos.]

The temperature of the Donkia pass is much higher than might be anticipated from its great elevation, and from the fact of its being always bitterly cold to the feelings. This is no doubt due to the warmth of the ascending currents, and to the heat evolved during the condensation of their vapours. I took the following observations:—

Sept. 9, 1.30-3.30 p.m.: Temp. 41.8 degrees, D.P. 30.3 degrees,

Difference 11.5 degrees, Tension 0.1876, Humidity 0.665.

Sept. 27 1.15-3.15 p.m.: Temp. 49.2 degrees, D.P. 32.6 degrees,

Difference 16.6 degrees, Tension 0.2037, Humidity 0.560.

Oct. 19, 3.00-3.30 p.m.: Temp. 40.1 degrees, D.P. 25.0 degrees,

Difference 15.1 degrees, Tension 0.1551, Humidity 0.585.

The first and last of these temperatures were respectively 42.3 degrees and 46.4 degrees lower than Calcutta, which, with the proper deduction for latitude, allows 508 and 460 feet as equivalent to 1 degree Fahr. I left a minimum thermometer on the summit on the 9th of September, and removed it on the 27th, but it had been lifted and turned over by the action of the frost and snow on the loose rocks amongst which I had placed it; the latter appearing to have been completely shifted. Fortunately, the instrument escaped unhurt, with the index at 28 degrees.

A violent southerly wind, with a scud of mist, and sometimes snow, always blew over the pass: but we found shelter on the north face, where I twice kindled a fire, and boiled my thermometers.* [On the 9th of September the boiling-point was 181.3 degrees, and on the 27th, 181.2 degrees. In both observations, I believe the kettle communicated a higher temperature to the thermometer than that of the water, for the elevations deduced are far too low.] On one occasion I felt the pulses of my party several times during two hours' repose (without eating); the mean of eight persons was 105 degrees, the extremes being 92 degrees and 120 degrees, and my own 108 degrees.

One flowering plant ascends to the summit; the alsinaceous one mentioned at chapter xxi. The Fescue grass, a little fern (Woodsia), and a Saussurea* [A pink-flowered woolly Saussurea, and Delphinium qlaciale, are two of the most lofty plants; both being commonly found from 17,500 to 18,000 feet.] ascend very near the summit, and several lichens grow on the top, as Cladonia vermicularis, the yellow Lecidea geographica, and the orange L. miniata;* [This is one of the most Arctic, Antarctic, and universally diffused plants. The other lichens were Lecidea atro-alba, oreina, elegans, and chlorophana, all alpine European and Arctic species. At 17,000 feet occur Lecanora ventosa, physodes, candelaria, sordida, atra, and the beautiful Swiss L. chrysoleuca, also European species.] also some barren mosses. At 18,300 feet, I found on one stone only a fine Scotch lichen, a species of Gyrophora, the "tripe de roche" of Arctic voyagers, and the food of the Canadian hunters; it is also abundant on the Scotch alps.

Before leaving, I took one more long look at the boundless prospect; and, now that its important details were secured, I had leisure to reflect on the impression it produced. There is no loftier country on the globe than that embraced by this view, and no more howling wilderness; well might the Singtam Soubah and every Tibetan describe it as the loftiest, coldest, windiest, and most barren country in the world. Were it buried in everlasting snows, or burnt by a tropical sun, it might still be as utterly sterile; but with such sterility I had long been familiar. Here the colourings are those of the fiery desert or volcanic island, while the climate is that of the poles. Never, in the course of all my wanderings, had my eye rested on a scene so dreary and inhospitable. The "cities of the plain" lie sunk in no more death-like sea than Cholamoo lake, nor are the tombs of Petra hewn in more desolate cliffs than those which flank the valley of the Tibetan Arun.

On our return my pony strained his shoulder amongst the rocks; as a remedy, the Lachoong Phipun plunged a lancet into the muscle, and giving me his own animal, rode mine down.* [These animals, called Tanghan, are wonderfully strong and enduring; they are never shod, and the hoof often cracks, and they become pigeon-toed: they are frequently blind of one eye, when they are called "zemik" (blind ones), but this is thought no great defect. They average 5 pounds to 10 pounds for a good animal in Tibet; and the best fetch 40 pounds to 50 pounds in the plains of India, where they become acclimated and thrive well. Giantchi (Jhansi-jeung of Turner) is the best mart for them in this part of Tibet, where some breeds fetch very high prices. The Tibetans give the foals of value messes of pig's blood and raw liver, which they devour greedily, and it is said to strengthen them wonderfully; the custom is, I believe, general in central Asia. Humboldt (Pens. Nar. iv. p. 320) describes the horses of Caraccas as occasionally eating salt meat.] It drizzled and sleeted all the way, and was dark before we arrived at the tent.

At night the Tibetan dogs are let loose, when they howl dismally: on one occasion they robbed me of all my meat, a fine piece of yak's flesh. The yaks are also troublesome, and bad sleepers; they used to try to effect an entrance into my tent, pushing their muzzles under the flaps at the bottom, and awakening me with a snort and moist hot blast. Before the second night I built a turf wall round the tent; and in future slept with a heavy tripod by my side, to poke at intruders.

Birds flock to the grass about Momay; larks, finches, warblers, abundance of sparrows, feeding on the yak-droppings, and occasionally the hoopoe; waders, cormorants, and wild ducks were sometimes seen in the streams, but most of them were migrating south. The yaks are driven out to pasture at sunrise, and home at sunset, till the middle of the month, when they return to Yeumtong. All their droppings are removed from near the tents, and piled in heaps; as these animals, unlike their masters, will not sleep amid such dirt. These heaps swarm with the maggots of two large flies, a yellow and black, affording abundant food to red-legged crows, ravens, and swallows. Butterflies are rare; the few are mostly Colias, Hipparchia, Polyommatus, and Melitaea; these I have seen feeding at 17,000 feet; when found higher, they have generally been carried up by currents. Of beetles, an Aphodeus, in yak-droppings, and an Elaphrus, a predaceous genus inhabiting swamps, are almost the only ones I saw. The wild quadrupeds are huge sheep, in flocks of fifty, the Ovis Ammon called "Gnow." I never shot one, not having time to pursue them for they were very seldom seen, and always at great elevations. The larger marmot is common, and I found the horns of the "Tchiru" antelope. Neither the wild horse, fox, hare, nor tailless rat, cross the Donkia pass. White clover, shepherd's purse, dock, plantain, and chickweed, are imported here by yaks; but the common Prunella of Europe is wild, and so is a groundsel like Senecio Jacobaea, Ranunculus, Sibbaldia, and 200 other plants. The grasses are numerous; they belong chiefly to Poa, Festuca, Stipa, and other European genera.

I repeatedly attempted to ascend both Kinchinjhow and Donkia from Momay, and generally reached from 18,000 to 19,000 feet, but never much higher.* [An elevation of 20,000 and perhaps 22,000 feet might, I should think, easily be attained by practice, in Tibet, north of Sikkim.] The observations taken on these excursions are sufficiently illustrated by those of Donkia pass: they served chiefly to perfect my map, measure the surrounding peaks, and determine the elevation reached by plants; all of which were slow operations, the weather of this month being so bad that I rarely returned dry to my tent; fog and drizzle, if not sleet and snow, coming on during every day, without exception.

I made frequent excursions to the great glacier of Kinchinjhow. Its valley is about four miles long, broad and flat: Chango-khang* [The elevation of this mountain is about 20,560 feet, by the mean of several observations taken from surrounding localities.] rears its blue and white cliffs 4,500 feet above its west flank, and throws down avalanches of stones and snow into the valley. Hot springs* [Supposing the mean temperature of the air at the elevation of the Momay springs to be 26 degrees or 28 degrees, which may be approximately assumed, and that, as some suppose, the heat of thermal springs is due to the internal temperature of the globe; then according to the law of increment of heat in descending (of 1 degree for fifty feet) we should find the temperature of 110 degrees at a depth of 4,100 feet, or at 11,900 feet above the level of the sea. Direct experiment with internal heat has not, however, been carried beyond 2000 feet below the surface, and as the ratio of increment diminishes with the depth, that above assigned to the temperature of 110 degrees is no doubt much too little. The Momay springs more probably owe their temperature to chemical decomposition of sulphurets of metals. I found pyrites in Tibet on the north flank of the mountain Kinchinjhow, in limestones asasociated with shales.] burst from the ground near some granite rocks on its floor, about 16,000 feet above the sea, and only a mile below the glacier, and the water collects in pools: its temperature is 110 degrees, and in places 116 degrees, or 4 degrees hotter than that of the Yeumtong hot-springs, though 4000 feet higher, and of precisely the same character. A Barbarea and some other plants make the neighbourhood of the hot-springs a little oasis, and the large marmot is common, uttering its sharp, chirping squeak.

The terminal moraine is about 500 feet high, quite barren, and thrown obliquely across the valley, from north-east to south-west, completely hiding the glacier. From its top successive smaller parallel ridges (indicating the periodic retirements of the glacier) lead down to the ice, which must have sunk several hundred feet. This glacier descends from Kinchinjhow, the huge cliff of whose eastern extremity dips into it. The surface, less than half a mile wide, is exceedingly undulated, and covered with large pools of water, ninety feet deep, and beds of snow, and is deeply corroded; gigantic blocks are perched on pinnacles of ice on its surface, and the gravel cones* [For a description of this curious phenomenon, which has been illustrated by Agassiz, see "Forbes's Alps," p. 26 and 347.] are often twenty feet high. The crevassing so conspicuous on the Swiss glaciers is not so regular on this, and the surface appears more like a troubled ocean; due, no doubt, to the copious rain and snow-falls throughout the summer, and the corroding power of wet fogs. The substance of the ice is ribboned, dirt-bands are seen from above to form long loops on some parts, and the lateral moraines, like the terminal, are high above the surface. These notes, made previous to reading Professor Forbes's travels in the Alps, sufficiently show that perpetual snow, whether as ice or glacier, obeys the same laws in India as in Europe; and I have no remarks to offer on the structure of glaciers, that are not well illustrated and explained in the abovementioned admirable work.

Its average slope for a mile above the terminal moraines was less than 5 degrees, and the height of its surface above the sea 16,500 feet by boiling-point; the thickness of its ice probably 400 feet. Between the moraine and the west flank of the valley is a large lake, with terraced banks, whose bottom (covered with fine felspathic silt) is several hundred feet above that of the valley; it is half a mile long, and a quarter broad, and fed partly by glaciers of the second order on Chango-khang and Sebolah, and partly by filtration through the lateral moraine.

Illustration—GNEISS-BLOCK WITH GRANITE BANDS, ON THE KINCHINJHOW

GLACIER.

CHAPTER XXIII.

Donkia glaciers — Moraines — Dome of ice — Honey-combed surface —

Rocks of Donkia — Metamorphic action of granite veins — Accident to

instruments — Sebolah pass — Bees, and May-flies — View —

Temperature — Pulses of party — Lamas and travellers at Momay —

Weather and climate — Dr. Campbell leaves Dorjiling for Sikkim —

Leave Momay — Yeumtong — Lachoong — Retardation of vegetation at

low elevations — Choongtam — Landslips and debacle — Meet Dr.

Campbell — Motives for his journey — Second visit to Lachen valley

— Autumnal tints — Red currants — Lachen Phipun — Tungu —

Scenery — Animals — Poisonous rhododendrons — Fire-wood — Palung

— Elevations — Sitong — Kongra Lama — Tibetans — Enter Tibet —

Desolate scenery — Plants — Animals — Geology — Cholamoo lakes —

Antelopes — Return to Yeumtso — Dr. Campbell lost — Extreme cold

— Headaches — Tibetan Dingpun and guard — Arms and accoutrements

— Temperature of Yeumtso — Migratory birds — Visit of Dingpun —

Yeumtso lakes.

On the 20th of September I ascended to the great Donkia glaciers, east of Momay; the valley is much longer than that leading to the Kinchinjhow glacier, and at 16,000 or 17,000 feet elevation, containing four marshes or lakes, alternating with as many transverse moraines that have dammed the river. These moraines seem in some cases to have been deposited where rocks in the bed of the valley obstructed the downward progress of the ancient glacier; hence, when this latter finally retired, it rested at these obstructions, and accumulated there great deposits, which do not cross the valley, but project from each side obliquely into it. The rocks in situ on the floor of the valley are all moutonneed and polished on the top, sides, and face looking up the valley, but are rugged on that looking down it: gigantic blocks are poised on some. The lowest of the ancient moraines completely crosses the river, which finds, its way between the boulders.

Under the red cliff of Forked Donkia the valley becomes very broad, bare, and gravelly, with a confusion of moraines, and turns more northwards. At the angle, the present terminal moraine rises like a mountain (I assumed it to be about 800 feet high),* [This is the largest and longest terminal moraine backed by an existing glacier that I examined with care: I doubt its being so high as the moraine of the Allalein glacier below the Mat-maark sea in the Sachs valley (Valais, Switzerland); but it is impossible to compare such objects from memory: the Donkia one was much the most uniform in height.] and crosses the valley from N.N.E. to S.S.W. From the summit, which rises above the level of the glacier, and from which I assume its present retirement, a most striking scene opened. The ice filling an immense basin, several miles broad and long, formed a low dome,* [This convexity of the ice is particularly alluded to by Forbes ("Travels in the Alps," p.386), as the "renflement" of Rendu and "surface bombee" of Agassiz, and is attributed to the effects of hydrostatic pressure tending to press the lower layers of ice upwards to the surface. My own impression at the time was, that the convexity of the surface of the Donkia glacier was due to a subjacent mountain spur running south from Donkia itself. I know, however, far too little of the topography of this glacier to advance such a conjecture with any confidence. In this case, as in all similar ones, broad expanses being covered to an enormous depth with ice, the surface of the latter must in some degree be modified by the ridges and valleys it conceals. The typical "surface bombee," which is conspicuous in the Himalaya glaciers, I was wont (in my ignorance of the mechanical laws of glaciers) to attribute to the more rapid melting of the edges of the glacier by the radiated heat of its lateral moraines and of the flanks of the valley that it occupies.] with Forked Donkia on the west, and a serried range of rusty-red scarped mountains, 20,000 feet high on the north and east, separating large tributary glaciers. Other still loftier tops of Donkia appeared behind these, upwards of 22,000 feet high, but I could not recognise the true summit (23,176 feet). The surface was very rugged, and so deeply honey-combed that the foot often sank from six to eight inches in crisp wet ice. I proceeded a mile on it, with much more difficulty than on any Swiss glacier: this was owing to the elevation, and the corrosion of the surface into pits and pools of water; the crevasses being but few and distant. I saw no dirt-bands on looking down upon it from a point I attained under the red cliff of Forked Donkia, at an elevation of 18,307 feet by barometer, and 18,597 by boiling-point. The weather was very cold, the thermometer fell from 41 degrees to 34 degrees, and it snowed heavily after 3 p.m.

The strike of all the rocks (gneiss with granite veins) seemed to be north-east, and dip north-west 30 degrees. Such also were the strike and dip on another spur from Donkia, north of this, which I ascended to 19,000 feet, on the 26th of September: it abutted on the scarped precipices, 3000 feet high, of that mountain. I had been attracted to the spot by its bright orange-red colour, which I found to be caused by peroxide of iron. The highly crystalline nature of the rocks, at these great elevations, is due to the action of veins of fine-grained granite, which sometimes alter the gneiss to such an extent that it appears as if fused into a fine granite, with distinct crystals of quartz and felspar; the most quartzy layers are then roughly crystallized into prisms, or their particles are aggregated into spheres composed of concentric layers of radiating crystals, as is often seen in agates. The rearrangement of the mineral constituents by heat goes on here just as in trap, cavities filled with crystals being formed in rocks exposed to great heat and pressure. Where mica abounds, it becomes black and metallic; and the aluminous matter is crystallised in the form of garnets.

Illustration—SUMMIT OF FORKED DONKIA, AND "GOA" ANTELOPES.

At these great heights the weather was never fine for more than an hour at a time, and a driving sleet followed by thick snow drove me down on both these occasions. Another time I ascended a third spur from this great mountain, and was overtaken by a heavy gale and thunderstorm, the latter is a rare phenomenon: it blew down my tripod and instruments which I had thought securely Propped with stones, and the thermometers were broken, but fortunately not the barometer. On picking up the latter, which lay with its top down the hill, a large bubble of air appeared, which I passed up and down the tube, and then allowed to escape; when I heard a rattling of broken glass in the cistern. Having another barometer* [This barometer (one of Newman's portable instruments) I have now at Kew: it was compared with the Royal Society's standard before leaving England; and varied according to comparisons made with the Calcutta standard 0.012 during its travels; on leaving Calcutta its error was 0; and on arriving in England, by the standard of the Royal Society, +.004. I have given in the Appendix some remarks on the use of these barometers, which (though they have obvious defects), are less liable to derangement, far more portable, and stand much heavier shocks than those of any other construction with which I am familiar.] at my tent, I hastened to ascertain by comparison whether the instrument which had travelled with me from England, and taken so many thousand observations, was seriously damaged: to my delight an error of 0.020 was all I could detect at Momay and all other lower stations. On my return to Dorjiling in December, I took it to pieces, and found the lower part of the bulb of the attached thermometer broken off, and floating on the mercury. Having quite expected this, I always checked the observations of the attached thermometer by another, but—how, it is not easy to say—the broken one invariably gave a correct temperature.

Illustration—VIEW FROM AN ELEVATION OF 18,000 FEET OF THE EAST TOP

OF KINCHINJHOW, AND OF TIBET, OVER THE RIDGE THAT CONNECTS IT WITH

DONKIA. WILD SHEEP (OVIS AMMON) IN THE FOREGROUND.

The Kinchinjhow spurs are not accessible to so great an elevation as those of Donkia, but they afford finer views over Tibet, across the ridge connecting Kinchinjow with Donkia.

Broad summits here, as on the opposite side of the valley, are quite bare of snow at 18,000 feet, though where they project as sloping hog-backed spurs from the parent mountain, the snows of the latter roll down on them and form glacial caps, the reverse of glaciers in valleys, but which overflow, as it were, on all sides of the slopes, and are ribboned* [The convexity of the curves, however, seems to be upwards. Such reversed glaciers, ending abruptly on broad stony shoulders quite free of snow, should on no account be taken as indicating the lower limit of perpetual snow.] and crevassed.

On the 18th of September I ascended the range which divides the Lachen from the Lachoong valley, to the Sebolah pass, a very sharp ridge of gneiss, striking north-west and dipping north-east, which runs south from Kinchinjhow to Chango-khang. A yak-track led across the Kinchinjhow glacier, along the bank of the lake, and thence westward up a very steep spur, on which was much glacial ice and snow, but few plants above 16,000 feet. At nearly 17,000 feet I passed two small lakes, on the banks of one of which I found bees, a May-fly (Ephemera) and gnat; the two latter bred on stones in the water, which (the day being fine) had a temperature of 53 degrees, while that of the large lake at the glacier, 1000 feet lower, was only 39 degrees.

The view from the summit commands the whole castellated front of Kinchinjhow, the sweep of the Donkia cliffs to the east, Chango-khang's blunt cone of ribbed snow* [This ridging or furrowing of steep snow-beds is explained at vol. i, chapter x.] over head, while to the west, across the grassy Palung dunes rise Chomiomo, the Thlonok mountains, and Kinchinjunga in the distance.* [The latter bore 241 degrees 30 minutes; it was distant about thirty-four miles, and subtended an angle of 3 degrees 2 minutes 30 seconds. The rocks on its north flanks were all black, while those forming the upper 10,000 feet of the south face were white: hence, the top is probably granite, overlaid by the gneiss on the north.] The Palung plains, now yellow with withered grass, were the most curious part of the view: hemmed in by this range which rises 2000 feet above them, and by the Lachen hills on the east, they appeared a dead level, from which Kinchinjhow reared its head, like an island from the ocean.* [It is impossible to contemplate the abrupt flanks of all these lofty mountains, without contrasting them with the sloping outlines that prevail in the southern parts of Sikkim. All such precipices are, I have no doubt, the results of sea action; and all posterior influence of sub-aerial action, aqueous or glacial, tends to wear these precipices into slopes, to fill up valleys and to level mountains. Of all such influences heavy rain-falls and a luxuriant vegetation are probably the most active; and these features are characteristic of the lower valleys of Sikkim, which are consequently exposed to very different conditions of wear and tear from those which prevail on these loftier rearward ranges.] The black tents of the Tibetans were still there, but the flocks were gone. The broad fosse-like valley of the Chachoo was at my feet, with the river winding along its bottom, and its flanks dotted with black juniper bushes.

The temperature at this elevation, between 1 and 3 p.m., varied from 38 degrees to 59 degrees; the mean being 46.5 degrees, with the dew-point 34.6 degrees. The height I made 17,585 feet by barometer, and 17,517 by boiling-point. I tried the pulses of eight, persons after two hours' rest; they varied from 80 to 112, my own being 104. As usual at these heights, all the party were suffering from giddiness and headaches.

Throughout September various parties passed my tent at Momay, generally Lamas or traders: the former, wrapped in blankets, wearing scarlet and gilt mitres, usually rode grunting yaks, which were sometimes led by a slave-boy or a mahogany-faced nun, with a broad yellow sheep-skin cap with flaps over her ears, short petticoats, and striped boots. The domestic utensils, pots, pans, and bamboos of butter, tea-churn, bellows, stools, books, and sacred implements, usually hung rattling on all sides of his holiness, and a sumpter yak carried the tents and mats for sleeping. On several occasions large parties of traders, with thirty or forty yaks* [About 600 loaded yaks are said to cross the Donkia pass annually.] laden with planks, passed, and occasionally a shepherd with Tibet sheep, goats, and ponies. I questioned many of these travellers about the courses of the Tibetan rivers; they all agreed* [One lad only, declared that the Kambajong river flowed north-west to Dobtah and Sarrh, and thence turned north to the Yaru; but all Campbell's itineraries, as well as mine, make the Dobtah lake drain into the Chomachoo, north of Wallanchoon; which latter river the Nepalese also affirm flows into Nepal, as the Arun. The Lachen and Lachoong Phipuns both insisted on this, naming to me the principal towns on the way south-west from Kambajong along the river to Tingri Maidan, via Tashirukpa Chait, which is north of Wallanchoon pass.] in stating the Kambajong or Chomachoo liver, north of the Lachen, to be the Arun of Nepal, and that it rose near the Ramchoo lake (of Turner's route). The lake itself discharges either into the Arun, or into the Painomchoo (flowing to the Yaru); but this point I could never satisfactorily ascertain.

The weather at Momay, during September, was generally bad after 11 a.m.: little snow or rain fell, but thin mists and drizzle prevailed; less than one inch and a half of rain was collected, though upwards of eleven fell at Calcutta, and rather more at Dorjiling. The mornings were sometimes fine, cold, and sunny, with a north wind which had blown down the valley all night, and till 9 a.m., when the south-east wind, with fog, came on. Throughout the day a north current blew above the southern; and when the mist was thin; the air sparkled with spiculae of snow, caused by the cold dry upper current condensing the vapours of the lower. This southern current passes over the tops of the loftiest mountains, ascending to 24,000 feet, and discharging frequent showers in Tibet, as far north as Jigatzi, where, however, violent dry easterly gales are the most prevalent.

The equinoctial gales set in on the 21st, with a falling barometer, and sleet at night; on the 23rd and 24th it snowed heavily, and being unable to light a fire at the entrance of my tent, I spent two wretched days, taking observations; on the 25th it cleared, and the snow soon melted. Frosty nights succeeded, but the thermometer only fell to 31 degrees once during the month, and the maximum once rose to 62.5 degrees. The mean temperature from the 9th to the 30th September was 41.6 degrees,* [The result of fifty-six comparative observations between Calcutta and Momay, give 40.6 degrees difference, which, after corrections, allows 1 degree Fahr. for every 438 feet of ascent.] which coincided with that of 8 a.m. and 8 p.m.; the mean maximum, 52.2 degrees, minimum, 34.7 degrees, and consequent range, 17.5 degrees.* [At Dorjiling the September range is only 9.5 degrees; and at Calcutta 10 degrees.] On seven nights the radiating thermometer fell much below the temperature of the air, the mean being 10.5 degrees and maximum 14.2 degrees; and on seven mornings the sun heated the black-bulb thermometer considerably, on the mean to 62.6 degrees above the air; maximum 75.2 degrees, and minimum, 43 degrees. The greatest heat of the day occurred at noon: the most rapid rise of temperature (5 degrees) between 8 and 9 a.m., and the greatest fall (5.5 degrees), between 3 and 4 p.m. A sunk thermometer fell from 52.5 degrees to 51.5 degrees between the 11th and 14th, when I was obliged to remove the thermometer owing to the accident mentioned above. The mercury in the barometer rose and fell contemporaneously with that at Calcutta and Dorjiling, but the amount of tide was considerably less, and, as is usual during the equinoctial month, on some days it scarcely moved, whilst on others it rose and fell rapidly. The tide amounted to 0.062 of an inch.

On the 28th of the month the Singtam Soubah came up from Yeumtong, to request leave to depart for his home, on account of his wife's illness; and to inform me that Dr. Campbell had left Dorjiling, accompanied (in compliance with the Rajah's orders) by the Tchebu Lama. I therefore left Momay on the 30th, to meet him at Choongtam, arriving at Yeumtong the same night, amid heavy rain and sleet.

Autumnal tints reigned at Yeumtong, and the flowers had disappeared from its heath-like flat; a small eatable cherry with a wrinkled stone was ripe, and acceptable in a country so destitute of fruit.* [The absence of Vaccinia (whortleberries and cranberries) and eatable Rubi (brambles) in the alpine regions of the Himalaya is very remarkable, and they are not replaced by any substitute. With regard to Vaccinium, this is the more anomalous, as several species grow in the temperate regions of Sikkim.] Thence I descended to Lachoong, on the 1st of October, again through heavy rain, the snow lying on the Tunkra mountain at 14,000 feet. The larch was shedding its leaves, which turn red before they fall; but the annual vegetation was much behind that at 14,000 feet, and so many late flowerers, such as Umbelliferae and Compositae, had come into blossom, that the place still looked gay and green: the blue climbing gentian (Crawfurdia) now adorned the bushes; this plant would be a great acquisition in English gardens. A Polygonum still in flower here, was in ripe fruit near Momay, 6000 feet higher up the valley.

On the following day I made a long and very fatiguing march to Choongtam, but the coolies were not all able to accomplish it. The backwardness of the flora in descending was even more conspicuous than on the previous day: the jungles, at 7000 feet, being gay with a handsome Cucurbitaceous plant. Crossing the Lachoong cane-bridge, I paid the tribute of a sigh to the memory of my poor dog, and reached my old camping-ground at Choongtam by 10 p.m., having been marching rapidly for twelve hours. My bed and tent came up two hours later, and not before the leeches and mosquitos had taxed me severely. On the 4th of October I heard the nightingale for the first time this season.

Expecting Dr. Campbell on the following morning, I proceeded down the river to meet him: the whole valley was buried under a torrent or debacle of mud, shingle, and boulders, and for half a mile the stream was dammed up into a deep lake. Amongst the gneiss and granite boulders brought down by this debacle, I collected some actinolites; but all minerals are extremely rare in Sikkim and I never heard of a gem or crystal of any size or beauty, or of an ore of any consequence, being found in this country.

I met my friend on the other side of the mud torrent, and I was truly rejoiced to see him, though he was looking much the worse for his trying journey through the hot valleys at this season; in fact, I know no greater trial of the constitution than the exposure and hard exercise that is necessary in traversing these valleys, below 5000 feet, in the rainy season: delay is dangerous, and the heat, anxiety, and bodily suffering from fatigue, insects, and bruises, banish sleep, and urge the restless traveller onward to higher and more healthy regions. Dr. Campbell had, I found, in addition to the ordinary dangers of such a journey, met with an accident which might have proved serious; his pony having been dashed to pieces by falling over a precipice, a fate he barely escaped himself, by adroitly slipping from the saddle when he felt the animal's foot giving way.

On our way back to Choongtam, he detailed to me the motives that had led to his obtaining the authority of the Deputy-Governor of Bengal (Lord Dalhousie being absent) for his visiting Sikkim. Foremost, was his earnest desire to cultivate a better understanding with the Rajah and his officers. He had always taken the Rajah's part, from a conviction that he was not to blame for the misunderstandings which the Sikkim officers pretended to exist between their country and Dorjiling; he had, whilst urgently remonstrating with the Rajah, insisted on forbearance on my part, and had long exercised it himself. In detailing the treatment to which I was subjected, I had not hesitated to express my opinion that the Rajah was more compromised by it than his Dewan: Dr. Campbell, on the contrary, knew that the Dewan was the head and front of the whole system of annoyance. In one point of view it mattered little who was in the right; but the transaction was a violation of good faith on the part of the Sikkim government towards the British, for which the Rajah, however helpless, was yet responsible. To act upon my representations alone would have been unjust, and no course remained but for Dr. Campbell to inquire personally into the matter. The authority to do this gave him also the opportunity of becoming acquainted with the country which we were bound to protect, as well by our interest as by treaty, but from which we were so jealously excluded, that should any contingency occur, we were ignorant of what steps to take for defence, and, indeed, of what we should have to defend.

On the 6th of October we left Choongtam for my second visit to the Kongra Lama pass, hoping to get round by the Cholamoo lakes and the Donkia pass. As the country beyond the frontier was uninhabited, the Tchebu Lama saw no difficulty in this, provided the Lachen Phipun and the Tibetans did not object. Our great obstacle was the Singtam Soubah, who (by the Rajah's order) accompanied us to clear the road, and give us every facility, but who was very sulky, and undisguisedly rude to Campbell; he was in fact extremely jealous of the Lama, who held higher authority than he did, and who alone had the Rajah's confidence.

Our first day's march was of about ten miles to one of the river-flats, which was covered with wild apple-trees, whose fruit, when stewed with sugar, we found palatable. The Lachen river, though still swollen, was comparatively clear; the rains usually ceasing, or at least moderating, in October: its water was about 5 degrees colder than in the beginning of August.

During the second day's march we were stopped at the Taktoong river by the want of a bridge, which the Singtam Soubah refused to exert himself to have repaired; its waters were, however, so fallen, that our now large party soon bridged it with admirable skill. We encamped the second night on Chateng, and the following day made a long march, crossing the Zemu, and ascending half-way to Tallum Samdong. The alpine foliage was rapidly changing colour; and that of the berberry turning scarlet, gave a warm glow to the mountain above the forest. Lamteng village was deserted: turnips were maturing near the houses, and buckwheat on the slope behind; the latter is a winter-crop at lower elevations, and harvested in April. At Zemu Samdong the willow-leaves were becoming sear and yellow, and the rose-bushes bore enormous scarlet hips, two inches long, and covered with bristles; they were sweet, and rather good eating. Near Tungu (where we arrived on the 9th) the great Sikkim currant was in fruit; its berries are much larger than the English, and of the same beautiful red colour, but bitter and very acid; they are, however, eaten by the Tibetans, who call them "Kewdemah."

Near the village I found Dr. Campbell remonstrating with the Lachen Phipun on the delays and rude treatment I had received in June and July: the man, of course, answered every question with falsehoods, which is the custom of these people, and produced the Rajah's orders for my being treated with every civility, as a proof that he must have behaved as he ought! The Singtam Soubah, as was natural, hung back, for it was owing to him alone that the orders had been contravened, and the Phipun appealed to the bystanders for the truth of this.

The Phipun (accompanied by his Larpun or subordinate officer) had prepared for us a sumptuous refreshment of tea soup, which was brewing by the road, and in which all animosities were soon washed away. We took up our abode at Tungu in a wooden but under the great rock, where we were detained for several days by bad weather. I was assured that during all August and September the weather had been uniformly gloomy, as at Momay, though little rain had fallen.

We had much difficulty in purchasing a sufficient dumber of blankets* [These were made of goat's wool, teazed into a satiny surface by little teazle-like brushes of bamboo.] for our people, and in arranging for our journey, to which the Lachen Phipun was favourable, promising us ponies for the expedition. The vegetation around was wholly changed since my July visit: the rhododendron scrub was verdigris-green from the young leaves which burst in autumn, and expose at the end of each branchlet a flower-bud covered with resinous scales, which are thrown off in the following spring. The jungle was spotted yellow with the withered birch, maple and mountain-ash, and scarlet with berberry bushes; while above, the pastures were yellow-brown with the dead grass, and streaked with snow.

Amongst other luxuries, we procured the flesh of yak calves, which is excellent veal: we always returned the foot for the mother to lick while being milked, without which she yields nothing. The yak goes nine months with calf, and drops one every two years, bearing altogetber ten or twelve: the common Sikkim cow of lower elevations, at Dorjiling invariably goes from nine and a half to ten months, and calves annually: ponies go eleven months, and foal nearly every year. In Tibet the sheep are annually sheared; the ewes drop their young in spring and autumn, but the lambs born at the latter period often die of cold and starvation, and double lambing is unknown; whereas, in the plains of Bengal (where, however, sheep cannot be said to thrive without pulse fodder) twins are constantly born. At Dorjiling the sheep drop a lamb once in the season. The Tibetan mutton we generally found dry and stringy.

In these regions many of my goats and kids had died foaming at the mouth and grinding their teeth; and I here discovered the cause to arise from their eating the leaves of _Rhododendron cinnabarinum* [The poisonous honey produced by other species is alluded to at vol. i., chapter ix. An Andromeda and a Gualtheria, I have been assured are equally deleterious.] ("Kema Kechoong," Lepcha: Kema signifying Rhododendron): this species alone is said to be poisonous; and when used as fuel, it causes the face to swell and the eyes to inflame; of which I observed several instances. As the subject of fire-wood is of every-day interest to the traveller in these regions, I may here mention that the rhododendron woods afford poor fires; juniper burns the brightest, and with least smoke. Abies Webbiana, though emitting much smoke, gives a cheerful fire, far superior to larch,* [The larch of northern Asia (Larix Europoea) is said to produce a pungent smoke, which I never observed to be the case with the Sikkim species.] spruce, or Abies Brunoniana. At Dorjiling, oak is the common fuel; alder is also good. Chestnut is invariably used for blacksmith's charcoal. Magnolia has a disagreeable odour, and laurel burns very badly.

The phenomenon of phosphorescence is most conspicuous on stacks of fire-wood. At Dorjiling, during the damp, warm, summer months (May to October), at elevations of 5000 to 8000 feet, it may be witnessed every night by penetrating a few yards into the forest—at least it was so in 1848 and 1849; and during my stay there billets of decayed wood were repeatedly sent to me by residents, with inquiries as to the cause of their luminosity. It is no exaggeration to say that one does not need to move from the fireside to see this phenomenon, for if there is a partially decayed log amongst the fire-wood, it is almost sure to glow with a pale phosphoric light. A stack of fire-wood, collected near my host's (Mr. Hodgson) cottage, presented a beautiful spectacle for two months (in July and August), and on passing it at night, I had to quiet my pony, who was always alarmed by it. The phenomenon invariably accompanies decay, and is common on oak, laurel (Tetranthera), birch, and probably other timbers; it equally appears on cut wood and on stumps, but is most frequent on branches lying close to the ground in the wet forests. I have reason to believe that it spreads with great rapidity from old surfaces to freshly cut ones. That it is a vital phenomenon, and due to the mycelium of a fungus, I do not in the least doubt, for I have observed it occasionally circumscribed by those black lines which are often seen to bound mycelia on dead wood, and to precede a more rapid decay. I have often tried, but always in vain, to coax these mycelia into developing some fungus, by placing them in damp rooms, etc. When camping in the mountains, I frequently caused the natives to bring phosphorescent wood into my tent, for the pleasure of watching its soft undulating light, which appears to pale and glow with every motion of the atmosphere; but except in this difference of intensity, it presents no change in appearance night after night. Alcohol, heat, and dryness soon dissipate it; electricity I never tried. It has no odour, and my dog, who had a fine sense of smell, paid no heed when it was laid under his nose.* [As far as my observations go, this phenomenon of light is confined to the lower orders of vegetable life, to the fungi alone, and is not dependent on irritability. I have never seen luminous flowers or roots, nor do I know of any authenticated instance of such, which may not be explained by the presence of mycelium or of animal life. In the animal kingdom, luminosity is confined, I believe, to the Invertebrata, and is especially common amongst the Radiata and Mollusca; it is also frequent in the Entromostracous Crustacea, and in various genera of most orders of insects. In all these, even in the Sertulariae, I have invariably observed the light to be increased by irritation, in which respect the luminosity of animal life differs from that of vegetable.]

The weather continuing bad, and snow falling, the country people began to leave for their winter-quarters at Lamteng. In the evenings we enjoyed the company of the Phipun and Tchebu Lama, who relished a cup of sugarless tea more than any other refreshment we could offer. From them we collected much Tibetan information:—the former was an inveterate smoker, using a pale, mild tobacco, mixed largely with leaves of the small wild Tibetan Rhubarb, called "Chula." Snuff is little used, and is principally procured from the plains of India.

We visited Palung twice, chiefly in hopes that Dr. Campbell might see the magnificent prospect of Kinchinjhow from its plains: the first time we gained little beyond a ducking, but on the second (October the 15th) the view was superb; and I likewise caught a glimpse of Kinchinjunga from the neighbouring heights, bearing south 60 degrees west and distant forty miles. I also measured barometrically the elevation at the great chait on the plains, and found it 15,620 feet, and by carefully boiled thermometers, 15,283, on the 13th October, and 15,566 on the 15th: the difference being due to the higher temperature on the latter day, and to a rise of 0.3 degree on both boiling-point thermometers above what the same instruments stood at on the 13th. The elevation of Tungu from the October barometrical observations was only seven feet higher than that given by those of July; the respective heights being 12,766 feet in July, and 12,773 in October.* [The elevation of Tungu by boiling-point was 12,650 feet by a set of July observations, 12,818 by a set taken on the 11th of October, and 12,544 by a set on the 14th of October: the discrepancies were partly due to the temperature corrections, but mainly to the readings of the thermometers, which were— July 28, sunset 189.5, air 47.3 degrees, elev. 12,650 Oct. 11, noon 189.5, air 37.6 degrees, elev. 12,818 Oct. 14, sunset 190.1, air 45.3 degrees, elev. 12,544] The mean temperature had fallen from 50 degrees in July to 41 degrees, and that of the sunk thermometer from 57 degrees to 51.4 degrees. The mean range in July was 23.3 degrees, and in October 13.8 degrees; the weather during the latter period being, however, uniformly cold and misty, this was much below the mean monthly range, which probably exceeds 30 degrees. Much more rain fell in October at Tungu than at Dorjiling, which is the opposite to what occurs during the rainy season.

October 15th. Having sent the coolies forward, with instructions to halt and camp on this side of the Kongra Lama pass, we followed them, taking the route by Palung, and thence over the hills to the Lachen, to the east of which we descended, and further up its valley joined the advanced party in a rocky glen, called Sitong, an advantageous camping ground, from being sheltered by rocks which ward off the keen blasts: its elevation is 15,370 feet above the sea, and the magnificent west cliff of Kinchinjhow towers over it not a mile distant, bearing due east, and subtending an angle of 24.3 degrees. The afternoon was misty, but at 7 p.m. the south-east wind fell, and was immediately succeeded by the biting north return current, which dispelled the fog: hoar-frost sparkled on the ground, and the moon shone full on the snowy head of Kinchinjhow, over which the milky-way and the broad flashing orbs of the stars formed a jewelled diadem. The night was very windy and cold, though the thermometer fell no lower than 22 degrees, that placed in a polished parabolic reflector to 20 degrees, and another laid on herbage to 17.5 degrees.

On the 16th we were up early. I felt very anxious about the prospect of our getting round by Donkia pass and Cholamoo, which would enable me to complete the few remaining miles of my long survey of the Teesta river, and which promised immense results in the views I should obtain of the country, and of the geology and botany of these lofty snowless regions. Campbell, though extremely solicitous to obtain permission from the Tibetan guard, (who were waiting for us on the frontier), was nevertheless bound by his own official position to yield at once to their wishes, should they refuse us a passage.

The sun rose on our camp at 7.30 a.m., when the north wind fell; and within an hour afterwards the temperature had risen to 45 degrees. Having had our sticks* [It was an invariable custom of our Lepcba and Tibetan attendants, to warm the handles of our sticks in cold weather, before starting on our daily marches. This is one of many little instances I could adduce, of their thoughtfulness and attention to the smallest comforts of the stranger and wanderer in their lands.] warmed and handed to us, we started on ponies, accompanied by the Lama only, to hold a parley with the Tibetans; ordering the rest of the party to follow at their leisure. We had not proceeded far when we were joined by two Tibetan Sepoys, who, on our reaching the pass, bellowed lustily for their companions; when Campbell and the Lama drew up at the chait of Kongra Lama, and announced his wish to confer with their commandant.

My anxiety was now wound up to a pitch; I saw men with matchlocks emerging from amongst the rocks under Chomiomo, and despairing of permission being obtained, I goaded my pony with heels and stick, and dashed on up the Lachen valley, resolved to make the best of a splendid day, and not turn back till I had followed the river to the Cholamoo lakes: The Sepoys followed me a few paces, but running being difficult at 16,000 feet, they soon gave up the chase.

A few miles ride in a north-east direction over an open, undulating country, brought me to the Lachen, flowing westwards in a broad, open, stony valley, bounded by Kinchinjhow on the south, (its face being as precipitous as that on the opposite side), and on the north by the Peukathlo, a low range of rocky, sloping mountains, of which the summits were 18,000 to 19,000 feet above the sea. Enormous erratic blocks of gneiss strewed the ground, which was sandy or gravelly, and cut into terraces along the shallow, winding river, the green and sparkling waters of which rippled over pebbles, or expanded into lagoons. The already scanty vegetation diminished rapidly: it consisted chiefly of scattered bushes of a dwarf scrubby honeysuckle and tufts of nettle, both so brittle as to be trodden into powder, and the short leafless twiggy Ephedra, a few inches higher. The most alpine rhododendron (R. nivale) spread its small rigid branches close to the ground; the hemispherical Arenaria, another type of sterility, rose here and there, and tufts of Myosotis, Artemisia, Astragali, and Adrosace, formed flat cushions level with the soil. Grass was very scarce, but a running wiry sedge (Carex Moorcroftii) bound the sand, like the Carex arenaria of our English coasts.

A more dismally barren country cannot well be conceived, nor one more strongly contrasting with the pastures of Palung at an equal elevation. The long lofty wall of Kinchinjhow and Donkia presents an effectual barrier to the transmission of moisture to the head of the Lachen valley, which therefore becomes a type of such elevations in Tibet. As I proceeded, the ground became still more sandy, chirping under the pony's feet; and where harder, it was burrowed by innumerable marmots, foxes, and the "Goomchen," or tail-less rat (Lagomys badius), sounding hollow to the tread, and at last becoming so dangerous that I was obliged to dismount and walk.

The geological features changed as rapidly as those of the climate and vegetation, for the strike of the rocks being north-west, and the dip north-east, I was rising over the strata that overlie the gneiss. The upper part of Kinchinjhow is composed of bold ice-capped cliffs of gneiss; but the long spurs that stretch northwards from it are of quartz, conglomerates, slates, and earthy red clays, forming the rounded terraced hills I had seen from Donkia pass. Between these spurs were narrow valleys, at whose mouths stupendous blocks of gneiss rest on rocks of a much later geological formation.

Opposite the most prominent of these spurs the river (16,800 feet above the sea) runs west, forming marshes, which were full of Zannichellia palustris and Ranunculus aquatilis, both English and Siberian plants: the waters contained many shells, of a species of Lymnaea;* [This is the most alpine living shell in the world; my specimens being from nearly 17,000 feet elevation; it is the Lymnaea Hookeri, Reeve ("Proceedings of the Zoological Society," No. 204).] and the soil near the edge, which was covered with tufts of short grass, was whitened with effloresced carbonate of soda. Here were some square stone enclosures two feet high, used as pens, and for pitching tents in; within them I gathered some unripe barley.

Beyond this I recognised a hill of which I had taken bearings from Donkia pass, and a few miles further, on rounding a great spur of Kinchinjunga, I arrived in sight of Cholamoo lakes, with the Donkia mountain rearing its stupendous precipices of rock and ice on the east. My pony was knocked up, and I felt very giddy from the exertion and elevation; I had broken his bridle, and so led him on by my plaid for the last few miles to the banks of the lake; and there, with the pleasant sound of the waters rippling at my feet, I yielded for a few moments to those emotions of gratified ambition which, being unalloyed by selfish considerations for the future; become springs of happiness during the remainder of one's life.

The landscape about Cholamoo lakes was simple in its elements, stern and solemn; and though my solitary situation rendered it doubly impressive to me, I doubt whether the world contains any scene with more sublime associations than this calm sheet of water, 17,000 feet above the sea, with the shadows of mountains 22,000 to 24,000 feet high, sleeping on its bosom.

There was much short grass about the lake, on which large antelopes, "Chiru" (Antilope Hodgsoni,* [I found the horns of this animal on the south side of the Donkia pass, but I never saw a live one except in Tibet. The Procapra is described by Mr. Hodgson, "Bengal As. Soc. Jour., 1846, p. 388," and is introduced into the cut in this chapter.] and deer, "Goa" (Procapra picticaudata, Hodgson), were feeding. There were also many slate-coloured hales with white rumps (Lepus oiostolus), with marmots and tail-less rats. The abundance of animal life was wonderful, compared with the want of it on the south side of Donkia pass, not five miles distant in a straight line! it is partly due to the profusion of carbonate of soda, of which all ruminants are fond, and partly to the dryness of the climate, which is favourable to all burrowing quadrupeds. A flock of common English teal were swimming in the lake, the temperature of which was 55 degrees.

Illustration—ANTELOPE'S HEAD.* {The accompanying figures of the heads of the Chiru (Antilope Hodgsoni), were sketched by Lieut. Maxwell (of the Bengal Artillery), from a pair brought to Dorjiling; it is the so-called unicorn of Tibet, and of MM. HuC and Gabet's narrative,—a name which the profile no doubt suggested.]

I had come about fifteen miles from the pass, and arrived at 1 p.m., remaining half an hour. I could not form an idea as to whether Campbell had followed or not, and began to speculate on the probability of passing the night in the open air, by the warm side of my steed. Though the sun shone brightly, the wind was bitterly cold, and I arrived at the stone dykes of Yeumtso at 3 p.m., quite exhausted with fatigue and headache. I there found, to my great relief, the Tchebu Lama and Lachen Phipun: they were in some alarm at my absence, for they thought I was not aware of the extreme severity of the temperature on the north side of the snows, or of the risk of losing my way; they told me that after a long discourse with the Dingpun (or commander) of the Tibetan Sepoys, the latter had allowed all the party to pass; that the Sepoys had brought on the coolies, who were close behind, but that they themselves had seen nothing of Campbell; of whom the Lama then went in search.

The sun set behind Chomiomo at 5 p.m., and the wind at once dropped, so local are these violent atmospheric currents, which are caused by the heating of the upper extremities of these lofty valleys, and consequent rarefaction of the air. Intense terrestrial radiation immediately follows the withdrawal of the sun's rays, and the temperature sinks rapidly.

Soon after sunset the Lama returned, bringing Campbell; who, having mistaken some glacier-fed lakes at the back of Kinchinjhow for those of Cholamoo, was looking for me. He too had speculated on having to pass the night under a rock, with one plaid for himself and servant; in which case I am sure they would both have been frozen to death, having no pony to lie down beside. He told me that after I had quitted Kongra Lama, leaving him with the Tchebu Lama and Phipun, the Dingpun and twenty men came up, and very civilly but formally forbade their crossing the frontier; but that upon explaining his motives, and representing that it would save him ten days' journey, the Dingpun had relented, and promised to conduct the whole party to the Donkia pass.

We pitched our little tent in the corner of the cattle-pen, and our coolies soon afterwards came up; mine were in capital health, though suffering from headaches, but Campbell's were in a distressing state of illness and fatigue, with swollen faces and rapid pulses, and some were insensible from symptoms like pressure on the brain;* [I have never experienced bleeding at the nose, ears, lips or eyelids, either in my person or that of my companions, on these occasions; nor did I ever meet with a recent traveller who has. Dr. Thomson has made the same remark, and when in Switzerland together we were assured by Auguste Balmat, Francois Coutet, and other experienced Mont Blanc guides, that they never witnessed these symptoms nor the blackness of the sky, so frequently insisted upon by alpine travellers.] these were chiefly Ghorkas (Nepalese). The Tibetan Dingpun and his guard arrived last of all, he was a droll little object, short, fat, deeply marked with small-pox, swarthy, and greasy; he was robed in a green woollen mantle, and was perched on the back of a yak, which also carried his bedding, and cooking utensils, the latter rattling about its flanks, horns, neck, and every point of support: two other yaks bore the tents of the party. His followers were tall savage looking fellows, with broad swarthy faces, and their hair in short pig-tails. They wore the long-sleeved cloak, short trousers, and boots, all of thick woollen, and felt caps on their heads. Each was armed with a long matchlock slung over his back, with a moveable rest having two prongs like a fork, and a hinge, so as to fold up along the barrel, when the prongs project behind the shoulders like antelope horns, giving the uncouth warrior a droll appearance. A dozen cartridges, each in an iron case, were slung round the waist, and they also wore the long knife, flint, steel, and iron tobacco-pipe, pouch, and purse, suspended to a leathern girdle.

The night was fine, but intensely cold, and the vault of heaven was very dark, and blazing with stars; the sir was electrical, and flash lightning illumined the sky; this was the reflection of a storm that was not felt at Dorjiling, but which raged on the plains of India, beyond the Terai, fully 120 miles, and perhaps 150, south of our position. No thunder was heard. The thermometer fell to 5 degrees, and that in the reflector to 3.5 degrees; at sunrise it rose to 10 degrees, and soon after 8 a.m. to 33 degrees; till this hour the humidity was great, and a thin mist hung over the frozen surface of the rocky ground; when this dispersed, the air became very dry, and the black-bulb thermometer in the sun rose 60 degrees above the temperature in the shade. The light of the sun, though sometimes intercepted by vapours aloft, was very brilliant.* [My black glass photometer shut out the sun's disc at 10.509 inches, from the mean of four sets of observations taken between 7 and 10 a.m.]

This being the migrating season, swallows flitted through the air; finches, larches, and sparrows were hopping over the sterile soil, seeking food, though it was difficult to say what. The geese* [An enormous quantity of water-fowl breed in Tibet, including many Indian species that migrate no further north. The natives collect their eggs for the markets at Jigatzi, Giantchi, and Lhassa, along the banks of the Yarn river, Ramchoo, and Yarbru and Dochen lakes. Amongst other birds the Sara, or great crane of India (see "Turner's Tibet," p. 212), repairs to these enormous elevations to breed. The fact of birds characteristic of the tropics dwelling for months in such climates is a very instructive one, and should be borne in mind in our speculations upon the climate supposed to be indicated by the imbedded bones of birds.] which had roosted by the river, cackled; the wild ducks quacked and plumed themselves; ouzels and waders screamed or chirped; and all rejoiced as they prepared themselves for the last flight of the year, to the valleys of the southern Himalaya, to the Teesta, and other rivers of the Terai and plains of India.

The Dingpun paid his respects to us in the morning, wearing, besides his green cloak, a white cap with a green glass button, denoting his rank; he informed us that he had written to his superior officer at Kambajong, explaining his motives for conducting us across the frontier, and he drew from his breast a long letter, written on Daphne* [Most of the paper used in Tibet is, as I have elsewhere noticed, made from the bark of various species of Daphneae, and especially of Edgeworthia Gardneri, and is imported from Nepal and Bhotan; but the Tibetans, as MM. Huc and Gabet correctly state, manufacture a paper from the root of a small shrub: this I have seen, and it is of a much thicker texture and more durable than Daphne paper. Dr. Thomson informs me that a species of Astragalus is used in western Tibet for this purpose, the whole shrub, which is dwarf, being reduced to pulp.] paper, whose ends were tied with floss silk, with a large red seal; this he pompously delivered, with whispered orders, to an attendant, and sent him off. He admired our clothes extremely,* [All Tibetans admire sad value English broad-cloth beyond any of our products. Woollen articles are very familiar to them, and warm clothing is one of the first requisites of life.] and then my percussion gun, the first he had seen; but above all he admired rum and water, which he drank with intense relish, leaving a mere sip for his comrades at the bottom of his little wooden cup, which they emptied, and afterwards licked clean, and replaced in his breast for him. We made a large basin full of very weak grog for his party, who were all friendly and polite; and having made us the unexpected offer of allowing us to rest ourselves for the day at Yeumtso, he left us, and practised his men at firing at a mark, but they were very indifferent shots.

I ascended with Campbell to the lake he had visited on the previous day, about 600 or 800 feet above Yeumtso, and 17,500 feet above the sea: it is a mile and a half long, and occupies a large depression between two rounded spurs, being fed by glaciers from Kinchinjhow. The rocks of these spurs were all of red quartz and slates, cut into broad terraces, covered with a thick glacial talus of gneiss and granite in angular pebbles, and evidently spread over the surface when the glacier, now occupying the upper end of the lake, extended over the valley.

The ice on the cliffs and summit of Kinchinjhow was much greener and clearer than that on the south face (opposite Palung); and rows of immense icicles hung from the cliffs. A conferva grew in the waters of the lake, and short, hard tufts of sedge on the banks, but no other plants were to be seen. Brahminee geese, teal, and widgeon, were swimming in the waters, and a beetle (Elaphrus) was coursing over the wet banks; finches and other small birds were numerous, eating the sedge-seeds, and picking up the insects. No view was obtained to the north, owing to the height of the mountains on the north flank of the Lachen.

At noon the temperature rose to 52.5 degrees, and the black-bulb to 104.5 degrees; whilst the north-west dusty wind was so dry, that the dew-point fell to 24.2 degrees.

CHAPTER XXIV.

Ascent of Bhomtso — View of snowy mountains — Chumulari — Arun river — Kiang-lah mountains — Jigatzi — Lhama — Dingcham province of Tibet — Misapplication of term "Plain of Tibet" — Sheep, flocks of — Crops — Probable elevation of Jigatzi — Yarn — Tsampu river — Tame elephants — Wild horses — Dryness of air — Sunset beams — Rocks of Kinchinjhow — Cholamoo lakes — Limestone — Dip and strike of rocks — Effects of great elevation on party — Ascent of Donkia — Moving piles of debris — Cross Donkia pass — Second Visit to Momay Samdong — Hot springs — Descent to Yeumtong — Lachoong — Retardation of vegetation again noticed — Jerked meat — Fish — Lose a thermometer — Lepcha lad sleeps in hot spring — Keadom — Bucklandia — Arrive at Choongtam — Mendicant — Meepo — Lachen-Lachoong river — Wild grape — View from Singtam of Kinchinjunga — Virulent nettle.

In the afternoon we crossed the valley, and ascended Bhomtso, fording the river, whose temperature was 48 degrees. Some stupendous boulders of gneiss from Kinchinjhow are deposited in a broad sandy track on the north bank, by ancient glaciers, which once crossed this valley from Kinchinjhow.

The ascent was alternately over steep rocky slopes, and broad shelf-like flats; many more plants grew here than I had expected, in inconspicuous scattered tufts.* [Besides those before mentioned, there were Fescue-grass (Festuca ovina of Scotland), a strong-scented silky wormwood (Artemisia), and round tufts of Oxytropis chiliophylla, a kind of Astralagus that inhabits eastern and western Tibet; this alone was green: it formed great circles on the ground, the centre decaying, and the annual shoots growing outwards, and thus constantly enlarging the circle. A woolly Leontopodium, Androsace, and some other plants assumed nearly the same mode of growth. The rest of the vegetation consisted of a Sedum, Nardostachys Jatamansi, Meconopsis horridula, a slender Androsace, Gnaphalium, Stipa, Salvia, Draba, Pedicularis, Potentilla or Sibbaldia, Gentiana and Erigeron alpinus of Scotland. All these grow nearly up to 18,000 feet.] The rocks were nearly vertical strata of quartz, hornstone, and conglomerate, striking north-west, and dipping south-west 80 degrees. The broad top of the hill was also of quartz, but covered with angular pebbles of the rocks transported from Kinchinjhow. Some clay-stone fragments were stained red with oxide of iron, and covered with Parmelia miniata;* [This minute lichen, mentioned at chapter xxxii, is the most Arctic, Antarctic, and Alpine in the world; often occurring so abundantly as to colour the rocks of an orange red. This was the case at Bhomtso, and is so also in Cockburn Island in the Antarctic ocean, which it covers so profusely that the rocks look as if brightly painted. See "Ross's Voyage," vol. ii. p. 339.] this, with Borrera, another lichen, which forms stringy masses blown along by the wind, were the only plants, and they are among the most alpine in the world.

Bhomtso is 18,590 feet above the sea by barometer, and 18,305 by boiling-point: it presented an infinitely more extensive prospect than I had ventured to anticipate, commanding all the most important Sikkim, North Bhotan, and Tibetan mountains, including Kinchinjunga thirty-seven miles to the south-west, and Chumulari thirty-nine miles south-east. Due south, across the sandy valley of the Lachen, Kinchinjhow reared its long wall of glaciers and rugged precipices, 22,000 feet high, and under its cliffs lay the lake to which we had walked in the morning: beyond Kongra Lama were the Thlonok mountains, where I had spent the month of June, with Kinchinjunga in the distance. Westward Chomiomo rose abruptly from the rounded hills we were on, to 22,000 feet elevation, ten miles distant. To the east of Kinchinjhow were the Cholamoo lakes, with the rugged mass of Donkia stretching in cliffs of ice and snow continuously southwards to forked Donkia, which overhung Momay Samdong.

A long sloping spur sweeps from the north of Donkia first north, and then west to Bhomtso, rising to a height of more than 20,000 feet without snow. Over this spur the celebrated Chumulari* [Some doubt still hangs over the identity of this mountain, chiefly owing to Turner's having neglected to observe his geographical positions. I saw a much loftier mountain than this, bearing from Bhomtso north 87 degrees out, and it was called Chumulari by the Tibetan Sepoys; but it does not answer to Turner's description of an isolated snowy peak, such as he approached within three miles; and though in the latitude he assigned to it, is fully sixty miles to the east of his route. A peak, similar to the one he degcribes, is seen from Tonglo and Sinchul (see vol. i., chapters v and viii); this is the one alluded to above, and it is identified by both Tibetans and Lepchas at Dorjiling as the true Chumulari, and was measured by Colonel Waugh, who placed it in lat. 27 degrees 49 minutes north, long. 89 degrees 18 minutes east. The latter position, though fifteen miles south of what Turner gives it, is probably correct; as Pemberton found that Turner had put other places in Bhotan twenty miles too far north. Moreover, in saying that it is visible from Purnea in the plains of Bengal, Turner refers to Kinchinjunga, whose elevation was then unknown. Dr. Campbell ("Bengal As. Soc. Jour.," 1848), describes Chumulari from oral information, as an isolated mountain encircled by twenty-one goompas, and perambulated by pilgrims in five days; the Lachoong Phipun, on the other hand, who was a Lama, and well acquainted with the country, affirmed that Chumulari has many tops, and cannot be perambulated; but that detached peaks near it may be, and that it is to a temple near one of these that pilgrims resort. Again, the natives use these names very vaguely, and as that of Kinchinjunga is often applied equally to all or any part of the group of snows between the Lachen and Tambur rivers, so may the term Chumulari have been used vaguely to Captain Turner or to me. I have been told that an isolated, snow-topped, venerated mountain rises about twenty miles south of the true Chumulari, and is called "Sakya-khang" (Sakya's snowy mountain), which may be that seen from Dorjiling; but I incline to consider Campbell's and Waugh's mountain as the one alluded to by Turner, and it is to it that I here refer as bearing north 115 degrees 30 minutes east from Bhomtso.] peeps, bearing south-east, and from its isolated position and sharpness looking low and small; it appeared quite near, though thirty-nine miles distant.

North-east of Chumulari, and far beyond it, are several meridional ranges of very much loftier snowy mountains, which terminated the view of the snowy Himalaya; the distance embraced being fully 150 miles, and perhaps much more. Of one of these eastern masses* [] I afterwards took

" These are probably the Ghassa mountains of Turners narrative: bearings which I took of one of the loftiest of them, from the Khasia mountains, together with those from Bhomtso, would appear to place it in latitude 28 degrees 10 minutes and longitude 90 degrees, and 200 miles from the former station, and 90 degrees east of the latter. Its elevation from Bhomtso angles is 24,160 feet. I presume I also saw Chumulari from the Khasia; the most western peak seen thence being in the direction of that mountain. Captain R. Strachey has most kindly paid close attention to these bearings and distances, and recalculated the distances and heights: no confidence is, however, to be placed in the results of such minute angles, taken from immense distances. Owing in part no doubt to extraordinary refraction, the angles of the Ghassa mountain taken from the Khasia give it an elevation of 26,500 feet! which is very much over the truth; and make that of Chumulari still higher: the distance from my position in the Khasia being 210 miles from Chumulari! which is probably the utmost limit at which the human eye has ever discerned a terrestrial object.] I afterwards took bearings and angular heights from the Khasia mountains, in Bengal, upwards of 200 miles south-east of its position.

Turning to the northward, a singular contrast in the view was presented: the broad sandy valley of the Arun lay a few miles off, and perhaps 1,500 feet below me; low brown and red ridges, 18,000 to 19,000 feet high, of stony sloping mountains with rocky tops, divided its feeders, which appeared to be dry, and to occupy flat sandy valleys. For thirty miles north no mountain was above the level of the theodolite, and not a particle of snow was to be seen beyond that, rugged purple-flanked and snowy-topped mountains girdled the horizon, appearing no nearer than they did from the Donkia pass, and their angular heights and bearings being almost the same as from that point of view. The nearer of these are said to form the Kiang-lah chain, the furthest I was told by different authorities are in the salt districts north of Jigatzi.

To the north-east was the lofty region traversed by Turner on his route by the Ramchoo lakes to Teshoo Loombo; its elevation may be 17,000 feet* [It is somewhat remarkable that Turner nowhere alludes to difficulty of breathing, and in one place only to head-ache (p. 209) when at these great elevations. This is in a great measure accounted for by his having been constantly mounted. I never suffered either in my breathing, head, or stomach when riding, even when at 18,300 feet.] above the sea. Beyond it a gorge led through rugged mountains, by which I was told the Painom river flows north-west to the Yaru; and at an immense distance to the north-east were the Khamba mountains, a long blue range, which it is said divides the Lhassan or "U" from the "Tsang" (or Jigatzi) province of Tibet; it appeared fully 100 miles off, and was probably much more; it bore from N. 57 degrees E. to N. 70 degrees E., and though so lofty as to be heavily snowed throughout, was much below the horizon-line of Bhomtso; it is crossed on the route from Jigatzi, and from Sikkim to Lhassa,* [Lhassa, which lies north-east, may be reached in ten days from this, with relays of ponies; many mountains are crossed, where the breath is affected, and few villages are passed after leaving Giantchi, the "Jhansi jeung" of Turner's narrative. See Campbell's "Routes from Dorjiling to Lhassa." ("Bengal As. Soc. Journal.")] and is considered very lofty, from affecting the breathing. About twenty miles to the north-east are some curious red conical mountains, said to be on the west side of the Ramchoo lakes; they were unsnowed, and bore N. 45 degrees 30 minutes E. and N. 60 degrees 30 minutes E. A sparingly-snowed group bore N. 26 degrees 30 minutes E., and another N. 79 degrees E., the latter being probably that mentioned by Turner as seen by him from near Giantchi.

But the mountains which appeared both the highest and the most distant on the northern landscape, were those I described when at Donkia, as being north of Nepal and beyond the Arun river, and the culminant peak of which bore N. 55 degrees. Both Dr. Campbell and I made repeated estimates of its height and distance by the eye; comparing its size and snow-level with those of the mountains near us; and assuming 4000 to 5000 feet as the minimum height of its snowy cap; this would give it an elevation of 23,000 to 25,000 feet. An excellent telescope brought out no features on its flanks not visible to the naked eye, and by the most careful levellings with the theodolite, it was depressed more than 0 degrees 7 minutes below the horizon of Bhomtso, whence the distance must be above 100 miles.

The transparency of the pale-blue atmosphere of these lofty regions can hardly be described, nor the clearness and precision with which the most distant objects are projected against the sky. From having afterwards measured peaks 200 and 210 miles distant from the Khasia mountains, I feel sure that I underrated the estimates made at Bhomtso, and I have no hesitation in saying, that the mean elevation of the sparingly-snowed* [Were the snow-level in Dingcham, as low as it is in Sikkim, the whole of Tibet from Donkia almost to the Yaru-Tsampu river would be everywhere intersected by glaciers and other impassable barriers of snow and ice, for a breadth of fifty miles, and the country would have no parallel for amount of snow beyond the Polar circles. It is impossible to conjecture what would have been the effects on the climate of northern India and central Asia under these conditions. When, however, we reflect upon the evidences of glacial phenomena that abound in all the Himalayan valleys at and above 9000 feet elevation, it is difficult to avoid the conclusion that such a state of things once existed, and that at a comparatively very recent period.] watershed between the Yaru and the Arun will be found to be greater than that of the snowy Himalaya south of it, and to follow the chain running from Donkia, north of the Arun, along the Kiang-lah mountains, towards the Nepal frontier, at Tingri Maidan. No part of that watershed perhaps rises so high as 24,000 feet, but its lowest elevation is probably nowhere under 18,000 feet.

This broad belt of lofty country, north of the snowy Himalaya, is the Dingcham province of Tibet, and runs along the frontier of Sikkim, Bhotan, and Nepal. It gives rise to all the Himalayan rivers, and its mean elevation is probably 15,000 to 15,500 feet: its general appearance, as seen from greater heights, is that of a much less mountainous country than the snowy and wet Himalayan regions; this is because its mean elevation is so enormous, that ranges of 20,000 to 22,000 feet appear low and insignificant upon it. The absence of forest and other obstructions to the view, the breadth and flatness of the valleys, and the undulating character of the lower ranges that traverse its surface, give it a comparatively level appearance, and suggest the term "maidan" or "plains" to the Tibetan, when comparing his country with the complicated ridges of the deep Sikkim valleys. Here one may travel for many miles without rising or falling 3000 feet, yet never descending below 14,000 feet, partly because the flat winding valleys are followed in preference to exhausting ascents, and partly because the passes are seldom more than that elevation above the valleys; whereas, in Sikkim, rises and descents of 6000, and even 9000 feet, are common in passing from valley to valley, sometimes in one day's march.

The swarthy races of Dingcham have been elsewhere described; they are an honest, hospitable, and very hardy people, differing from the northern Tibetans chiefly in colour, and in invariably wearing the pigtail, which MM. Huc and Gabet assure us is not usual in Lhassa.* [Amongst Lhassan customs alluded to by these travellers, is that of the women smearing their faces with a black pigment, the object of which they affirm to be that they may render themselves odious to the male sex, and thus avoid temptation. The custom is common enough, but the real object is to preserve the skin, which the dry cold wind peels from the face. The pigment is mutton-fat, blackened, according to Tchebu Lama, with catechu and other ingredients; but I believe more frequently by the dirt of the face itself. I fear I do not slander the Tibetan damsels in saying that personal cleanliness and chastity are both lightly esteemed amongst them; and as the Lama naively remarked, when questioned on the subject, "the Tibetan women are not so different from those of other countries as to wish to conceal what charms they possess."] They are a pastoral race, and Campbell saw a flock of 400 hornless sheep, grazing on short sedges (Carex) and fescue-grass, in the middle of October, at 18,000 feet above the sea. An enormous ram attended the flock, whose long hair hung down to the ground; its back was painted red.

There is neither tree nor shrub in this country; and a very little wheat (which seldom ripens), barley, turnips, and radishes are, I believe, the only crops, except occasionally peas. Other legumes, cabbages, etc., are cultivated in the sheltered valleys of the Yaru feeders, where great heat is reflected from the rocks; and there also stunted trees grow, as willows, walnuts, poplars, and perhaps ashes; all of which, however, are said to be planted and scarce. Even at Teshoo Loombo and Jigatzi* [Digarchi, Jigatzi, or Shigatzi jong (the fort of Shigatzi) is the capital of the "Tsang" province, and Teshoo Loombo is the neighbouring city of temples and monasteries, the ecclesiastical capital of Tibet, and the abode of the grand (Teshoo) Lama, or ever-living Boodh. Whether we estimate this man by the number of his devotees, or the perfect sincerity of their worship, he is without exception one of the most honoured beings living in the world. I have assumed the elevation of Jigatzi to be 13-14,000 feet, using as data Turner's October mean temperature of Teshoo Loombo, and the decrement for elevation of 400 feet to 1 degree Fahr.; which my own observations indicate as an approximation to the truth. Humboldt ("Asie Centrale," iii., p. 223) uses a much smaller multiplier, and infers the elevation of Teshoo Loombo to be between 9,500 and 10,000 feet. Our data are far too imperfect to warrant any satisfactory conclusions on this interesting subject; but the accounts I have received of the vegetation of the Yaru valley at Jigatzi seem to indicate an elevation of at least 13,000 feet for the bed of that river. Of the elevation of Lhassa itself we have no idea: if MM. Huc and Gabet's statement of the rivers not being frozen there in March be correct, the climate must be very different from what we suppose.] buckwheat is a rare crop, and only a prostrate very hardy kind is grown. Clay teapots and pipkins are the most valuable exports to Sikkim from the latter city, after salt and soda. Jewels and woollen cloaks are also exported, the latter especially from Giantchi, which is famous for its woollen fabrics and mart of ponies.

Of the Yaru river at Jigatzi, which all affirm becomes the Burrampooter in Assam, I have little information to add to Turner's description: it is sixty miles north of Bhomtso, and I assume its elevation to be 13-14,000 feet;* [The Yaru, which approaches the Nepal frontier west of Tingri, and beyond the great mountain described at vol. i. chapter xi, makes a sweep to the northward, and turns south to Jigatzi, whence it makes another and greater bend to the north, and again turning south flows west of Lhassa, receiving the Kechoo river from that holy city. From Jigatzi it is said to be navigable to near Lhassa by skin and plank-built boats. Thence it flows south-east to the Assam frontier, and while still in Tibet, is said to enter a warm climate, where tea, silk, cotton, and rice, are grown. Of its course after entering the Assam Himalaya little is known, and in answer to my enquiries why it had not been followed, I was always told that the country through which it flowed was inhabited by tribes of savages, who live on snakes and vermin, and are fierce and warlike. These are no doubt the Singpho, Bor and Bor-abor tribes who inhabit the mountains of upper Assam. A travelling mendicant was once sent to follow up the Dihong to the Burrampooter, under the joint auspices of Mr. Hodgson and Major Jenkins, the Commissioner of Assam; but the poor fellow was speared on the frontier by these savages. The concurrent testimony of the Assamese, that the Dihong is the Yaru, on its southern course to become the Burrampooter, renders this point as conclusively settled as any, resting on mere oral evidence, is likely to be.] it takes an immense bend to the northward after passing Jigatzi, and again turns south, flowing to the west of Lhassa, and at some distance from that capital. Lhassa, as all agree, is at a much lower elevation than Jigatzi; and apricots (whose ripe stones Dr. Campbell procured for me) and walnuts are said to ripen there, and the Dama or Himalayan furze (Caragana), is said to grow there. The Bactrian camel also thrives and breeds at Lhassa, together with a small variety of cow (not the yak), both signs of a much more temperate climate than Jigatzi enjoys. It is, however, a remarkable fact that there are two tame elephants near the latter city, kept by the Teshoo Lama. They were taken to Jigatzi, through Bhotan, by Phari; and I have been informed that they have become clothed with long hair, owing to the cold of the climate; but Tchebu Lama contradicted this, adding, that his countrymen were so credulous, that they would believe blankets grew on the elephants' backs, if the Lamas told them so.

No village or house is seen throughout the extensive area over which the eye roams from Bhomtso, and the general character of the desolate landscape was similar to that which I have described as seen from Donkia Pass (chapter xxii). The wild ass* [This, the Equus Hemionus of Pallas, the untameable Kiang of Tibet, abounds in Dingcham, and we saw several. It resembles the ass more than the horse, from its size, heavy head, small limbs, thin tail, and the stripe over the shoulder. The flesh is eaten and much liked. The Kiang-lah mountains are so named from their being a great resort of this creature. It differs widely from the wild ass of Persia, Sind, and Beloochistan, but is undoubtedly the same as the Siberian animal.] grazing with its foal on the sloping downs, the hare bounding over the stony soil, the antelope scouring the sandy flats, and the fox stealing along to his burrow, are all desert and Tartarian types of the animal creation. The shrill whistle of the marmot alone breaks the silence of the scene, recalling the snows of Lapland to the mind; the kite and raven wheel through the air, 1000 feet over head, with as strong and steady a pinion as if that atmosphere possessed the same power of resistance that it does at the level of the sea. Still higher in the heavens, long black V-shaped trains of wild geese cleave the air, shooting over the glacier-crowned top of Kinchinjhow, and winging their flight in one day, perhaps, from the Yaru to the Ganges, over 500 miles of space, and through 22,000 feet of elevation. One plant alone, the yellow lichen (Borrera), is found at this height, and only as a visitor; for, Tartar-like, it emigrates over these lofty slopes and ridges, blown about by the violent winds. I found a small beetle on the very top,* [I observed a small red Acarus (mite) at this elevation, both on Donkia and Kinchinjhow, which reminds me that I found a species of the same genus at Cockburn Island (in latitude 64 degrees south, longitude 64 degrees 49 minutes west). This genus hence inhabits a higher southern latitude than any other land animal attains.] probably blown up also, for it was a flower-feeder, and seemed benumbed with cold.

Every night that we spent in Tibet, we enjoyed a magnificent display of sunbeams converging to the east, and making a false sunset. I detailed this phenomenon when seen from the Kymore mountains, and I repeatedly saw it again in the Khasia, but never in the Sikkim Himalaya, whence I assume that it is most frequent in mountain plateaus. As the sun set, broad purple beams rose from a dark, low, leaden bank on the eastern horizon, and spreading up to the zenith, covered the intervening space: they lasted through the twilight, from fifteen to twenty minutes, fading gradually into the blackness of night. I looked in vain for the beautiful lancet beam of the zodiacal light; its position was obscured by Chomiomo.

On the 18th of October we had another brilliant morning, after a cold night, the temperature having fallen to 4 degrees. I took the altitude of Yeumtso by carefully boiling two thermometers, and the result was 16,279 feet, the barometrical observations giving 16,808 feet. I removed a thermometer sunk three feet in the gravelly soil, which showed a temperature of 43 degrees,* [It had risen to 43.5 degrees during the previous day.] which is 12.7 degrees above the mean temperature of the two days we camped here.

Our fires were made of dry yak droppings which soon burn out with a fierce flame, and much black smoke; they give a disagreeable taste to whatever is cooked with them.

Having sent the coolies forward to Cholamoo lake, we re-ascended Bhomtso to verify my observations. As on the previous occasion a violent dry north-west wind blew, peeling the skin from our faces, loading the air with grains of sand, and rendering theodolite observations very uncertain; besides injuring all my instruments, and exposing them to great risk of breakage.

The Tibetan Sepoys did not at all understand our ascending Bhomtso a second time; they ran after Campbell, who was ahead on a stout pony, girding up their long garments, bracing their matchlocks tight over their shoulders, and gasping for breath at every step, the long horns of their muskets bobbing up and down as they toiled amongst the rocks. When I reached the top I found Campbell seated behind a little stone wall which he had raised to keep off the violent wind, and the uncouth warriors in a circle round him, puzzled beyond measure at his admiration of the view. My instruments perplexed them extremely, and in crowding round me, they broke my azimuth compass. They left us to ourselves when the fire I made to boil the thermometers went out, the wind being intensely cold. I had given my barometer to one of Campbell's men to carry, who not coming up, the latter kindly went to search for him, and found him on the ground quite knocked up and stupified by the cold, and there, if left alone, he would have lain till overtaken by death.

The barometer on the summit of Bhomtso stood at 15.548 inches;* [The elevation of Bhomtso, worked by Bessel's tables, and using corrected observations of the Calcutta barometer for the lower station, is 18,590 feet. The corresponding dew-point 4.4 degrees (49.6 degrees below that of the air at the time of observation). By Oltmann's tables the elevation is 18,540 feet. The elevation by boiling water is 18,305.] the temperature between 11.30 a.m. and 2.30 p.m. fluctuated between 44 degrees and 56 degrees: this was very high for so great an elevation, and no doubt due to the power of the sun on the sterile soil, and consequent radiated heat. The tension of vapour was .0763, and the dew-point was 5.8 degrees, or 43.5 degrees below the temperature of the air. Such extraordinary dryness* [The weight of vapour in a cubic foot of air was no more than .087 of a grain, and the saturation-point .208.] and consequent evaporation, increased by the violent wind, sufficiently accounts for the height of the snow line; in further evidence of which, I may add that a piece of ice or snow laid on the ground here, does not melt, but disappears by evaporation.

The difference between the dry cold air of this elevation and that of the heated plains of India, is very great. During the driest winds of the Terai, in spring, the temperature is 80 degrees to 90 degrees, the tension of vapour is .400 to .500, with a dew-point 22 degrees below the temperature, and upwards of six grains of vapour are suspended in the cubic foot of air; a thick haze obscures the heavens, and clouds of dust rise high in the air; here on the other hand (probably owing to the rarity of the atmosphere and the low tension of its vapours), the drought is accompanied by perfect transparency, and the atmosphere is too attenuated to support the dust raised by the wind.

We descended in the afternoon, and on our way up the Lachen valley examined a narrow gulley in a lofty red spur from Kinchinjhow, where black shales were in situ, striking north-east, and dipping north-west 45 degrees. These shales were interposed between beds of yellow quartz conglomerate, upon the latter of which rested a talus of earthy rocks, angular fragments of which were strewed about opposite this spur, but were not seen elsewhere.

It became dark before we reached the Cholamoo lake, where we lost our way amongst glaciers, moraines, and marshes. We expected to have seen the lights of the camp, but were disappointed, and as it was freezing hard, we began to be anxious, and shouted till the echos of our voices against the opposite bank were heard by Tchebu Lama, who met us in great alarm for our safety. Our camp was pitched some way from the shore, on a broad plain, 16,900 feet above the sea.* [This, which is about the level of the lake, gives the Lachen river a fall of about 1500 feet between its source and Kongra Lama, or sixty feet per mile following its windings. From Kongra Lama to Tallum it is 140 feet per mile; from Tallum to Singtam 160 feet; and from Singtam to the plains of India 50 feet per mile. The total fall from Cholamoo lake to its exit on the plains of India is eighty-five feet per mile. Its length, following its windings, is 195 miles, upwards of double the direct distance.] A cold wind descended from Donkia; yet, though more elevated than Yeumtso, the climate of Cholamoo, from being damper and misty, was milder. The minimum thermometer fell to 14 degrees.

Before starting for Donkia pass on the following morning, we visited some black rocks which rose from the flat to the east of the lake. They proved to be of fossiliferous limestone, the strata of which were much disturbed: the strike appeared in one part north-west, and the dip north-east 45 degrees: a large fault passed east by north through the cliff, and it was further cleft by joints running northwards. The cliff was not 100 yards long, and was about 70 thick; its surface was shivered by frost into cubical masses, and glacial boulders of gneiss lay on the top. The limestone rock was chiefly a blue pisolite conglomerate, with veins and crystals of white carbonate of lime, seams of shale, and iron pyrites. A part was compact and blue, very crystalline, and full of encrinitic fossils, and probably nummulites, but all were too much altered for determination.

This, from its mineral characters, appears to be the same limestone formation which occurs throughout the Himalaya and Western Tibet; but the fossils I collected are in too imperfect a state to warrant any conclusions on this subject. Its occurrence immediately to the northward of the snowy mountains, and in such very small quantities, are very remarkable facts. The neighbouring rocks of Donkia were gneiss with granite veins, also striking north-west and dipping north-east 10 degrees, as if they overlay the limestone, but here as in all similar situations there was great confusion of the strata, and variation in direction and strike.

And here I may once for all confess that though I believe the general strike of the rocks on this frontier to be north-west, and the dip north-east, I am unable to affirm it positively; for though I took every opportunity of studying the subject, and devoted many hours to the careful measuring and recording of dips and strikes, on both faces of Kinchinjhow, Donkia, Bhomtso, and Kongra Lama, I am unable to reduce these to any intelligible system.* [North-west is the prevalent strike in Kumaon, the north-west Himalaya generally, and throughout Western Tibet, Kashmir, etc., according to Dr. Thomson.]

The coolies of Dr. Campbell's party were completely knocked up by the rarified air; they had taken a whole day to march here from Yeumtso, scarcely six miles, and could eat no food at night. A Lama of our party offered up prayers* [All diseases are attributed by the Tibetans to the four elements, who are propitiated accordingly in cases of severe illness. The winds are invoked in cases of affections of the breathing; fire in fevers and inflammations; water in dropsy, and diseases whereby the fluids are affected; and the God of earth when solid organs are diseased, as in liver-complaints, rheumatism, etc. Propitiatory offerings are made to the deities of these elements, but never sacrifices.] to Kinchinjhow for the recovery of a stout Lepcha lad (called Nurko), who showed no signs of animation, and had all the symptoms of serous apoplexy. The Lama perched a saddle on a stone, and burning incense before it, scattered rice to the winds, invoking Kinchin, Donkia, and all the neighbouring peaks. A strong dose of calomel and jalap, which we poured down the sick lad's throat, contributed materially to the success of these incantations.

The Tibetan Sepoys were getting tired of our delays, which so much favoured my operations; but though showing signs of impatience and sulkiness, they behaved well to the last; taking the sick man to the top of the pass on their yaks, and assisting all the party: nothing, however, would induce them to cross into Sikkim, which they considered as "Company's territory."

Before proceeding to the pass, I turned off to the east, and re-ascended Donkia to upwards of 19,000 feet, vainly hoping to get a more distant view, and other bearings of the Tibetan mountains. The ascent was over enormous piles of loose rocks split by the frost, and was extremely fatiguing. I reached a peak overhanging a steep precipice, at whose base were small lakes and glaciers, from which flowed several sources of the Lachen, afterwards swelled by the great affluent from Cholamoo lake. A few rocks striking north-east and dipping north-west, projected at the very summit, with frozen snow amongst them, beyond which the ice and precipices rendered it impossible to proceed: but though exposed to the north, there was no perpetual snow in the ordinary acceptation of the term, and an arctic European lichen (Lecidea oreina) grew on the top, so faintly discolouring the rocks as hardly to be detected without a magnifying-glass.

I descended obliquely, down a very steep slope of 35 degrees, over upwards of a thousand feet of debris, the blocks on which were so loosely poised on one another, that it was necessary to proceed with the utmost circumspection, for I was alone, and a false step would almost certainly have been followed by breaking a leg. The alternate freezing and thawing of rain amongst these masses, must produce a constant downward motion in the whole pile of debris (which was upwards of 2000 feet high), and may account for the otherwise unexplained phenomenon of continuous shoots of angular rocks reposing on very gentle slopes in other places.* [May not the origin of the streams of quartz blocks that fill gently sloping broad valleys several miles long, in the Falkland Islands, be thus explained? (See "Darwin's Journal," in Murray's Home and Col. Lib.) The extraordinary shifting in the position of my thermometer left among the rocks of the Donkia pass (see chapter xxii), and the mobile state of the slopes I descended on this occasion, first suggested this explanation to me. When in the Falkland Islands I was wholly unable to offer any explanation of the phenomenon there, to which my attention had been drawn by Mr. Darwin's narrative.]

The north ascent to the Donkia pass is by a path well selected amongst immense angular masses of rock, and over vast piles of debris: the strike on this, the north face, was again north-east, and dip north-west: I arrived at the top at 3 p.m., throughly fatigued, and found my faithful Lepcha lads (Cheytoong and Bassebo) nestling under a rock with my theodolite and barometers, having been awaiting my arrival in the biting wind for three hours. My pony stood there too, the picture of patience, and laden with minerals. After repeating my observations, I proceeded to Momay Samdong, where I arrived after dusk. I left a small bottle of brandy and some biscuits with the lads, and it was well I did so, for the pony knocked up before reaching Momay, and rather than leave my bags of stones, they passed the night by the warm flank of the beast, under a rock at 18,000 feet elevation, without other food, fire, or shelter.

I found my companion encamped at Momay, on the spot I had occupied in September; he had had the utmost difficulty in getting his coolies on, as they threw down their light loads in despair, and lying with their faces to the ground, had to be roused from a lethargy that would soon have been followed by death.

We rested for a day at Momay, and on the 20th, attempted to ascend to the Donkia glacier, but were driven back by a heavy snow-storm. The scenery on arriving here, presented a wide difference to that we had left; snow lying at 16,500 feet, whereas immediately to the north of the same mountain there was none at 19,000 feet. Before leaving Momay; I sealed two small glass flasks containing the air of this elevation, by closing with a spirit lamp a very fine capillary tube, which formed the opening to each; avoiding the possibility of heating the contents by the hand or otherwise. The result of its analysis by Mr. Muller (who sent me the prepared flasks), was that it contained 36.538 per cent. in volume of oxygen; whereas his repeated analysis of the air of Calcutta gives 21 per cent. Such a result is too anomalous to be considered satisfactory.

I again visited the Kinchinjhow glacier and hot springs; the water had exactly the same temperature as in the previous month, though the mean temperature of the air was 8 degrees or 9 degrees lower. The minimum thermometer fell to 22 degrees, being 10 degrees lower than it ever fell in September.

We descended to Yeumtong in a cold drizzle, arriving by sunset; we remained through the following day, hoping to explore the lower glacier on the opposite side of the valley: which, however, the weather entirely prevented. I have before mentioned (chapter xxiii) that in descending in autumn from the drier and more sunny rearward Sikkim valleys, the vegetation is found to be most backward in the lowest and dampest regions. On this occasion, I found asters, grasses, polygonums, and other plants that were withered, brown, and seeding at Momay (14,000 to 15,000 feet), at Yeumtong (12,000 feet) green and unripe; and 2000 feet lower still, at Lachoong, the contrast was even more marked. Thus the short backward spring and summer of the Arctic zone is overtaken by an early and forward seed-time and winter: so far as regards the effects of mean temperature, the warmer station is in autumn more backward than the colder. This is everywhere obvious in the prevalent plants of each, and is especially recognisable in the rhododendrons; as the following table shows:— 16,000 to 17,000 feet, R. nivale flowers in July; fruits in September=2 months. 13,000 to 14,000 feet, R. anthopogon flowers in June; fruits in Oct.=4 months. 11,000 to 12,000 feet, R. campanulatum flowers in May; fruits in Nov.=8 months. 8,000 to 9,000 feet, R. argenteum flowers in April; fruits in Dec.=8 months.

And so it is with many species of Compositae and Umbelliferae, and indeed of all natural orders, some of which I have on the same day gathered in ripe fruit at 13,000 to 14,000 feet, and found still in flower at 9000 to 10,000 feet. The brighter skies and more powerful and frequent solar radiation at the greater elevations, account for this apparent inversion of the order of nature.* [The distribution of the seasons at different elevations in the Himalaya gives rise to some anomalies that have puzzled naturalists. From the middle of October to that of May, vegetation is torpid above 14,000 feet, and indeed almost uniformly covered with snow. From November till the middle of April, vegetation is also torpid above 10,000 feet, except that a few trees and bushes do not ripen all their seeds till December. The three winter months (December, January, and February) are all but dead above 6000 feet, the earliest appearance of spring at Dorjiling (7000 feet) being at the sudden accession of heat in March. From May till August the vegetation at each elevation is (in ascending order) a month behind that below it; 4000 feet being about equal to a month of summer weather in one sense. I mean by this, that the genera and natural orders (and sometimes the species) which flower at 8000 feet in May, are not so forward at 12,000 feet till June, nor at 16,000 feet till July. After August, however, the reverse holds good; then the vegetation is as forward at 16,000 feet as at 8000 feet. By the end of September most of the natural orders and genera have ripened their fruit in the upper zone, though they have flowered as late as July; whereas October is the fruiting month at 12,000, and November below 10,000 feet. Dr. Thomson does not consider that the more sunny climate of the loftier elevations sufficiently accounts for this, and adds the stimulus of cold, which must act by checking the vegetative organs and hastening maturation.]

I was disappointed at finding the rhododendron seeds still immature at Yeumtong, for I was doubtful whether the same kinds might be met with at the Chola pass, which I had yet to visit; besides which, their tardy maturation threatened to delay me for an indefinite period in the country. Viburnum and Lonicera, however, were ripe and abundant; the fruits of both are considered poisonous in Europe, but here the black berries of a species of the former (called "Nalum") are eatable and agreeable; as are those of a Gualtheria, which are pale blue, and called "Kalumbo." Except these, and the cherry mentioned above, there are no other autumnal fruits above 10,000 feet: brambles, strange as it may appear, do not ascend beyond that elevation in the Sikkim Himalaya, though so abundant below it, both in species and individuals, and though so typical of northern Europe.

At Lachoong we found all the yaks that had been grazing till the end of September at the higher elevations, and the Phipun presented our men with one of a gigantic size, and proportionally old and tough. The Lepchas barbarously slaughtered it with arrows, and feasted on the flesh and entrails, singed and fried the skin, and made soup of the bones, leaving nothing but the horns and hoofs. Having a fine day, they prepared some as jerked meat, cutting it into thin strips, which they dried on the rocks. This (called "Schat-chew," dried meat) is a very common and favourite food in Tibet, I found it palatable; but on the other hand, the dried saddles of mutton, of which they boast so much, taste so strongly of tallow, that I found it impossible to swallow a morsel of them.* [Raw dried split fish are abundantly cured (without salt) in Tibet; they are caught in the Yaru and great lakes of Ramchoo, Dobtah, and Yarbru, and are chiefly carp, and allied fish, which attain a large size. It is one of the most remarkable facts in the zoology of Asia, that no trout or salmon inhabits any of the rivers that debouche into the Indian Ocean (the so-called Himalayan trout is a species of carp). This widely distributed natural order of fish (Salmonidae) is however, found in the Oxus, and in all the rivers of central Asia that flow north and west, and the Salmo orientalis, M'Clelland ("Calcutta Journ. Nat. Hist." iii., p. 283), was caught by Mr. Griffith (Journals, p. 404) in the Bamean river (north of the Hindo Koosh) which flows into the Oxus, and whose waters are separated by one narrow mountain ridge from those of the feeders of the Indus. The central Himalayan rivers often rise in Tibet from lakes full of fish, but have none (at least during the rains) in that rapid part of their course from 10,000 to 14,000 feet elevation: below that fish abound, but I believe invariably of different species from those found at the sources of the same rivers. The nature of the tropical ocean into which all the Himalayan rivers debouche, is no doubt the proximate cause of the absence of Salmonidae. Sir John Richardson (Fishes of China Seas, etc., "in Brit. Ass. Rep. etc."), says that no species of the order has been found in the Chinese or eastern Asiatic seas.]

We staid two days at Lachoong, two of my lads being again laid up with fever; one of them had been similarly attacked at the same place nearly two months before: the other lad had been repeatedly ill since June, and at all elevations. Both cases were returns of a fever caught in the low unhealthy valleys some months previously, and excited by exposure and hardship.

The vegetation at Lachoong was still beautiful, and the weather mild, though snow had descended to 14,000 feet on Tunkra. Compositae were abundantly in flower, apples in young fruit, bushes of Cotoneaster covered with scarlet berries, and the brushwood silvery with the feathery heads of Clematis.

I here found that I had lost a thermometer for high temperatures, owing to a hole in the bag in which Cheytoong carried those of my instruments which were in constant use. It had been last used at the hot springs of the Kinchinjhow glacier; and the poor lad was so concerned at his mishap, that he came to me soon afterwards, with his blanket on his back, and a few handfuls of rice in a bag, to make his salaam before setting out to search for it. There was not now a single inhabitant between Lachoong and that dreary spot, and strongly against my wish he started, without a companion. Three days afterwards he overtook us at Keadom, radiant with joy at having found the instrument: he had gone up to the hot springs, and vainly sought around them that evening; then rather than lose the chance of a day-light search on his way back, he had spent the cold October night in the hot water, without fire or shelter, at 16,000 feet above the sea. Next morning his search was again fruitless; and he was returning disconsolate, when he descried the brass case glistening between two planks of the bridge crossing the river at Momay, over which torrent the instrument was suspended. The Lepchas have generally been considered timorous of evil spirits, and especially averse to travelling at night, even in company. However little this gallant lad may have been given to superstition, he was nevertheless a Lepcha, born in a warm region, and had never faced the cold till he became my servant; and it required a stout heart and an honest one, to spend a night in so awful a solitude as that which reigns around the foot of the Kinchinjhow glacier.* [The fondness of natives for hot springs wherever they occur is very natural and has been noticed by Humboldt, "Pers. Narr." iv. 195, who states that on Christianity being introduced into Iceland, the natives refused to be baptised in any but the water of the Geysers. I have mentioned at chapter xxii the uses to which the Yeumtong hot springs are put; and the custom of using artificial hot baths is noticed at vol. i., chapter xiii.]

The villagers at Keadom, where we slept on the 26th, were busy cutting the crops of millet, maize, and Amaranthus. A girl who, on my way down the previous month, had observed my curiosity about a singular variety of the maize, had preserved the heads on their ripening, and now brought them to me. The peaches were all gathered, and though only half ripe, were better than Dorjiling produce. A magnificent tree of Bucklandia, one of the most beautiful evergreens in Sikkim, grew near this village; it had a trunk twenty-one feet seven inches in girth, at five feet from the ground, and was unbranched for forty feet.* [This superb tree is a great desideratum in our gardens; I believe it would thrive in the warm west of England. Its wood is brown, and not valuable as timber, but the thick, bright, glossy, evergreen foliage is particularly handsome, and so is the form of the crown. It is also interesting in a physiological point of view, from the woody fibre being studded with those curious microscopic discs so characteristic of pines, and which when occurring on fossil wood are considered conclusive as to the natural family to which such woods belong. Geologists should bear in mind that not only does the whole natural order to which Bucklandia belongs, possess this character, but also various species of Magnoliaceae found in India, Australia, Borneo, and South America.] Ferns and the beautiful air-plant Coelogyne Wallichii grew on its branches, with other orchids, while Clematis and Stauntonia climbed the trunk. Such great names (Buckland, Staunton, and Wallich) thus brought before the traveller's notice, never failed to excite lively and pleasing emotions: it is the ignorant and unfeeling alone who can ridicule the association of the names of travellers and naturalists with those of animals and plants.

We arrived at Choongtam (for the fourth time) at noon, and took up our quarters in a good house near the temple. The autumn and winter flowering plants now prevailed here, such as Labiatae, which are generally late at this elevation; and grasses, which, though rare in the damp forest regions, are so common on these slopes that I here gathered twenty-six kinds. I spent a day here in order to collect seeds of the superb rhododendrons* [These Rhododendrons are now all flourishing at Kew and elsewhere: they are R. Dalhousiae, arboreum, Maddeni, Edgeworthii, Aucklandii and virgatum.] which I had discovered in May, growing on the hills behind. The ascent was now difficult, from the length of the wiry grass, which rendered the slopes so slippery that it was impossible to ascend without holding on by the tussocks.

A ragged Tibetan mendicant (Phud) was amusing the people: he put on a black mask with cowrie shells for eyes, and danced uncouth figures with a kind of heel and toe shuffle, in excellent time, to rude Tibetan songs of his own: for this he received ample alms, which a little boy collected in a wallet. These vagrants live well upon charity; they bless, curse, and transact little affairs of all kinds up and down the valleys of Sikkim and Tibet; this one dealt in red clay teapots, sheep and puppies.

We found Meepo at Choongtam: I had given him leave (when here last) to go back to the Rajah, and to visit his wife; and he had returned with instructions to conduct me to the Chola and Yakla passes, in Eastern Sikkim. These passes, like that of Tunkra (chapter xxii), lead over the Chola range to that part of Tibet which is interposed between Sikkim and Bhotan. My road lay past the Rajah's residence, which we considered very fortunate, as apparently affording Campbell an opportunity of a conference with his highness, for which both he and the Tchebu Lama were most anxious.

On the way down the Lachen-Lachoong, we found the valley still flooded (as described at chapters xviii and xxx), and the alders standing with their trunks twelve feet under water; but the shingle dam was now dry and hard: it would probably soften, and be carried away by the first rains of the following year. I left here the temperate flora of northern Sikkim, tropical forms commencing to appear: of these the nettle tribe were most numerous in the woods. A large grape, with beautiful clusters of round purple berries, was very fair eating; it is not the common vine of Europe, which nevertheless is probably an Himalayan plant, the Vitis Indica.* [The origin of the common grape being unknown, it becomes a curious question to decide whether the Himalayan Vitis Indica is the wild state of that plant: an hypothesis strengthened by the fact of Bacchus, etc., having come from the East.]

Illustration—TIETAN PHUD.

At Chakoong the temperature of the river, which in May was 54 degrees, was now 51.5 degrees at 3 p.m. We did not halt here, but proceeded to Namgah, a very long and fatiguing march. Thence a short march took us to Singtam, which we reached on the 30th of October. The road by which I had come up was for half the distance obliterated in most parts by landslips,* [I took a number of dips and strikes of the micaceous rocks: the strike of these was as often north-east as north-west; it was ever varying, and the strata were so disturbed, as materially to increase the number and vast dimensions of the landslips.] but they were hard and dry, and the leeches were gone.

Bad weather, and Campbell's correspondence with the Durbar, who prevented all communication with the Rajah, detained us here two days, after which we crossed to the Teesta valley, and continued along its east bank to Tucheam, 2000 feet above the river. We obtained a magnificent view of the east face of Kinchinjunga, its tops bearing respectively N. 62 degrees W., and N. 63 degrees W.: the south slope of the snowed portion in profile was 34 degrees, and of the north 40 degrees; but both appeared much steeper to the eye, when unaided by an instrument.

The great shrubby nettle (Urtica crenulata) is common here: this plant, called "Mealum-ma," attains fifteen feet in height; it has broad glossy leaves, and though apparently without stings, is held in so great dread,* [The stinging hairs are microscopic, and confined to the young shoots, leaf and flower-stalks. Leschenault de la Tour describes being stung by this nettle on three fingers of his hand only at the Calcutta Botanical Gardens, and the subsequent sneezing and running at the nose, followed by tetanic symptoms and two days' suffering, nor did the effects disappear for nine days. It is a remarkable fact that the plant stings violently only at this season. I frequently gathered it with impunity on subsequent occasions, and suspected some inaccuracy in my observations; but in Silhet both Dr. Thomson and I experienced the same effects in autumn. Endlicher ("Lindley's Vegetable Kingdom") attributes the causticity of nettle-juice to bicarbonate of ammonia, which Dr. Thomson and I ascertained was certainly not present in this species.] that I had difficulty in getting help to cut it down. I gathered many specimens without allowing any part to touch my skin; still the scentless effluvium was so powerful, that mucous matter poured from my eyes and nose all the rest of the afternoon, in such abundance, that I had to hold my head over a basin for an hour. The sting is very virulent, producing inflammation; and to punish a child with "Mealum-ma" is the severest Lepcha threat. Violent fevers and death have been said to ensue from its sting; but this I very much doubt.

Illustration—TIBETAN IMPLEMENTS. Tea-pot, cup, and brick of tea; knife, tobacco-pipe (across chop-sticks, pouch, and flint-and-steel.

CHAPTER XXV.

Journey to the Rajah's residence at Tumloong — Ryott valley — Rajah's house — Tupgain Lama — Lagong nunnery — Phadong Goompa — Phenzong ditto — Lepcha Sepoys — Proceedings at Tumloong — Refused admittance to Rajah — Women's dresses — Meepo's and Tchebu Lama's families — Chapel — Leave for Chola pass — Ryott river — Rungpo, view from — Deputation of Kajees, etc. — Conference — Laghep — Eatable fruit of Decaisnia — Cathcartia — Rhododendrons — Phieung-goong — Pines — Rutto river — Barfonchen — Curling of rhododendron leaf — Woodcock — Chola pass — — Small lakes — Tibet guard and sepoys — Dingpun — Arrival of Sikkim sepoys — Their conduct — Meet Singtam Soubah — Chumanako — We are seized by the Soubah's party — Soubah's conduct — Dingpun Tinli — Treatment of Dr. Campbell — Bound and guarded — Separated from Campbell — Marched to Tumloong — Motives for such conduct — Arrive at Rungpo — At Phadong — Presents from Rajah — Visits of Lama — Of Singtam Soubah — I am cross-questioned by Amlah — Confined with Campbell — Seizure of my Coolies — Threats of attacking Dorjiling.

We started on the 3rd of November for Tumloong (or Sikkim Durbar), Dr. Campbell sending Tchebu Lama forward with letters to announce his approach. A steep ascent, through large trees of Rhododendron arboreum, led over a sharp spur of mica-schist (strike north-west and dip north-east), beyond which the whole bay-like valley of the Ryott opened before us, presenting one of the most lovely and fertile landscapes in Sikkim. It is ten miles long, and three or four broad, flanked by lofty mountains, and its head girt by the beautiful snowy range of Chola, from which silvery rills descend through black pine-woods, dividing innumerable converging cultivated spurs, and uniting about 2000 feet below us, in a profound gorge. Everywhere were scattered houses, purple crops of buckwheat, green fields of young wheat, yellow millet, broad green plantains, and orange groves.

We crossed spur after spur, often under or over precipices about fifteen hundred feet above the river, proceeding eastwards to the village of Rangang, whence we caught sight of the Rajah's house. It was an irregular low stone building of Tibetan architecture, with slanting walls and small windows high up under the broad thatched roof, above which, in the middle, was a Chinese-looking square copper-gilt canopy, with projecting eaves and bells at the corners, surmounted by a ball and square spire. On either gable of the roof was a round-topped cylinder of gilded copper, something like a closed umbrella; this is a very frequent and characteristic Boodhist ornament, and is represented in Turner's plate of the mausoleum of Teshoo Lama ("Tibet" plate xi.); indeed the Rajah's canopy at Tumloong is probably a copy of the upper part of the building there represented, having been built by architects from Teshoo Loombo. It was surrounded by chaits, mendongs, poles with banners, and other religious erections; and though beautifully situated on a flat terrace overlooking the valley, we were much disappointed with its size and appearance.

On the brow of the hill behind was the large red goompa of the Tupgain Lama, the late heir-apparent to the temporal and spiritual authority in Sikkim; and near it a nunnery called Lagong, the lady abbess of which is a daughter of the Rajah, who, with the assistance of sisters, keeps an enormous Mani, or praying-cylinder, revolving perpetually to the prayer of "Om Mani Padmi hom." On this side was a similar spur, on which the gilded pinnacles and copper canopy of the Phadong* [Phadong means Royal, and this temple answers to a chapel royal for the Rajah.] goompa gleamed through the trees. At a considerable distance across the head of the valley was still a third goompa, that of Phenzong.

We were met by a large party of armed Lepchas, dressed in blue and white striped kirtles, broad loose scarlet jackets; and the little bamboo wattle hat lined with talc, and surmounted by a peacock's feather; they escorted us to the village, and then retired.

We encamped a few hundred feet below the Rajah's house, and close by those of Meepo and the Tchebu Lama's family, who are among the oldest and most respectable of Tibetan origin in Sikkim. The population on this, the north side of the Ryott, consists principally of Sikkim Bhoteeas and Tibetans, while the opposite is peopled by Lepchas. Crowds came to see us, and many brought presents, with which we were overwhelmed; but we could not help remarking that our cordial greetings were wholly from the older families attached to the Rajah, and from the Lamas; none proceeded from the Dewan's relatives or friends, nor therefore any in the name of the Rajah himself, or of the Sikkim government.

Tchebu Lama vainly used every endeavour to procure for us an audience with his highness; who was surrounded by his councillors, or Amlah, all of whom were adherents of the Dewan, who was in Tibet. My man Meepo, and the Tchebu Lama; who were ordered to continue in official attendance upon us, shrugged their shoulders, but could suggest no remedy. On the following morning Campbell was visited by many parties, amongst whom were the Lama's family, and that of the late Dewan (Ilam Sing), who implored us to send again to announce our presence, and not to dismiss at once the moonshie and his office,* [It is usual in India for Government officers when about to transact business, to travel with a staff (called office) of native interpreters, clerks, etc., of whom the chief is commonly called moonchie.] who had accompanied us for the purpose of a conference with the Rajah. Their wishes were complied with, and we waited till noon before proceeding.

Illustration—TCHEBU LAMA.

A gay and animated scene was produced by the concourse of women, dressed in their pretty striped and crossed cloaks, who brought tokens of good-will. Amongst them Meepo's wife appeared conspicuous from the large necklaces* [The lumps of amber forming these (called "Poshea") were larger than the fist: they are procured in East Tibet, probably from Birmah.] and amulets, corals, and silver filagree work, with which her neck and shoulders were loaded: she wore on her head a red tiara ("Patuk") bedizened with seed pearls and large turquoises, and a gold fillet of filagree bosses united by a web of slender chains; her long tails were elaborately plaited, and woven with beads, and her cloak hooked in front by a chain of broad silver links studded with turquoises. White silk scarfs, the emblem of peace and friendship, were thrown over our hands by each party; and rice, eggs, fowls, kids, goats, and Murwa beer, poured in apace, to the great delight of our servants.

We returned two visits of ceremony, one to Meepo's house, a poor cottage, to which we carried presents of chintz dresses for his two little girls, who were busy teazing their hair with cylindrical combs, formed of a single slender joint of bamboo slit all round half-way up into innumerable teeth. Our other visit was paid to the Lama's family, who inhabited a large house not far from the Rajah's. The lower story was an area enclosed by stone walls, into which the cattle, etc., were driven. An outside stone stair led to the upper story, where we were received by the head of the family, accompanied by a great concourse of Lamas. He conducted us to a beautiful little oratory at one end of the building, fitted up like a square temple, and lighted with latticed windows, covered with brilliant and tasteful paintings by Lhassan artists. The beams of the ceiling were supported by octagonal columns painted red, with broad capitals. Everywhere the lotus, the mani, and the chirki (or wheel with three rays, emblematic of the Boodhist Trinity), were introduced; "Om Mani Padmi hom" in gilt letters, adorned the projecting end of every beam;* [A mythical animal with a dog's head and blood-red spot over the forehead was not uncommon in this chapel, and is also seen in the Sikkim temples and throughout Tibet. Ermann, in his Siberian Travels, mentions it as occurring in the Khampa Lama's temple at Maimao chin; he conjectures it to have been the Cyclops of the Greeks, which according to the Homeric myth had a mark on the forehead, instead of an eye. The glory surrounding the heads of Tibetan deities is also alluded to by Ermann, who recognises in it the Nimbus of the ancients, used to protect the heads of statues from the weather, and from being soiled by birds; and adds that the glory of the ancient masters in painting was no doubt introduced into the Byzantine school from the Boodhists.] and the Chinese "cloud messenger," or winged dragon, floated in azure and gold along the capitals and beams, amongst scrolls and groups of flowers. At one end was a sitting figure of Gorucknath in Lama robes, surrounded by a glory, with mitre and beads; the right hand holding the Dorje, and the forefinger raised in prayer. Around was a good library of books. More presents were brought here, and tea served.

Illustration—CLASP OF A WOMAN'S CLOAK.

The route to Chola pass, which crosses the range of that name south of the Chola peak (17,320 feet) at the head of this valley, is across the Ryott, and then eastwards along a lofty ridge. Campbell started at noon, and I waited behind with Meepo, who wished me to see the Rajah's dwelling, to which we therefore ascended; but, to my guide's chagrin, we were met and turned back by a scribe, or clerk, of the Amlah. We were followed by a messenger, apologising and begging me to return; but I had already descended 1000 feet, and felt no inclination to reascend the hill, especially as there did not appear to be anything worth seeing. Soon after I had overtaken Campbell, he was accosted by an excessively dirty fellow, who desired him to return for a conference with the Amlah; this was of course declined, but, at the same time, Campbell expressed his readiness to receive the Amlah at our halting place.

The Ryott flows in a very tropical gorge 2000 feet above the sea; from the proximity of the snowy mountains, its temperature was only 64.3 degrees. Thence the ascent is very steep to Rungpo, where we took up our quarters at a rest house at an height of 6008 feet. This road is well kept, and hence onwards is traversed yearly by the Rajah on his way to his summer residence of Choombi, two marches beyond the Cbola pass; whither he is taken to avoid the Sikkim rains, which are peculiarly disagreeable to Tibetans. Rungpo commands a most beautiful view northwards, across the valley, of the royal residence, temples, goompas, hamlets, and cultivation, scattered over spurs that emerge from the forest, studded below with tree-ferns and plantains, and backed by black pine-woods and snowy mountains. In the evening the Amlah arrived to confer with Campbell; at first there was a proposal of turning us out of the house, in which there was plenty of room besides, but as we declined to move, except by his Highness's order, they put up in houses close by.

On the following morning they met us as we were departing for Chola pass, bringing large presents in the name of the Rajah, and excuses on their and his part for having paid us no respect at Tumloong, saying, that it was not the custom to receive strangers till after they had rested a day, that they were busy preparing a suitable reception, etc.; this was all false, and contrary to etiquette, but there was no use in telling them so. Campbell spoke firmly and kindly to them, and pointed out their incivility and the unfriendly tone of their whole conduct. They then desired Campbell to wait and discuss business affairs with them; this was out of the question, and he assured them that he was ever ready to do so with the Rajah, that he was now (as he had informed his Highness) on his way with me to the Chola and Yakla passes, and that we had, for want of coolies, left some loads behind us, which, if they were really friendly, they would forward. This they did, and so we parted; they (contrary to expectation) making no objection to Campbell's proceeding with me.

A long march up a very steep, narrow ridge took us by a good road to Laghep, a stone resting-house (alt. 10,475 feet) on a very narrow flat. I had abundance of occupation in gathering rhododendron-seeds, of which I procured twenty-four kinds* [These occurred in the following order in ascending, commencing at 6000 feet.—1. R. Dalhousiae; 2. R. vaccinioides; 3. R. camelliaeflorwm; 4. R. arboreum. Above 8000 feet:—5. R. argenteum; 6. R. Falconeri; 7. R. barbatum; 8. R. Campbelliae; 9. R. Edgeworthii; 10. R. niveum; 11. R. Thomsoni; 12. R. cinnabarinum; 13. R. glaucum. Above 10,500 feet:—14. R. lanatum; 15. R. virgatum; 16. R. campylocarpum; 17. R. ciliatum; 18. R. Hodgsoni; 19. R. campanulatum. Above 12,000 feet:—20. R. lepidotum; 21. R. fulgens; 22. R. Wightianum; 23. R. anthopogon; 24. R. setosum.] on this and the following day.

A very remarkable plant, which I had seen in flower in the Lachen valley, called "Loodoo-ma" by the Bhoteeas, and "Nomorchi" by Lepchas, grew on the ridge at 7000 feet; it bears a yellow fruit like short cucumbers, full of a soft, sweet, milky pulp, and large black seeds; it belongs to a new genus,* [This genus, for which Dr. Thomson and I, in our "Flora Indies," have proposed the name Decaisnea (in honour of my friend Professor J. Decaisne, the eminent French botanist), has several straight, stick-like, erect branches from the root, which bear spreading pinnated leaves, two feet long, standing out horizontally. The flowers are uni-sexual, green, and in racemes, and the fruits, of which two or three grow together, are about four inches long, and one in diameter. All the other plants of the natural order to which it belongs, are climbers.] allied to Stauntonia, of which two Himalayan kinds produce similar, but less agreeable edible fruits ("Kole-pot," Lepcha). At Laghep, iris was abundant, and a small bushy berberry (B. concinna) with oval eatable berries. The north wall of the house (which was in a very exposed spot) was quite bare, while the south was completely clothed with moss and weeds.

The rocks above Laghep were gneiss; below it, mica-schist, striking north-west, and dipping north-east, at a high angle. A beautiful yellow poppy-like plant grew in clefts at 10,000 feet; it has flowered in England, from seeds which I sent home, and bears the name of Cathcartia.* [See "Botanical Magazine," for 1852. The name was given in honour of the memory of my friend, the late J. F. Cathcart, Esq., of the Bengal Civil Service. This gentleman was devoted to the pursuit of botany, and caused a magnificent series of drawings of Dorjiling plants to be made by native artists during his residence there. This collection is now deposited at Kew, through the liberality of his family, and it is proposed to publish a selection from the plates, as a tribute to his memory. Mr. Cathcart, after the expiration of his Indian service, returned to Europe, and died at Lausanne on his way to England.]

We continued, on the following morning, in an easterly direction, up the same narrow steep ridge, to a lofty eminence called Phieung-goong (alt. 12,422 feet), from being covered with the Phieung, or small bamboo. Abies Webbiana begins here, and continues onwards, but, as on Tonglo, Mainom, and the other outer wetter Sikkim ranges, there is neither larch, Pinus excelsa, Abies Smithiana, or A. Brunoniana.

Hence we followed an oblique descent of 1,500 feet, to the bed of the Rutto river, through thick woods of pines and Rhododendron Hodgsoni, which latter, on our again ascending, was succeeded by the various alpine kinds. We halted at Barfonchen (alt. 11,233 feet), a stone-but in the silver-fir forest. Some yaks were grazing in the vicinity, and from their herdsman we learnt that the Dewan was at Choombi, on the road to Yakla; he had kept wholly out of the way during the summer, directing every unfriendly action to be pursued towards myself and the government by the Amlah, consisting of his brothers and relatives, whom he left at Tumloong.

The night was brilliant and starlight: the minimum thermometer fell to 27 degrees, a strong north-east wind blew down the valley, and there was a thick hoar-frost, with which the black yaks were drolly powdered. The broad leaves of R. Hodgsoni were curled, from the expansion of the frozen fluid in the layer of cells on the upper surface of the leaf, which is exposed to the greatest cold of radiation. The sun restores them a little, but as winter advances, they become irrecoverably cured, and droop at the ends of the branches.

We left Barfonchen on the 7th November, and ascended the river, near which we put up a woodcock. Emerging from the woods at Chumanako (alt. 12,590 feet), where there is another stone hut, the mountains become bleak, bare, and stony, and the rocks are all moutonneed by ancient glaciers. At 13,000 feet the ground was covered with ice, and all the streams were frozen. Crossing several rocky ledges, behind which were small lakes, a gradual ascent led to the summit of the Chola pass, a broad low depression, 14,925 feet above the sea, wholly bare of snow.

Campbell had preceded me, and I found him conversing with some Tibetans, who told him that there was no road hence to Yakla, and that we should not be permitted to go to Choombi. As the Chinese guard was posted in the neighbourhood, he accompanied one of the Tibetans to see the commandant, whilst I remained taking observations. The temperature was 33 degrees, with a violent, biting, dry east wind. The rocks were gneiss, striking north-east, and horizontal, or dipping north-west. The scanty vegetation consisted chiefly of grass and Sibbaldia.

In about an hour Meepo and some of my people came up and asked for Campbell, for whom the Tchebu Lama was waiting below: the Lama had remained at Rungpo, endeavouring to put matters on a better footing with the Amlah. Wishing to see the Tibet guard myself, I accompanied the two remaining Tibetans down a steep valley with cliffs on either hand, for several hundred feet, when I was overtaken by some Sikkim sepoys in red jackets, who wanted to turn me back forcibly: I was at a loss to understand their conduct, and appealed to the Tibetan sepoys, who caused them to desist. About 1000 feet down I found Campbell, with a body of about ninety Tibetans, a few of whom were armed with matchlocks, and the rest with bows and arrows. They were commanded by a Dingpun, a short swarthy man, with a flat-crowned cap with floss-silk hanging all round, and a green glass button in front; he wore a loose scarlet jacket, broadly edged with black velvet, and having great brass buttons of the Indian naval uniform; his subaltern was similarly dressed, but his buttons were those of the 44th Bengal Infantry. The commandant having heard of our wish to go round by Choombi, told Campbell that he had come purposely to inform him that there was no road that way to Yakla; he was very polite, ordering his party to rise and salute me when I arrived, and doing the same when we both left.

On our return we were accompanied by the Dingpun of the Tibetans and a few of his people, and were soon met by more Sikkim sepoys, who said they were sent from the Durbar, to bring Campbell back to transact business; they behaved very rudely, and when still half a mile from the Sikkim frontier, jostled him and feigned to draw their knives, and one of them pointed a spear-headed bow to his breast. Campbell defended himself with a stick, and remonstrated with them on their rudeness; and I, who had nothing but a barometer in my hand, called up the Tibetans. The Dingpun came instantly, and driving the Sikkim people forward, escorted us to the frontier, where he took an inscribed board from the chait, and showing us the great vermilion seal of the Emperor of China (or more probably of the Lhassan authorities) on one side, and two small brown ones of the Sikkim Rajah on the other; and giving us to understand that here his jurisdiction ceased, he again saluted and left us.

On descending, I was surprised to meet the Singtam Soubah, whom I had not seen since leaving Tungu; he was seated on a rock, and I remarked that he looked ashy pale and haggard, and that he salaamed to me only, and not to Campbell; and that Tchebu Lama, who was with him, seemed very uncomfortable. The Soubah wanted Campbell to stop for a conference, which at such a time, and in such a wind, was impossible, so he followed us to Chumanako, where we proposed to pass the night.

A great party of Sikkim Bhoteeas had assembled here, all strangers to me: I certainly thought the concourse unusually large, and the previous conduct to Campbell, strange, rude, and quite unintelligible, especially before the Tibetans. But the Bhoteeas were always a queer, and often insolent people,* [Captain Pemberton during his mission to Bhotan was repeatedly treated with the utmost insolence by the officials in that country (see Griffith's Journal). My Sirdar, Nimbo, himself a native of Bhotan, saw a good deal of the embassy when there, and told me many particulars as to the treatment to which it had been subjected, and the consequent low estimation in which both the ambassadors themselves and the Government whom they represented were held in Bhotan.] whom I was long ago tired of trying to understand, and they might have wanted to show off before their neighbours; and such was the confidence with which my long travels amongst them had inspired me, that the possibility of danger or violence never entered my head.

We went into the hut, and were resting ourselves on a log at one end of it, when, the evening being very cold, the people crowded in; on which Campbell went out, saying, that we had better leave the hut to them, and that he would see the tents pitched. He had scarcely left, when I heard him calling loudly to me, "Hooker! Hooker! the savages are murdering me!" I rushed to the door, and caught sight of him striking out with his fists, and struggling violently; being tall and powerful, he had already prostrated a few, but, a host of men bore him down, and appeared to be trampling on him; at the same moment I was myself seized by eight men, who forced me back into the hut, and down on the log, where they held me in a sitting posture, pressing me against the wall; here I spent a few moments of agony, as I heard my friend's stifled cries grow fainter and fainter. I struggled but little, and that only at first, for at least five-and-twenty men crowded round and laid their hands upon me, rendering any effort to move useless; they were, however, neither angry nor violent, and signed to me to keep quiet. I retained my presence of mind, and felt comfort in remembering that I saw no knives used by the party who fell on Campbell, and that if their intentions had been murderous, an arrow would have been the more sure and less troublesome weapon. It was evident that the whole animus was directed against Campbell, and though at first alarmed on my own account, all the inferences which, with the rapidity of lightning my mind involuntarily drew, were favourable.

After a few minutes, three persons came into the hut, and seated themselves opposite to me: I only recognised two of them; namely, the Singtam Soubah, pale, trembling like a leaf, and with great drops of sweat trickling from his greasy brow; and the Tchebu Lama, stolid, but evidently under restraint, and frightened. The former ordered the men to leave hold of me, and to stand guard on either side, and, in a violently agitated manner, he endeavoured to explain that Campbell was a prisoner by the orders of the Rajah, who was dissatisfied with his conduct as a government officer, during the past twelve years; and that he was to be taken to the Durbar and confined till the supreme government at Calcutta should confirm such articles as he should be compelled to subscribe to; he also wanted to know from me how Campbell would be likely to behave. I refused to answer any questions till I should be informed why I was myself made prisoner; on which he went away, leaving me still guarded. My own Sirdar then explained that Campbell had been knocked down, tied hand and foot, and taken to his tent, and that all his coolies were also bound, our captors claiming them as Sikkimites, and subjects of the Rajah.

Shortly afterwards the three returned, the Soubah looking more spectral than ever, and still more violently agitated, and I thought I perceived that whatever were his plans, he had failed in them. He asked me what view the Governor-General would take of this proceeding? and receiving no answer, he went off with the Tchebu Lama, and left me with the third individual. The latter looked steadily at me for some time, and then asked if I did not know him. I said I did not, when he gave his name as Dingpun Tinli, and I recognised in him one of the men whom the Dewan had sent to conduct us to the top of Mainom the previous year (see vol. i. chapter xiii). This opened my eyes a good deal, for he was known to be a right-hand man of the Dewan's, and had within a few months been convicted of kidnapping two Brahmin girls from Nepal,* [This act as I have mentioned at v. i. chapter xv, was not only a violation of the British treaty, but an outrage on the religion of Nepal. Jung Bahadoor demanded instant restitution, which Campbell effected; thus incurring the Dingpun's wrath, who lost, besides his prize, a good deal of money which the escapade cost him.] and had vowed vengeance against Campbell for the duty he performed in bringing him to punishment.

I was soon asked to go to my tent, which I found pitched close by; they refused me permission to see my fellow-prisoner, or to be near him, but allowed me to hang up my instruments, and arrange my collections. My guards were frequently changed during the night, Lepchas often taking a turn; they repeatedly assured me that there was no complaint or ill-feeling against me, that the better classes in Sikkim would be greatly ashamed of the whole affair, that Tchebu Lama was equally a prisoner, and that the grievances against Campbell were of a political nature, but what they were they did not know.

The night was very cold (thermometer 26 degrees), and two inches of snow fell. I took as many of my party as I could into my tent, they having no shelter fit for such an elevation (12,590 feet) at this season. Through the connivance of some of the people, I managed to correspond with Campbell, who afterwards gave me the following account of the treatment he had received. He stated that on leaving the hut, he had been met by Meepo, who told him the Soubah had ordered his being turned out. A crowd of sepoys then fell on him and brought him to the ground, knocked him on the head, trampled on him, and pressed his neck down to his chest as he lay, as if endeavouring to break it. His feet were tied, and his arms pinioned behind, the wrist of the right hand being bound to the left arm above the elbow; the cords were then doubled, and he was violently shaken. The Singtam Soubah directed all this, which was performed chiefly by the Dingpun Tinli and Jongpun Sangabadoo.* [This was the other man sent with us to Mainom, by the Dewan, in the previous December.] After this the Soubah came to me, as I have related; and returning, had Campbell brought bound before him, and asked him, through Tchebu Lama, if he would write from dictation. The Soubah was violent, excited, and nervous; Tchebu Lama scared. Campbell answered, that if they continued torturing him (which was done by twisting the cords round his wrists by a bamboo-wrench), he might say or do anything, but that his government would not confirm any acts thus extorted. The Soubah became still more violent, shook his bow in Campbell's face, and drawing his hand significantly across his throat, repeated his questions, adding others, enquiring why he had refused to receive the Lassoo Kajee as Vakeel, etc. (see chapter xviii).

The Soubah's people, meanwhile, gradually slunk away, seeing which he left Campbell, who was taken to his tent.

Early next morning Meepo was sent by the Soubah, to ask whether I would go to Yakla pass, or return to Dorjiling, and to say that the Rajah's orders had been very strict that I was not to be molested, and that I might proceed to whatever passes I wished to visit, whilst Campbell was to be taken back to the Durbar, to transact business. I was obliged to call upon the Soubah and Dingpun to explain their conduct of the previous day, which they declared arose from no ill-feeling, but simply from their fear of my interfering in Campbell's behalf; they could not see what reason I had to complain, so long as I was neither hurt nor bound. I tried in vain to explain to them that they could not so play fast and loose with a British subject, and insisted that if they really considered me free, they should place me with Campbell, under whose protection I considered myself, he being still the Governor-General's agent.

Much discussion followed this: Meepo urged me to go on to Yakla, and leave these bad people; and the Soubah and Dingpun, who had exceeded their orders in laying hands on me, both wished me away. My course was, however, clear as to the propriety of keeping as close to Campbell as I was allowed, so they reluctantly agreed to take me with him to the Durbar.

Tchebu Lama came to me soon afterwards, looking as stolid as ever, but with a gulping in his throat; he alone was glad I was going with them, and implored me to counsel Campbell not to irritate the Amlah by a refusal to accede to their dictates, in which case his life might be the forfeit. As to himself, the opposite faction had now got the mastery, there was nothing for it but to succumb, and his throat would surely be cut. I endeavoured to comfort him with the assurance that they dared not hurt Campbell, and that this conduct of a party of ruffians, influenced by the Dewan and their own private pique, did not represent his Rajah's feelings and wishes, as he himself knew; but the poor fellow was utterly unnerved, and shaking hands warmly, with his eyes full of tears, he took his leave.

We were summoned by the Dingpun to march at 10 a.m.: I demanded an interview with Campbell first, which was refused; but I felt myself pretty safe, and insisting upon it, he was brought to me. He was sadly bruised about the head, arms, and wrists, walked very lame, and had a black eye to boot, but was looking stout and confident.

I may here mention that seizing the representative of a neighbouring power and confining him till he shall have become amenable to terms, is a common practice along the Tibet, Sikkim, and Bhotan frontiers. It had been resorted to in 1847, by the Bhotanese, under the instructions of the Paro Pilo, who waylaid the Sikkim Rajah when still in Tibet, on his return from Jigatzi, and beleagured him for two months, endeavouring to bring him to their terms about some border dispute; on this occasion the Rajah applied to the British government for assistance, which was refused; and he was ultimately rescued by a Tibetan force.

In the present case the Dewan issued orders that Campbell was to be confined at Tumloong till he himself should arrive there; and the Rajah was kept in ignorance of the affair. The Sepoys who met us on our approach to Tumloong on the 3rd of November, were, I suspect, originally sent for the purpose; and I think that the Amlah also had followed us to Rungpo with the same object. Their own extreme timidity, and the general good-feeling in the country towards Campbell prevented its execution before, and, as a last resource, they selected the Singtam Soubah and Dingpun Tinli for the office, as being personally hostile to him. The Dewan meanwhile being in Tibet, and knowing that we were about to visit the frontier, for which I had full permission and escort, sent up the Tibetan guard, hoping to embroil them in the affair; in this he failed, and it drew upon him the anger of the Lhassan authorities.* [In the following summer (1850), when the Rajah, Dewan, and Soubah, repaired to Choombi, the Lhassan authorities sent a Commissioner to inquire into the affair, understanding that the Dewan had attempted to embroil the Tibetans in it. The commissioner asked the Rajah why he had committed such an outrage on the representative of the British government, under whose protection he was; thus losing his territory, and bringing English troops so near the Tibet frontier. The Rajah answered that he never did anything of the kind; that he was old and infirm, and unable to transact all his affairs; that the mischief had arisen out of the acts and ignorance of others, and finally begged the Commissioner to investigate the whole affair, and satisfy himself about it. During the inquiry that followed, the Dewan threw all the blame on the Tibetans, who, he said were alone implicated: this assertion was easily disproved, and on the conclusion of the inquiry the Commissioner railed vehemently at the Dewan, saying:—"You tried to put this business on the people of my country; it is an abominable lie. You did it yourselves, and no one else. The Company is a great monarchy; you insulted it, and it has taken its revenge. If you, or any other Tibetan, ever again cause a rupture with the English, you shall be taken with ropes round your necks to Pekin, there to undergo the just punishment of your offence under the sentence of the mighty Emperor."] The Soubah, in endeavouring to extort the new treaty by force, and the Dingpun, who had his own revenge to gratify, exceeded their instructions in using violence towards Campbell, whom the Dewan ordered should be simply taken and confined; they were consequently disgraced, long before we were released, and the failure of the stratagem thrown upon their shoulders.

During the march down to Laghep, Campbell was treated by the Dingpun's men with great rudeness: I kept as near as I was allowed, quietly gathering rhododendron seeds by the way. At the camping-ground we were again separated, at which I remonstrated with the Dingpun, also complaining of his people's insolent behaviour towards their prisoner, which he promised should be discontinued.

The next day we reached Rungpo, where we halted for further instructions: our tents were placed apart, but we managed to correspond by stealth. On the 10th of November we were conducted to Tumloong: a pony was brought for me, but I refused it, on seeing that Campbell was treated with great indignity, and obliged to follow at the tail of the mule ridden by the Dingpun, who thus marched him in triumph up to the village.

I was taken to a house at Phadong, and my fellow traveller was confined in another at some distance to the eastward, a stone's throw below the Rajah's; and thrust into a little cage-like room. I was soon visited by an old Lama, who assured me that we were both perfectly safe, but that there were many grievances against Campbell. The Soubah arrived shortly after, bringing me compliments, nominally in the Rajah's name, and a substantial present, consisting of a large cow, sheep, fowls, a brick of tea, bags of rice, flour, butter, eggs, and a profusion of vegetables. I refused to take them on the friendly terms on which they were brought, and only accepted them as provisions during my detention. I remonstrated again about our separation, and warned the Soubah of the inevitable consequence of this outrage upon the representative of a friendly power, travelling under the authority of his own government, unarmed and without escort: he was greatly perplexed, and assured me that Campbell's detention was only temporary, because he had not given satisfaction to the Rajah, and as the latter could not get answers to his demands from Calcutta in less than a month, it was determined to keep him till then; but to send me to Dorjiling. He returned in the evening to tell me that Campbell's men (with the exception only of the Ghorkas* [These people stood in far greater fear of the Nepalese than of the English, and the reason is obvious: the former allow no infraction of their rights to pass unnoticed, whereas we had permitted every article of our treaty to be contravened.]) had been seized, because they were runaway slaves from Sikkim; but that I need not alarm myself, for mine should be untouched.

The hut being small, and intolerably dirty, I pitched my tent close by, and lived in it for seven days: I was not guarded, but so closely watched, that I could not go out for the most trifling purpose, except under surveillance. They were evidently afraid of my escaping; I was however treated with civility, but forbidden to communicate either with Campbell or with Dorjiling.

The Soubah frequently visited me, always protesting I was no prisoner, that Campbell's seizure was a very trifling affair, and the violence employed all a mistake. He always brought presents, and tried to sound me about the government at Calcutta. On the 12th he paid his last visit, looking wofully dejected, being out of favour at court, and dismissed to his home: he referred me to Meepo for all future communications to the Rajah, and bade me a most cordial farewell, which I regretted being unable to return with any show of kind feeling. Poor fellow! he had staked his last, and lost it, when he undertook to seize the agent of the most powerful government in the east, and to reduce him to the condition of a tool of the Dewan. Despite the many obstructions he had placed in my way, we had not fallen out since July; we had been constant companions, and though at issue, never at enmity. I had impeached him, and my grievances had been forwarded to the Rajah with a demand for his punishment, but he never seemed to owe me a grudge for that, knowing the Rajah's impotence as compared with the power of the Dewan whom he served; and, in common with all his party, presuming on the unwillingness of the British government to punish.

On the 13th of November I was hurriedly summoned by Meepo to the Phadong temple, where I was interrogated by the Amlah, as the Rajah's councillors (in this instance the Dewan's adherents) are called. I found four China mats placed on a stone bench, on one of which I was requested to seat myself, the others being occupied by the Dewan's elder brother, a younger brother of the Gangtok Kajee (a man of some wealth), and an old Lama: the conference took place in the open air and amongst an immense crowd of Lamas, men, women, and children.

I took the initiative (as I made a point of doing on all such occasions) and demanded proper interpreters, which were refused; and the Amlah began a rambling interrogatory in Tibetan, through my Lepcha Sirdar Pakshok, who spoke very little Tibetan or Hindostanee, and my half-caste servant, who spoke as little English. The Dewan's brother was very nervously counting his beads, and never raised his eyes while I kept mine steadily upon him.

He suggested most of the queries, every one of which took several

minutes, as he was constantly interrupted by the Kajee, who was very

fat and stupid: the Lama scarcely spoke, and the bystanders never.

My connection with the Indian government was first enquired into; next they came to political matters, upon which I declined entering; but I gathered that their object was to oblige Campbell to accept the Lassoo Kajee as Vakeel, to alter the slavery laws, to draw a new boundary line with Nepal, to institute direct communication between themselves and the Governor-General,* [They were prompted to demand this by an unfortunate oversight that occurred at Calcutta some years before. Vakeels from the Sikkim Durbar repaired to that capital, and though unaccredited by the Governor-General's agent at Dorjiling, were (in the absence of the Governor-General) received by the president of the council in open Durbar. The effect was of course to reduce the Governor-General's agent at Dorjiling to a cipher.] and to engage that there should be no trade or communication between Sikkim and India, except through the Dewan: all of these subjects related to the terms of the original treaty between the Rajah and the Indian government. They told me they had sent these proposals to the government through Dorjiling,* [These letters, which concluded with a line stating that Campbell was detained at Tumloong till favourable answers should be received, had arrived at Dorjiling; but being written in Tibetan, and containing matters into which no one but Campbell could enter, they were laid on one side till his return.

The interpreter did not read the last line, which stated that Dr. Campbell was detained till answers were received, and the fact of our capture and imprisonment therefore remained unknown for several weeks.] but had received no acknowledgment from the latter place, and they wanted to know the probable result at Calcutta. As the only answer I could give might irritate them, I again declined giving any. Lastly, they assured me that no blame was imputed to myself, that on the contrary I had been travelling under the Rajah's protection, who rejoiced in my success, that I might have visited Yakla pass as I had intended doing, but that preferring to accompany my friend, they had allowed me to do so, and that I might now either join him, or continue to live in my tent: of course I joyfully accepted the former proposal. After being refused permission to send a letter to Dorjiling, except I would write in a character which they could read, I asked if they had anything more to say, and being answered in the negative, I was taken by Meepo to Campbell, heartily glad to end a parley which had lasted for an hour and a half.

I found my friend in good health and spirits, strictly guarded in a small thatched hut, of bamboo wattle and clay: the situation was pretty, and commanded a view of the Ryott valley and the snowy mountains; there were some picturesque chaits hard by, and a blacksmith's forge. Our walks were confined to a few steps in front of the hut, and included a puddle and a spring of water. We had one black room with a small window, and a fire in the middle on a stone; we slept in the narrow apartment behind it, which was the cage in which Campbell had been at first confined, and which exactly admitted us both, lying on the floor. Two or three Sepoys occupied an adjoining room, and had a peep-hole through the partition-wall.

My gratification at our being placed together was damped by the seizure of all my faithful attendants except my own servant, and one who was a Nepalese: the rest were bound, and placed in the stocks and close confinement, charged with being Sikkim people who had no authority to take service in Dorjiling. On the contrary they were all registered as British subjects, and had during my travels been recognised as such by the Rajah and all his authorities. Three times the Soubah and others had voluntarily assured me that my person and people were inviolate; nor was there any cause for this outrage but the fear of their escaping with news to Dorjiling, and possibly a feeling of irritation amongst the authorities at the failure of their schemes. Meanwhile we were not allowed to write, and we heard that the bag of letters which we had sent before our capture had been seized and burnt. Campbell greatly feared that they would threaten Dorjiling with a night attack,* [Threats of sacking Dorjiling had on several previous occasions been made by the Dewan, to the too great alarm of the inhabitants, who were ignorant of the timid and pacific disposition of the Lepchas, and of the fact that there are not fifty muskets in the country, nor twenty men able to use them. On this occasion the threats were coupled with the report that we were murdered, and that the Rajah had asked for 50,000 Tibetan soldiers, who were being marched twenty-five days' journey over passes 16,000 feet high, and deep in snow, and were coming to drive the English out of Sikkim! I need hardly observe that the Tibetans (who have repeatedly refused to interfere on this side the snows) had no hand in the matter, or that, supposing they could collect that number of men in all Tibet, it would be impossible to feed them for a week, there or in Sikkim. Such reports unfortunately spread a panic in Dorjiling: the guards were called in from all the outposts, and the ladies huddled into one house, whilst the males stood on the defensive; to the great amusement of the Amlah at Tumloong, whose insolence to us increased proportionally.] as we heard that the Lassoo Kajee was stationed at Namtchi with a party for that purpose, and all communication cut off, except through him.

Illustration—HORNS OF THE SHOWA STAG (Cervus Wallichii), A NATIVE

OF CHOOMBI IN TIBET.

Length of antler, 4 feet 6 in.

CHAPTER XXVI.

Dr. Campbell is ordered to appear at Durbar — Lamas called to council — Threats — Searcity of food — Arrival of Dewan — Our jailer, Thoba-sing — Temperature, etc., at Tumloong — Services of Goompas — Lepcha girl — Jew's-harp — Terror of servants — Ilam-sing's family — Interview with Dewan — Remonstrances — Dewan feigns sickness — Lord Dalhousie's letter to Rajah — Treatment of Indo-Chinese — Concourse of Lamas — Visit of Tchebu Lama — Close confinement — Dr. Campbell's illness — Conference with Amlah — Relaxation of confinement — Pemiongchi Lama's intercession — Escape of Nimbo — Presents from Rajah, Ranee and people — Protestations of friendship — Mr. Lushington sent to Dorjiling — Leave Tumloong — Cordial farewell — Dewan's merchandise — Gangtok Kajee — Dewan's pomp — Governor-General's letter — Dikkeeling — Suspicion of poison — Dinner and pills — Tobacco — Bhotanese colony — Katong-ghat on Teesta — Wild lemons — Sepoys' insolence — Dewan alarmed — View of Dorjiling — Threats of a rescue — Fears of our escape — Tibet flutes — Negotiate our release — Arrival at Dorjiling — Dr. Thomson joins me — Movement of troops at Dorjiling — Seizure of Rajah's Terai property.

Since his confinement, Dr. Campbell had been desired to attend the Durbar for the purpose of transacting business, but had refused to go, except by compulsion, considering that in the excited state of the authorities, amongst whom there was not one person of responsibility or judgment, his presence would not only be useless, but he might be exposed to further insult or possibly violence.

On the 15th of November we were informed that the Dewan was on his way from Tibet: of this we were glad, for knave as he was, we had hitherto considered him to possess sense and understanding. His agents were beginning to find out their mistake, and summoned to council the principal Lamas and Kajees of the country, who, to a man, repudiated the proceedings, and refused to attend. Our captors were extremely anxious to induce us to write letters to Dorjiling, and sent spies of all kinds to offer us facilities for secret correspondence. The simplicity and clumsiness with which these artifices were attempted would have been ludicrous under other circumstances; while the threat of murdering Campbell only alarmed us, inasmuch as it came from people too stupid to be trusted. We made out that all Sikkim people were excluded from Dorjiling, and the Amlah consequently could not conceal their anxiety to know what had befallen their letters to government.

Meanwhile we were but scantily fed, and our imprisoned coolies got nothing at all. Our guards, were supplied with a handful of rice or meal as the day's allowance; they were consequently grumbling,* [The Rajah has no standing army; not even a body-guard, and these men were summoned to Tumloong before our arrival: they had no arms and received no pay, but were fed when called out on duty. There is no store for grain, no bazaar or market, in any part of the country, each family growing little enough for its own wants and no more; consequently Sikkim could not stand on the defensive for a week. The Rajah receives his supply of grain in annual contributions from the peasantry, who thus pay a rent in kind, which varies from little to nothing, according to the year, etc. He had also property of his own in the Terai, but the slender proceeds only enabled him to trade with Tibet for tea, etc.] and were daily reduced in number. The supplies of rice from the Terai, beyond Dorjiling, were cut off by the interruption of communication, and the authorities evidently could not hold us long at this rate: we sent up complaints, but of course received no answer.

The Dewan arrived in the afternoon in great state; carried in an English chair given him by Campbell some years before, habited in a blue silk cloak lined with lambskin, and wearing an enormous straw hat with a red tassel, and black velvet butterflies on the flapping brim. He was accompanied by a household of women, who were laden with ornaments, and wore boots, and sat astride on ponies; many Lamas were also with him, one of whom wore a broad Chinese-like hat covered with polished copper foil. Half a dozen Sepoys with matchlocks preceded him, and on approaching Tumloong, bawled out his titles, dignities, etc., as was formerly the custom in England.

Illustration—RAJAH'S RESIDENCE, AND THE HUT ASSIGNED TO US. ARRIVAL

OF THE DEWAN.

At Dorjiling our seizure was still unknown: our letters were brought to us, but we were not allowed to answer them. Now that the Dewan had arrived, we hoped to come to a speedy explanation with him, but he shammed sickness, and sent no answer to our messages; if indeed he received them. Our guards were reduced to one Sepoy with a knife, who was friendly; and a dirty, cross-eyed fellow named Thoba-sing, who, with the exception of Tchebu Lama, was the only Bhoteea about the Durbar who could speak Hindostanee, and who did it very imperfectly: he was our attendant and spy, the most barefaced liar I ever met with, even in the east; and as cringing and obsequious when alone with us, as he was to his masters on other occasions, when he never failed to show off his authority over us in an offensive manner. Though he was the most disagreeable fellow we were ever thrown in contact with, I do not think that he was therefore selected, but solely from his possessing a few words of Hindostanee, and his presumed capability of playing the spy.

The weather was generally drizzling or rainy, and we were getting very tired of our captivity; but I beguiled the time by carefully keeping my meteorological register,* [During the thirty days spent at Tumloong, the temperature was mild and equable, with much cloud and drizzle, but little hard rain; and we experienced violent thunder-storms, followed by transient sunshine. Unlike 1848, the rains did not cease this year before the middle of December; nor had there been one fine month since April. The mean temperature, computed from 150 observations, was 50.2 degrees, and from the maximum and minimum thermometer 49.6 degrees, which is a fair approximation to the theoretical temperature calculated for the elevation and month, and allows a fall of 1 degree for 320 feet of ascent. The temperature during the spring (from 50 observations) varied during the day from 2.4 degrees to 5.8 degrees higher than that of the air, the greatest differences occurring morning and evening. The barometric tide amounted to 0.091 between 9.50 a.m. and 4 p.m., which is less than at the level of the plains of India, and more than at any greater elevation than Tumloong. The air was always damp, nearly saturated at night, and the mean amount of humidity for ninety-eight observations taken during the day was only 0.850, corresponding to a dew-point of 49.6 degrees, or 5.2 degrees below that of the air.] and by reducing many of my previous observations. Each morning we were awakened at daybreak by the prolonged echos of the conchs, trumpets, and cymbals, beaten by the priests before the many temples in the valley: wild and pleasing sounds, often followed by their choral chants. After dark we sat over the fire, generally in company with a little Lepcha girl, who was appointed to keep us in fire-wood, and who sat watching our movements with childish curiosity. Dolly, as we christened her, was a quick child and a kind one, intolerably dirty, but very entertaining from her powers of mimicry. She was fond of hearing me whistle airs, and procured me a Tibetan Jews'-harp,* [This instrument (which is common in Tibet) is identical with the European, except that the tongue is produced behind the bow, in a strong steel spike, by which the instrument is held firmer to the mouth.] with which, and coarse tobacco, which I smoked out of a Tibetan brass pipe, I wiled away the dark evenings, whilst my cheerful companion amused himself with an old harmonicon, to the enchantment of Dolly and our guards and neighbours.

Illustration—TIBET PIPE, AND TINDER-POUCH WITH STEEL ATTACHED.

The messengers from Dorjiling were kept in utter ignorance of our confinement till their arrival at Tumloong, when they were cross-questioned, and finally sent to us. They gradually became too numerous, there being only one apartment for ourselves, and such of our servants as were not imprisoned elsewhere. Some of them were frightened out of their senses, and the state of abject fear and trembling in which one Limboo arrived, and continued for nearly a week, was quite distressing* [It amounted to a complete prostration of bodily and mental powers: the man trembled and started when spoken to, or at any noise, a cold sweat constantly bedewed his forehead, and he continued in this state for eight days. No kindness on Campbell's part could rouse him to give any intelligible account of his fears or their cause. His companions said he had lost his goroo, i.e., his charm, which the priest gives him while yet a child, and which he renews or gets re-sanctified as occasion requires. To us the circumstance was extremely painful.] to every one except Dolly, who mimicked him in a manner that was irresistibly ludicrous. Whether he had been beaten or threatened we could not make out, nor whether he had heard of some dark fate impending over ourselves—a suspicion which would force itself on our minds; especially as Thoba-sing had coolly suggested to the Amlah the dispatching of Campbell, as the shortest way of getting out of the scrape! We were also ignorant whether any steps were being taken at Dorjiling for our release, which we felt satisfied must follow any active measures against these bullying cowards, though they themselves frequently warned us that we should be thrown into the Teesta if any such were pursued.

So long as our money lasted, we bought food, for the Durbar had none to give; and latterly my ever charitable companion fed our guards, including Dolly and Thoba-sing, in pity to their pinched condition. Several families sent us small presents, especially that of the late estimable Dewan, Ilam-sing, whose widow and daughters lived close by, and never failed to express in secret their sympathy and good feeling.

Tchebu Lama's and Meepo's families were equally forward in their desire to serve us; but they were marked men, and could only communicate by stealth.

Our coolies were released on the 18th, more than half starved, but the Sirdars were still kept in chains or the stocks: some were sent back to Dorjiling, and the British subjects billetted off amongst the villagers, and variously employed by the Dewan: my lad, Cheytoong, was set to collect the long leaves of a Tupistra, called "Purphiok," which yield a sweet juice, and were chopped up and mixed with tobacco for the Dewan's hookah.

November 20th.—The Dewan, we heard this day, ignored all the late proceedings, professing to be enraged with his brother and the Amlah, and refusing to meddle in the matter. This was no doubt a pretence: we had sent repeatedly for an explanation with himself or the Rajah, from which he excused himself on the plea of ill-health, till this day, when he apprized us that he would meet Campbell, and a cotton tent was pitched for the purpose.

We went about noon, and were received with great politeness and shaking of hands by the Dewan, the young Gangtok Kajee, and the old monk who had been present at my examination at Phadong. Tchebu Lama's brother was also there, as a member of the Amlah, lately taken into favour; while Tchebu himself acted as interpreter, the Dewan speaking only Tibetan. They all sat cross-legged on a bamboo bench on one side, and we on chairs opposite them: walnuts and sweetmeats were brought us, and a small present in the Rajah's name, consisting of rice, flour, and butter.

The Dewan opened the conversation both in this and another conference, which took place on the 22nd, by requesting Campbell to state his reasons for having desired these interviews. Neither he nor the Amlah seemed to have the smallest idea of the nature and consequences of the acts they had committed, and they therefore anxiously sought information as to the view that would be taken of them by the British Government. They could not see why Campbell should not transact business with them in his present condition, and wanted him to be the medium of communication between themselves and Calcutta. The latter confined himself to pointing out his own views of the following subjects:—1. The seizing and imprisoning of the agent of a friendly power, travelling unarmed and without escort, under the formal protection of the Rajah, and with the authority of his own government. 2. The aggravation of this act of the Amlah, by our present detention under the Dewan's authority. 3. The chance of collision, and the disastrous consequences of a war, for which they had no preparation of any kind. 4. The impossibility of the supreme government paying any attention to their letters so long as we were illegally detained.

All this sank deep into the Dewan's heart: he answered, "You have spoken truth, and I will submit it all to the Rajah;" but at the same time he urged that there was nothing dishonourable in the imprisonment, and that the original violence being all a mistake, it should be overlooked by both parties. We parted on good terms, and heard shortly after the second conference that our release was promised and arranged: when a communication* [I need scarcely say that every step was taken at Dorjiling for our release, that the most anxious solicitude for our safety could suggest. But the first communication to the Rajah, though it pointed out the heinous nature of his offence, was, through a natural fear of exasperating our captors, couched in very moderate language. The particulars of our seizure, and the reasons for it, and for our further detention, were unknown at Dorjiling, or a very different line of policy would have been pursued.] from Dorjiling changed their plans, the Dewan conveniently fell sick on the spot, and we were thrown back again.

In the meantime, however, we were allowed to write to our friends, and to receive money and food, of which we stood in great need. I transmitted a private account of the whole affair to the Governor-General, who was unfortunately at Bombay, but to whose prompt and vigorous measures we were finally indebted for our release. His lordship expedited a despatch to the Rajah, such as the latter was accustomed to receive from Nepal, Bhotan, or Lhassa, and such as alone commands attention from these half-civilized Indo-Chinese, who measure power by the firmness of the tone adopted towards them; and who, whether in Sikkim, Birmah, Siam, Bhotan, or China, have too long been accustomed to see every article of our treaties contravened, with no worse consequences than a protest or a threat, which is never carried into execution till some fatal step calls forth the dormant power of the British Government.* [We forget that all our concessions to these people are interpreted into weakness; that they who cannot live on an amicable equality with one another, cannot be expected to do so with us; that all our talk of power and resources are mere boasts to habitual bullies, so long as we do not exert ourselves in the correction of premeditated insults. No Government can be more tolerant, more sincerely desirous of peace, and more anxious to confine its sway within its own limits than that of India, but it can only continue at peace by demanding respect, and the punctilious enforcement of even the most trifling terms in the treaties it makes with Indo-Chinese.]

The end of the month arrived without bringing any prospect of our release, whilst we were harassed by false reports of all kinds. The Dewan went on the 25th to a hot bath, a few hundred feet down the hill; he was led past our hut, his burly frame tottering as if in great weakness, but a more transparent fraud could not have been practised: he was, in fact, lying on his oars, pending further negotiations. The Amlah proposed that Campbell should sign a bond, granting immunity for all past offences on their part, whilst they were to withdraw the letter of grievances against him. The Lamas cast horoscopes for the future, little presents continually arrived for us, and the Ranee sent me some tobacco, and to Campbell brown sugar and Murwa beer. The blacksmiths, who had been ostentatiously making long knives at the forge hard by, were dismissed; troops were said to be arriving at Dorjiling, and a letter sternly demanding our release bad been received.

The Lamas of Pemiongchi, Changachelling, Tassiding, etc., and the Dewan's enemies, and Tchebu Lama's friends, began to flock from all quarters to Tumloong, demanding audience of the Rajah, and our instant liberation. The Dewan's game was evidently up; but the timidity of his opponents, his own craft, and the habitual dilatoriness of all, contributed to cause endless delays. The young Gangtok Kajee tried to curry favour with us, sending word that he was urging our release, and adding that he had some capital ponies for us to see on our way to Dorjiling! Many similar trifles showed that these people had not a conception of the nature of their position, or of that of an officer of the British Government.

The Tchebu Lama visited us only once, and then under surveillance; he renewed his professions of good faith, and we had every reason to know that he had suffered severely for his adherence to us, and consistent repudiation of the Amlah's conduct; he was in great favour with his brother Lamas, but was not allowed to see the Rajah, who was said to trust to him alone of all his counsellors. He told us that peremptory orders had arrived from Calcutta for our release, but that the Amlah had replied that they would not acknowledge the despatch, from its not bearing the Governor-General's great seal! The country-people refusing to be saddled with the keep of our coolies, they were sent to Dorjiling in small parties, charged to say that we were free, and following them.

The weather continued rainy and bad, with occasionally a few hours of sunshine, which, however, always rendered the ditch before our door offensive: we were still prevented leaving the hot, but as a great annual festival was going on, we were less disagreeably watched. Campbell was very unwell, and we had no medicine; and as the Dewan, accustomed to such duplicity himself, naturally took this for a ruse, and refused to allow us to send to Dorjiling for any, we were more than ever convinced that his own sickness was simulated.

On the 2nd and 3rd December we had further conferences with the Dewan, who said that we were to be taken to Dorjiling in six days, with two Vakeels from the Rajah. The Pemiongchi Lama, as the oldest and most venerated in Sikkim, attended, and addressed Campbell in a speech of great feeling and truth. Having heard, he said, of these unfortunate circumstances a few days ago, he had come on feeble limbs, and though upwards of seventy winters old, as the representative of his holy brotherhood, to tender advice to his Rajah, which he hoped would be followed: Since Sikkim had been connected with the British rule, it had experienced continued peace and protection; whereas before they were in constant dread of their lives and properties, which, as well as their most sacred temples, were violated by the Nepalese and Bhotanese. He then dwelt upon Campbell's invariable kindness and good feeling, and his exertions for the benefit of their country, and for the cementing of friendship, and hoped he would not let these untoward events induce an opposite course in future but that he would continue to exert his influence with the Governor-General in their favour.

The Dewan listened attentively; he was anxious and perplexed, and evidently losing his presence of mind: he talked to us of Lhassa and its gaieties, dromedaries, Lamas, and everything Tibetan; offered to sell us ponies cheap, and altogether behaved in a most, undignified manner; ever and anon calling attention to his pretended sick leg, which he nursed on his knee. He gave us the acceptable news that the government at Calcutta had sent up an officer to carry on Campbell's duties, which had alarmed him exceedingly. The Rajah, we were told, was very angry at our seizure and detention; he had no fault to find with the Governor-General's agent, and hoped he would be continued as such. In fact, all the blame was thrown on the brothers of the Dewan, and of the Gangtok Kajee, and more irresponsible stupid boors could not have been found on whom to lay it, or who would have felt less inclined to commit such folly if it had not been put on them by the Dewan. On leaving, white silk scarfs were thrown over our shoulders, and we went away, still doubtful, after so many disappointments, whether we should really be set at liberty at the stated period.

Although there was so much talk about our leaving, our confinement continued as rigorous as ever. The Dewan curried favour in every other way, sending us Tibetan wares for purchase, with absurd prices attached, he being an arrant pedlar. All the principal families waited on us, desiring peace and friendship. The coolies who had not been dismissed were allowed to run away, except my Bhotan Sirdar, Nimbo, against whom the Dewan was inveterate;* [The Sikkim people are always at issue with the Bhotanese. Nimbo was a runaway slave of the latter country, who had been received into Sikkim, and retained there until he took up his quarters at Dorjiling.] he, however, managed soon afterwards to break a great chain with which his legs were shackled, and marching at night, eluded a hot pursuit, and proceeded to the Teesta, swam the river, and reached Dorjiling in eight days; arriving with a large iron ring on each leg, and a link of several pounds weight attached to one.

Parting presents arrived from the Rajah on the 7th, consisting of ponies, cloths, silks, woollens, immense squares of butter, tea, and the usual et ceteras, to the utter impoverishment of his stores: these he offered to the two Sahibs, "in token of his amity with the British government, his desire for peace, and deprecation of angry discussions." The Ranee sent silk purses, fans, and such Tibetan paraphernalia, with an equally amicable message, that "she was most anxious to avert the consequences of whatever complaints had gone forth against Dr. Campbell, who might depend on her strenuous exertions to persuade the Rajah to do whatever he wished!" These friendly messages were probably evoked by the information that an English regiment, with three guns, was on its way to Sikkim, and that 300 of the Bhaugulpore Rangers had already arrived there. The government of Bengal sending another agent* [Mr. Lushington, the gentleman sent to conduct Sikkim affairs during Dr. Campbell's detention: to whom I shall ever feel grateful for his activity in our cause, and his unremitting attention to every little arrangement that could alleviate the discomforts and anxieties of our position.] to Dorjiling, was also a contingency they had not anticipated, having fully expected to get rid of any such obstacle to direct communication with the Governor-General.

A present from the whole population followed that of the Ranee, coupled with earnest entreaties that Campbell would resume his position at Dorjiling; and on the following day forty coolies mustered to arrange the baggage. Before we left, the Ranee sent three rupees to buy a yard of chale and some gloves, accompanying them with a present of white silk, etc., for Mrs. Campbell, to whom the commission was intrusted: a singular instance of the insouciant simplicity of these odd people.

The 9th of December was a splendid and hot day, one of the very few we had had during our captivity. We left at noon, descending the hill through an enormous crowd of people, who brought farewell presents, all wishing us well. We were still under escort as prisoners of the Dewan, who was coolly marching a troop of forty unloaded mules and ponies, and double that number of men's loads of merchandize, purchased during the summer in Tibet, to trade with at Dorjiling and the Titalya fair! His impudence or stupidity was thus quite inexplicable; treating us as prisoners, ignoring every demand of the authorities at Dorjiling, of the Supreme Council of Calcutta, and of the Governor-General himself; and at the same time acting as if he were to enter the British territories on the most friendly and advantageous footing for himself and his property, and incurring so great an expense in all this as to prove that he was in earnest in thinking so.

Tchebu Lama accompanied us, but we were not allowed to converse with him. We halted at the bottom of the valley, where the Dewan invited us to partake of tea; from this place he gave us mules* [The Tibet mules are often as fine as the Spanish: I rode one which had performed a journey from Choombi to Lhassa in fifteen days, with a man and load.] or ponies to ride, and we ascended to Yankoong, a village 3,867 feet above the sea. On the following day we crossed a high ridge from the Ryott valley to that of the Rungmi; where we camped at Tikbotang (alt. 3,763 feet), and, on the 11th at Gangtok Sampoo, a few miles lower down the same valley.

We were now in the Soubahship of the Gangtok Kajee; a member of the oldest and most wealthy family in Sikkim; he had from the first repudiated the late acts of the Amlah, in which his brother had taken part, and had always been hostile to the Dewan. The latter conducted himself with disagreeable familiarity towards us, and hauteur towards the people; he was preceded by immense kettle-drums, carried on men's backs, and great hand-bells, which were beaten and rung on approaching villages; on which occasions he changed his dress of sky-blue for yellow silk robes worked with Chinese dragons, to the indignation of Tchebu Lama, an amber robe in polite Tibetan society being sacred to royalty and the Lamas. We everywhere perceived unequivocal symptoms of the dislike with which he was regarded. Cattle were driven away, villages deserted, and no one came to pay respects, or bring presents, except the Kajees, who were ordered to attend, and his elder brother, for whom he had usurped an estate near Gangtok.

On the 13th, he marched us a few miles, and then halted for a day at Serriomsa (alt. 2,820 feet), at the bottom of a hot valley full of irrigated rice-crops and plantain and orange-groves. Here the Gangtok Kajee waited on us with a handsome present, and informed us privately of his cordial hatred of the "upstart Dewan," and hopes for his overthrow; a demonstration of which we took no notice.* [Nothing would have been easier than for the Gangtok Kajee, or any other respectable man in Sikkim, to have overthrown the Dewan and his party; but these people are intolerably apathetic, and prefer being tyrannized over to the trouble of shaking off the yoke.] The Dewan's brother (one of the Amlah) also sent a large present, but was ashamed to appear. Another letter reached the Dewan here, directed to the Rajah; it was from the Governor-General at Bombay, and had been sent across the country by special messengers: it demanded our instant release, or his Raj would be forfeited; and declared that if a hair of our heads were touched, his life should be the penalty.

The Rajah was also incessantly urging the Dewan to hasten us onwards as free men to Dorjiling, but the latter took all remonstrances with assumed coolness, exercised his ponies, played at bow and arrow, intruded on us at mealtimes to be invited to partake, and loitered on the road, changing garments and hats, which he pestered us to buy. Nevertheless, be was evidently becoming daily more nervous and agitated.

From the Rungmi valley we crossed on the 14th southward to that of Runniok, and descended to Dikkeeling, a large village of Dhurma Bhoteeas (Bhotanese), which is much the most populous, industrious, and at the same time turbulent, in Sikkim. It is 4,950 feet above the sea, and occupies many broad cultivated spurs facing the south. This district once belonged to Bhotan, and was ceded to the Sikkim Rajah by the Paro Pilo,* [The temporal sovereign, in contra-distinction to the Dhurma Rajah, or spiritual sovereign of Bhotan.] in consideration of some military services, rendered by the former in driving off the Tibetans, who had usurped it for the authorities of Lhassa. Since then the Sikkim and Bhotan people have repeatedly fallen out, and Dikkeeling has become a refuge for runaway Bhotanese, and kidnapping is constantly practised on this frontier.

The Dewan halted us here for three days, for no assigned cause. On the 16th, letters arrived, including a most kind and encouraging one from Mr. Lushington, who had taken charge of Campbell's office at Dorjiling. Immediately after arriving, the messenger was seized with violent vomitings and gripings: we could not help suspecting poison, especially as we were now amongst adherents of the Dewan, and the Bhotanese are notorious for this crime. Only one means suggested itself for proving this, and with Campbell's permission I sent my compliments to the Dewan, with a request for one of his hunting dogs to eat the vomit. It was sent at once, and performed its duty without any ill effects. I must confess to having felt a malicious pleasure in the opportunity thus afforded of showing our jailor how little we trusted him; feeling indignant at the idea that he should suppose he was making any way in our good opinion by his familiarities, which we were not in circumstances to resist.

The crafty fellow, however, outwitted me by inviting us to dine with him the same day, and putting our stomachs and noses to a severe test. Our dinner was served in Chinese fashion, but most of the luxuries, such as beche-de-mer, were very old and bad. We ate, sometimes with chop-sticks, and at others with Tibetan spoons, knives, and two-pronged forks. After the usual amount of messes served in oil and salt water, sweets were brought, and a strong spirit. Thoba-sing, our filthy, cross-eyed spy, was waiter, and brought in every little dish with both hands, and raised it to his greasy forehead, making a sort of half bow previous to depositing it before us. Sometimes he undertook to praise its contents, always adding, that in Tibet none but very great men indeed partook of such sumptuous fare. Thus he tried to please both us and the Dewan, who conducted himself with pompous hospitality, showing off what he considered his elegant manners and graces. Our blood boiled within us at being so patronised by the squinting ruffian, whose insolence and ill-will had sorely aggravated the discomforts of our imprisonment.

Not content with giving us what he considered a magnificent dinner (and it had cost him some trouble), the Dewan produced a little bag from a double-locked escritoire, and took out three dinner-pills, which he had received as a great favour from the Rimbochay Lama, and which were a sovereign remedy for indigestion and all other ailments; he handed one to each of us, reserving the third for himself. Campbell refused his; but there appeared no help for me, after my groundless suspicion of poison, and so I swallowed the pill with the best grace I could. But in truth, it was not poison I dreaded in its contents, so much as being compounded of some very questionable materials, such as the Rimbochay Lama blesses and dispenses far and wide. To swallow such is a sanctifying work, according to Boodhist superstition, and I believe there was nothing in the world, save his ponies, to which the Dewan attached a greater value.

To wind up the feast, we had pipes of excellent mild yellow Chinese tobacco called "Tseang," made from Nicotiana rustica, which is cultivated in East Tibet, and in West China according to MM. Huc and Gabet. It resembles in flavour the finest Syrian tobacco, and is most agreeable when the smoke is passed through the nose. The common tobacco of India (Nicotiana Tabacum) is much imported into Tibet, where it is called "Tamma," (probably a corruption of the Persian "Toombac,") and is said to fetch the enormous price of 30 shllings per lb. at Lhassa, which is sixty times its value in India. Rice at Lhassa, when cheap, sells at 2 shillings for 5 lbs.; it is, as I have elsewhere said, all bought up for rations for the Chinese soldiery.

The Bhotanese are more industrious than the Lepchas, and better husbandmen; besides having superior crops of all ordinary grains, they grow cotton, hemp, and flax. The cotton is cleansed here as elsewhere, with a simple gin. The Lepchas use no spinning wheel, but a spindle and distaff; their loom, which is Tibetan is a very complicated one framed of bamboo; it is worked by hand, without beam treddle, or shuttle.

On the 18th we were marched, three miles only, to Singdong (alt. 2,116 feet), and on the following day five miles farther, to Katong Ghat (alt. 750 feet), on the Teesta river, which we crossed with rafts, and camped on the opposite bank, a few miles above the junction of this river with the Great Rungeet. The water, which is sea-green in colour, had a temperature of 53.5 degrees at 4 p.m., and 51.7 degrees the following morning; its current was very powerful. The rocks, since leaving Tunlloong, had been generally micaceous, striking north-west, and dipping north-east. The climate was hot, and the vegetation on the banks tropical; on the hills around, lemon-bushes ("Kucheala," Lepcha) were abundant, growing apparently wild.

The Dewan was now getting into a very nervous and depressed state; he was determined to keep up appearances before his followers, but was himself almost servile to us; he caused his men to make a parade of their arms, as if to intimidate us, and in descending narrow gullies we had several times the disagreeable surprise of finding some of his men at a sudden turn, with drawn bows and arrows pointed towards us. Others gesticulated with their long knives, and made fell swoops at soft plantain-stems; but these artifices were all as shallow as they were contemptible, and a smile at such demonstrations was generally answered with another from the actors.

From Katong we ascended the steep east flank of Tendong or Mount Ararat, through forests of Sal and long-leaved pine, to Namten (alt. 4,483 feet), where we again halted two days. The Dingpun Tinli lived near and waited on us with a present, which, with all others that had been brought, Campbell received officially, and transferred to the authorities at Dorjiling.

The Dewan was thoroughly alarmed at the news here brought in, that the Rajah's present of yaks, ponies, etc., which had been sent forward, had been refused at Dorjiling; and equally so at the clamorous messages which reached him from all quarters, demanding our liberation; and at the desertion of some of his followers, on hearing that large bodies of troops were assembling at Dorjiling. Repudiated by his Rajah and countrymen, and paralysed between his dignity and his ponies, which he now perceived would not be welcomed at the station, and which were daily losing flesh, looks, and value in these hot valleys, where there is no grass pasture, he knew not what olive-branch to hold out to our government, except ourselves, whom he therefore clung to as hostages.

On the 22nd of December he marched us eight miles further, to Cheadam, on a bold spur 4,653 feet high, overlooking the Great Rungeet, and facing Dorjiling, from which it was only twenty miles distant. The white bungalows of our friends gladdened our eyes, while the new barracks erecting for the daily arriving troops struck terror into the Dewan's heart. The six Sepoys* [These Sepoys, besides the loose red jacket and striped Lepcha kirtle, wore a very curious national black hat of felt, with broad flaps turned up all round: this is represented in the right-hand figure. A somewhat similar bat is worn by some classes of Nepal soldiery.] who had marched valiantly beside us for twenty days, carrying the muskets given to the Rajah the year before by the Governor-General, now lowered their arms, and vowed that if a red coat crossed the Great Rungeet, they would throw down their guns and run away. News arrived that the Bhotan inhabitants of Dorjiling headed by my bold Sirdar Nimbo, had arranged a night attack for our release; an enterprise to which they were quite equal, and in which they have had plenty of practice in their own misgoverned country. Watch-fires gleamed amongst the bushes, we were thrust into a doubly-guarded house, and bows and arrows were ostentatiously levelled so as to rake the doorway, should we attempt to escape. Some of the ponies were sent back to Dikkeeling, though the Dewan still clung to his merchandise and the feeble hope of traffic. The confusion increased daily, but though Tchebu Lama looked brisk and confident, we were extremely anxious; scouts were hourly arriving from the road to the Great Rungeet, and if our troops had advanced, the Dewan might have made away with us from pure fear.

Illustration—LEPCHA SEPOYS. TIBETAN SEPAYS IN THE BACK-GROUND.

In the forenoon he paid us a long visit, and brought some flutes, of which he gave me two very common ones of apricot wood from Lhassa, producing at the same time a beautiful one, which I believe he intended for Campbell, but his avarice got the better, and he commuted his gift into the offer of a tune, and pitching it in a high key, he went through a Tibetan air that almost deafened us by its screech. He tried bravely to maintain his equanimity, but as we preserved a frigid civility and only spoke when addressed, the tears would start from his eyes in the pauses of conversation. In the evening he came again; he was excessively agitated and covered with perspiration, and thrust himself unceremoniously between us on the bench we occupied. As his familiarity increased, he put his arm round my neck, and as he was armed with a small dagger, I felt rather uneasy about his intentions, but he ended by forcing on my acceptance a coin, value threepence, for he was in fact beside himself with terror.

Next morning Campbell received a hint that this was a good opportunity for a vigorous remonstrance. The Dewan came with Tchebu Lama, his own younger brother (who was his pony driver), and the Lassoo Kajee. The latter had for two months placed himself in an attitude of hostility opposite Dorjiling, with a ragged company of followers, but he now sought peace and friendship as much as the Dewan; the latter told us he was waiting for a reply to a letter addressed to Mr. Lushington, after which he would set us free. Campbell said: "As you appear to have made up your mind, why not dismiss us at once?" He answered that we should go the next day at all events: Here I came in, and on hearing from Campbell what had passed, I added, that he had better for his own sake let us go at once; that the next day was our great and only annual Poojah (religious festival) of Christmas, when we all met; whereas he and his countrymen had dozens in the year. As for me, he knew I had no wife, nor children, nor any relation, within thousands of miles, and it mattered little where I was, he was only bringing ruin on himself by his conduct to me as the Governor-General's friend; but as regarded Campbell, the case was different; his home was at Dorjiling, which was swarming with English soldiers, all in a state of exasperation, and if he did not let us depart before Christmas, he would find Dorjiling too hot to hold him, let him offer what reparation he might for the injuries he had done us. I added: "We are all ready to go—dismiss us." The Dewan again turned to Campbell, who said, "I am quite ready; order us ponies at once, and send our luggage after us." He then ordered the ponies, and three men, including Meepo, to attend us; whereupon we walked out, mounted, and made off with all speed.

We arrived at the cane bridge over the Great Rungeet at 4 p.m., and to our chagrin found it in the possession of a posse of ragged Bhoteeas, though there were thirty armed Sepoys of our own at the guard-house above. At Meepo's order they cut the network of fine canes by which they had rendered the bridge impassable, and we crossed. The Sepoys at the guard-house turned out with their clashing arms and bright accoutrements, and saluted to the sound of bugles; scaring our three companions, who ran back as fast as they could go. We rode up that night to Dorjiling, and I arrived at 8 p.m. at Hodgson's house, where I was taken for a ghost, and received with shouts of welcome by my kind friend and his guest Dr. Thomson, who had been awaiting my arrival for upwards of a month.

Thus terminated our Sikkim captivity, and my last Himalayan exploring journey, which in a geographical point of view had answered my purposes beyond my most sanguine expectations, though my collections had been in a great measure destroyed by so many untoward events. It enabled me to survey the whole country, and to execute a map of it, and Campbell had further gained that knowledge of its resources which the British government should all along have possessed, as the protector of the Rajah and his territories.

It remains to say a few words of the events that succeeded our release, in so far as they relate to my connection with them. The Dewan moved from Cheadam to Namtchi, immediately opposite Dorjiling, where he remained throughout the winter. The supreme government of Bengal demanded of the Rajah that he should deliver up the most notorious offenders, and come himself to Dorjiling, on pain of an army marching to Tumloong to enforce the demand; a step which would have been easy, as there were neither troops, arms, ammunition, nor other means of resistance, even had there been the inclination to stop us, which was not the case. The Rajah would in all probability have delivered himself up at Tumloong, throwing himself on our mercy, and the army would have sought the culprits in vain, both the spirit and the power to capture them being wanting on the part of the people and their ruler.

The Rajah expressed his willingness, but pleaded his inability to fulfil the demand, whereupon the threat was repeated, and additional reinforcements were moved on to Dorjiling. The general officer in command at Dinapore was ordered to Dorjiling to conduct operations: his skill and bravery had been proved during the progress of the Nepal war so long ago as 1815. From the appearance of the country about Dorjiling, he was led to consider Sikkim to be impracticable for a British army. This was partly owing to the forest-clad mountains, and partly to the fear of Tibetan troops coming to the Rajah's aid, and the Nepalese* [Jung Bahadoor was at this time planning his visit to England, and to his honour I must say, that on hearing of our imprisonment he offered to the government at Calcutta to release us with a handful of men. This he would no doubt have easily effected, but his offer was wisely declined, for the Nepalese (as I have elsewhere stated) want Sikkim and Bhotan too, and we had undertaken the protection of the former country, mainly to keep the Nepalese out of it.] taking the opportunity to attack us. With the latter we were in profound peace, and we had a resident at their court; and I have elsewhere shown the impossibility of a Tibet invasion, even if the Chinese or Lhassan authorities were inclined to interfere in the affairs of Sikkim, which they long ago formally declined doing in the case of aggressions of the Nepalese and Bhotanese, the Sikkim Rajah being under British protection.* [The general officer considered that our troops would have been cut to pieces if they entered the country; and the late General Sir Charles Napier has since given evidence to the same effect. Having been officially asked at the time whether I would guide a party into the country, and having drawn up (at the request of the general officer) plans for the purpose, and having given it as my opinion that it would not only have been feasible but easy to have marched a force in peace and safety to Tumloong, I feel it incumbent on me here to remark, that I think General Napier, who never was in Sikkim, and wrote from many hundred miles' distance, must have misapprehended the state of the case. Whether an invasion of Sikkim was either advisable or called for, was a matter in which I had no concern: nor do I offer an opinion as to the impregnability of the country if it were defended by natives otherwise a match for a British force, and having the advantage of position. I was not consulted with reference to any difference of opinion between the civil and military powers, such as seems to have called for the expression of Sir Charles Napier's opinion on this matter, and which appears to be considerably overrated in his evidence.

The general officer honoured me with his friendship at Dorjiling, and to Mr. Lushington, I am, as I have elsewhere stated, under great obligations for his personal consideration and kindness, and vigorous measures during my detention. On my release and return to Dorjiling, any interference on my part would have been meddling with what was not my concern. I never saw, nor wished to see, a public document connected with the affair, and have only given as many of the leading features of the case as I can vouch for, and as were accessible to any other bystander.]

There were not wanting offers of leading a company of soldiers to Tumloong, rather than that the threat should have twice been made, and then withdrawn; but they were not accepted. A large body of troops was however, marched from Dorjiling, and encamped on the north bank of the Great Rungeet for some weeks: but after that period they were recalled, without any further demonstration; the Dewan remaining encamped the while on the Namtchi hill, not three hours' march above them. The simple Lepchas daily brought our soldiers milk, fowls, and eggs, and would have continued to do so had they proceeded to Tumloong, for I believe both Rajah and people would have rejoiced at our occupation of the country.

After the withdrawal of the troops, the threat was modified into a seizure of the Terai lands, which the Rajah had originally received as a free gift from the British, and which were the only lucrative or fertile estates he possessed. This was effected by four policemen taking possession of the treasury (which contained exactly twelve shillings, I believe), and announcing to the villagers the confiscation of the territory to the British government, in which they gladly acquiesced. At the same time there was annexed to it the whole southern part of Sikkim, between the Great Rungeet and the plains of India, and from Nepal on the west to the Bhotan frontier and the Teesta river on the east; thus confining the Rajah to his mountains, and cutting off all access to the plains, except through the British territories. To the inhabitants (about 5000 souls) this was a matter of congratulation, for it only involved the payment of a small fixed tax in money to the treasury at Dorjiling, instead of a fluctuating one in kind, with service to the Rajah, besides exempting them from further annoyance by the Dewan. At the present time the revenues of the tract thus acquired have doubled, and will very soon be quadrupled: every expense of our detention and of the moving of troops, etc., has been already repaid by it, and for the future all will be clear profit; and I am given to understand that this last year it has realized upwards of 30,000 rupees (3000 pounds).

Dr. Campbell resumed his duties immediately afterwards, and the newly-acquired districts were placed under his jurisdiction. The Rajah still begs hard for the renewal of old friendship, and the restoration of his Terai land, or the annual grant of 300 pounds a year which he formerly received. He has forbidden the culprits his court, but can do no more. The Dewan, disgraced and turned out of office, is reduced to poverty, and is deterred from entering Tibet by the threat of being dragged to Lhassa with a rope round his neck. Considering, however, his energy, a rare quality in these countries, I should not be surprised at his yet cutting a figure in Bhotan, if not in Sikkim itself: especially if, at the Rajah's death, the British government should refuse to take the country under its protection. The Singtam Soubah and the other culprits live disgraced at their homes. Tchebu Lama has received a handsome reward, and a grant of land at Dorjiling, where he resides, and whence he sends me his salaams by every opportunity.

CHAPTER XXVII.

Leave Dorjiling for Calcutta — Jung Bahadoor — Dr. Falconer — Improvements in Botanic Gardens — Palmetum — Victoria — Amherstia — Orchids spread by seed — Banyan — Cycas — Importation of American plants in ice — Return to Dorjiling — Leave with Dr. Thomson for the Khasia mountains — Mahanuddy river — Vegetation of banks — Maldah — Alligators — Rampore-Bauleah — Climate of Ganges — Pubna — Jummul river — Altered course of Burrampooter and Megna — Dacca — Conch shells — Saws — Cotton muslins — Fruit — Vegetation — Elevation — Rose of Bengal — Burrampooter — Delta of Soormah river — Jheels — Soil — Vegetation — Navigation — Mosquitos — Atmospheric pressure — Effects of geological changes — Imbedding of plants — Teelas or islets — Chattuc — Salubrious climate — Rains — Canoes — Pundua — Mr. Harry Inglis — Terrya Ghat — Ascent to Churra — Scenery and vegetation at foot of mountains — Cascades.

I was chiefly occupied during January and February of 1850, in arranging and transmitting my collections to Calcutta, and completing my manuscripts, maps, and surveys. My friend Dr. Thomson having joined me here, for the purpose of our spending a year in travelling and botanising together, it became necessary to decide on the best field for our pursuits. Bhotan offered the most novelty, but it was inaccessible to Europeans; and we therefore turned our thoughts to Nepal, and failing that, to the Khasia mountains.

The better to expedite our arrangements, I made a trip to Calcutta in March, where I expected to meet both Lord Dalhousie, on his return from the Straits of Malacca, and Jung Bahadoor (the Nepalese minister), who was then en route as envoy to England. I staid at Government House, where every assistance was afforded me towards obtaining the Nepal Rajah's permission to proceed through the Himalaya from Dorjiling to Katmandu. Jung Bahadoor received me with much courtesy, and expressed his great desire to serve me; but begged me to wait until his return from England, as he could not be answerable for my personal safety when travelling during his absence; and he REferred to the permission he had formerly given me (and such was never before accorded to any European) in earnest of his disposition, which was unaltered. We therefore determined upon spending the season of 1850 in the Khasia mountains in eastern Bengal, at the head of the great delta of the Ganges and Burrampooter.

Illustration—DR. FALCONER'S RESIDENCE, CALCUTTA BOTANIC GARDENS,

FROM SIR L. PEEL'S GROUNDS.

I devoted a few days to the Calcutta Botanic Gardens, where I found my kind friend Dr. Falconer established, and very busy. The destruction of most of the palms, and of all the noble tropical features of the gardens, during Dr. Griffith's incumbency, had necessitated the replanting of the greater part of the grounds, the obliteration of old walks, and the construction of new: it was also necessary to fill up tanks whose waters, by injudicious cuttings, were destroying some of the most valuable parts of the land, to drain many acres, and to raise embankments to prevent the encroachments of the Hoogly: the latter being a work attended with great expense, now cripples the resources of the garden library, and other valuable adjuncts; for the trees which were planted for the purpose having been felled and sold, it became necessary to buy timber at an exorbitant price.

The avenue of Cycas trees (Cycas circinalis), once the admiration of all visitors, and which for beauty and singularity was unmatched in any tropical garden, had been swept away by the same unsparing hand which had destroyed the teak, mahogany, clove, nutmeg, and cinnamon groves. In 1847, when I first visited the establishment, nothing was to be seen of its former beauty and grandeur, but a few noble trees or graceful palms rearing their heads over a low ragged jungle, or spreading their broad leaves or naked limbs over the forlorn hope of a botanical garden, that consisted of open clay beds, disposed in concentric circles, and baking into brick under the fervid heat of a Bengal sun.

The rapidity of growth is so great in this climate, that within eight months from the commencement of the improvements, a great change had already taken place. The grounds bore a park-like appearance; broad shady walks had replaced the narrow winding paths that ran in distorted lines over the ground, and a large Palmetum, or collection of tall and graceful palms of various kinds, occupied several acres at one side of the garden; whilst a still larger portion of ground was being appropriated to a picturesque assemblage of certain closely allied families of plants, whose association promised to form a novel and attractive object of study to the botanist, painter, and landscape gardener. This, which the learned Director called in scientific language a Thamno-Endogenarium, consists of groups of all kinds of bamboos, tufted growing palms, rattan canes (Calami), Dracaenae, plantains, screw-pines, (Pandani, and such genera of tropical monocotyledonous plants. All are evergreens of most vivid hue, some of which, having slender trailing stems, form magnificent masses; others twine round one another, and present impenetrable hillocks of green foliage; whilst still others shoot out broad long wavy leaves from tufted roots; and a fourth class is supported by aerial roots, diverging on all sides and from all heights on the stems, every branch of which is crowned with an enormous plume of grass-like leaves.* [Since I left India, these improvements have been still further carried out, and now (in the spring of 1853) I read of five splendid Victoria plants flowering at once, with Euryale ferox, white, blue, and red water-lilies, and white, yellow and scarlet lotus, rendering the tanks gorgeous, sunk as their waters are in frames of green grass, ornamented with clumps of Nipa fruticans and Phoenix paludosa.]

The great Amherstia tree had been nearly killed by injudicious treatment, and the baking of the soil above its roots. This defect was remedied by sinking bamboo pipes four feet and a half in the earth, and watering through them—a plan first recommended by Major M`Farlane of Tavoy. Some fine Orchideae were in flower in the, gardens, but few of them fruit; and those Dendrobiums which bear axillary viviparous buds never do. Some of the orchids appear to be spread by birds amongst the trees; but the different species of Vanda are increasing so fast, that there seems no doubt that this tribe of air-plants grows freely from seed in a wild state, though we generally fail to rear them in England.

The great Banyan tree (Ficus Indica) is still the pride and ornament of the garden. Dr. Falconer has ascertained satisfactorily that it is only seventy-five years old: annual rings, size, etc., afford no evidence in such a case, but people were alive a few years ago who remembered well its site being occupied in 1782 by a Kujoor (Date-palm), out of whose crown the Banyan sprouted, and beneath which a Fakir sat. It is a remarkable fact that the banyan hardly ever vegetates on the ground; but its figs are eaten by birds, and the seeds deposited in the crowns of palms, where they grow, sending down roots that embrace and eventually kill the palm, which decays away. This tree is now eighty feet high, and throws an area 300 feet* [Had this tree been growing in 1849 over the great palm-stove at Kew, only thirty feet of each end of that vast structure would have been uncovered: its increase was proceeding so rapidly, that by this time it could probably cover the whole. Larger banyans are common in Bengal; but few are so symmetrical in shape and height. As the tree gets old, it breaks up into separate masses, the original trunk decaying, and the props becoming separate trunks of the different portions.] in diameter into a dark, cool shade. The gigantic limbs spread out about ten feet above the ground, and from neglect during Dr. Wallich's absence, there were on Dr. Falconer's arrival no more than eighty-nine descending roots or props; there are now several hundreds, and the growth of this grand mass of vegetation is proportionably stimulated and increased. The props are induced to sprout by wet clay and moss tied to the branches, beneath which a little pot of water is hung, and after they have made some progress, they are inclosed in bamboo tubes, and so coaxed down to the ground. They are mere slender whip-cords before reaching the earth, where they root, remaining very lax for several months; but gradually, as they grow and swell to the size of cables, they tighten, and eventually become very tense. This is a curious phenomenon, and so rapid, that it appears to be due to the rooting part mechanically dragging down the aerial. The branch meanwhile continues to grow outwards, and being supplied by its new support, thickens beyond it, whence the props always slant outwards from the ground towards the circumference of the tree.

Cycas trees abound in the gardens, and, though generally having only one, or rarely two crowns, they have sometimes sixteen, and their stems are everywhere covered with leafy buds, which are developed on any check being given to the growth of the plant, as by the operation of transplantation, which will cause as many as 300 buds to appear in the course of a few years, on a trunk eight feet high.

During my stay at the gardens, Dr. Falconer received a box of living plants packed in moss, and transported in a frozen state by one of the ice ships from North America:* [The ice from these ships is sold in the Calcutta market for a penny a pound, to great profit; it has already proved an invaluable remedy in cases of inflammation and fever, and has diminished mortality to a very appreciable extent.] they left in November, and arriving in March, I was present at the opening of the boxes, and saw 391 plants (the whole contents) taken out in the most perfect state. They were chiefly fruit-trees, apples, pears, peaches, currants, and gooseberries, with beautiful plants of the Venus' fly-trap (Dionaea muscipula). More perfect success never attended an experiment: the plants were in vigorous bud, and the day after being released from their icy bonds, the leaves sprouted and unfolded, and they were packed in Ward's cases for immediate transport to the Himalaya mountains.

My visit to Calcutta enabled me to compare my instruments with the standards at the Observatory, in which I was assisted by my friend, Capt. Thuillier, to whose kind offices on this and many other occasions I am greatly indebted.

I returned to Dorjiling on the 17th of April, and Dr. Thomson and I commenced our arrangements for proceeding to the Khasia mountains. We started on the 1st of May, and I bade adieu to Dorjiling with no light heart; for I was leaving the kindest and most disinterested friends I had ever made in a foreign land, and a country whose mountains, forests, productions, and people had all become endeared to me by many ties and associations. The prospects of Dorjiling itself are neither doubtful nor insignificant. Whether or not Sikkim will fall again under the protection of Britain, the station must prosper, and that very speedily. I had seen both its native population and its European houses doubled in two years; its salubrious climate, its scenery, and accessibility, ensure it so rapid a further increase that it will become the most populous hill-station in India. Strong prejudices against a damp climate, and the complaints of loungers and idlers who only seek pleasure, together with a groundless fear of the natives, have hitherto retarded its progress; but its natural advantages will outweigh these and all other obstacles.

I am aware that my opinion of the ultimate success of Dorjiling is not shared by the general public of India, and must be pardoned for considering their views in this matter short-sighted. With regard to the disagreeables of its climate, I can sufficiently appreciate them, and shall be considered by the residents to have over-estimated the amount and constancy of mist, rain, and humidity, from the two seasons I spent there being exceptional in these respects. Whilst on the one hand I am willing to admit the probability of this,* [I am informed that hardly a shower of rain has fallen this season, between November 1852, and April 1853; and a very little snow in February only.] I may be allowed on the other to say that I have never visited any spot under the sun, where I was not told that the season was exceptional, and generally for the worse; added to which there is no better and equally salubrious climate east of Nepal, accessible from Calcutta.

All climates are comparative, and fixed residents naturally praise their own. I have visited many latitudes, and can truly say that I have found no two climates resembling each other, and that all alike are complained of. That of Dorjiling is above the average in point of comfort, and for perfect salubrity rivals any; while in variety, interest, and grandeur, the scenery is unequalled.

From Sikkim to the Khasia mountains our course was by boat down the Mahanuddy to the upper Gangetic delta, whose many branches we followed eastwards to the Megna; whence we ascended the Soormah to the Silhet district. We arrived at Kishengunj, on the Mahanuddy, on the 3rd of May, and were delayed two days for our boat, which should have been waiting here to take us to Berhampore on the Ganges: we were, however, hospitably received by Mr. Perry's family.

The approach of the rains was indicated by violent easterly storms of thunder, lightning, and rain; the thermometer ranging from 70 degrees to 85 degrees. The country around Kishengunj is flat and very barren; it is composed of a deep sandy soil, covered with a short turf, now swarming with cockchafers. Water is found ten or twelve feet below the surface, and may be supplied by underground streams from the Himalaya, distant forty-five miles. The river, which at this season is low, may be navigated up to Titalya during the rains; its bed averages 60 yards in width, and is extremely tortuous; the current is slight, and, though shallow, the water is opaque. We slowly descended to Maldah, where we arrived on the 11th: the temperature both of the water and of the air increased rapidly to upwards of 90 degrees; the former was always a few degrees cooler than the air by day, and warmer by night. The atmosphere became drier as we receded from the mountains.

The boatmen always brought up by the shore at night; and our progress was so slow, that we could keep up with the boat when walking along the bank. So long as the soil and river-bed continued sandy, few bushes or herbs were to be found, and it was difficult to collect a hundred kinds of plants in a day: gradually, however, clumps of trees appeared, with jujube bushes, Trophis, Acacia, and Buddleia, a few fan-palms, bamboos, and Jack-trees. A shell (Anodon) was the only one seen in the river, which harboured few water-plants or birds, and neither alligators nor porpoises ascend so high.

On the 7th of May, about eighty miles in a straight line from the foot of the Himalaya, we found the stratified sandy banks, which had gradually risen to a height of thirteen feet, replaced by the hard alluvial clay of the Gangetic valley, which underlies the sand: the stream contracted, and the features of its banks were materially improved by a jungle of tamarisk, wormwood (Artemisia), and white rose-bushes (Rosa involucrata), whilst mango trees became common, with tamarinds, banyan, and figs. Date and Caryota palms, and rattan canes, grew in the woods, and parasitic Orchids on the trees, which were covered with a climbing fern (Acrosticum scandens), so that we easily doubled our flora of the river banks before arriving at Maldah.

This once populous town is, like Berhampore, now quite decayed, since the decline of its silk and indigo trades: the staple product, called "Maldy," a mixture of silk and cotton, very durable, and which washes well, now forms its only trade, and is exported through Sikkim to the north-west provinces and Tibet. It is still famous for the size and excellence of its mangos, which ripen late in May; but this year the crop had been destroyed by the damp heats of spring, the usual north-west dry winds not having prevailed.

The ruins of the once famous city of Gour, a few miles distant, are now covered with jungle, and the buildings are fast disappearing, owing to the bricks being carried away to be used elsewhere.

Below Maldah the river gets broader, and willow becomes common. We found specimens of a Planorbis in the mud of the stream, and saw apparently a boring shell in the alluvium, but could not land to examine it. Chalky masses of alligators' droppings, like coprolites, are very common, buried in the banks, which become twenty feet high at the junction with the Ganges, where we arrived on the 14th. The waters of this great river were nearly two degrees cooler than those of the Mahanuddy.

Rampore-Bauleah is a large station on the north bank of the Ganges, whose stream is at this season fully a mile wide, with a very slow current; its banks are thirty feet above the water. We were most kindly received by Mr. Bell, the collector of the district, to whom we were greatly indebted for furthering us on our voyage: boats being very difficult to procure, we were, however, detained here from the 16th to the 19th. I was fortunate in being able to compare my barometers with a first-rate standard instrument, and in finding no appreciable alteration since leaving Calcutta in the previous April. The elevation of the station is 130 feet above the sea, that of Kishengunj I made 131; so that the Gangetic valley is nearly a dead level for fully a hundred miles north, beyond which it rises; Titalya, 150 miles to the north, being 360 feet, and Siligoree, at the margin of the Terai, rather higher. The river again falls more considerably than the land; the Mahanuddy, at Kishengunj, being about twenty feet below the level of the plains, or 110 above the sea; whereas the Ganges, at Rampore, is probably not more than eighty feet, even when the water is highest.

The climate of Rampore is marked by greater extremes than that of Calcutta: during our stay the temperature rose above 106 degrees, and fell to 78 degrees at night: the mean was 2.5 degrees higher than at Calcutta, which is 126 miles further south. Being at the head of the Gangetic delta, which points from the Sunderbunds obliquely to the north-west, it is much damper than any locality further west, as is evidenced by two kinds of Calamus palm abounding, which do not ascend the Ganges beyond Monghyr. Advancing eastwards, the dry north-west wind of the Gangetic valley, which blows here in occasional gusts, is hardly felt; and easterly winds, rising after the sun (or, in other words, following the heating of the open dry country), blow down the great valley of the Burrampooter, or south-easterly ones come up from the Bay of Bengal. The western head of the Gangetic delta is thus placed in what are called "the variables" in naval phraseology; but only so far as its superficial winds are concerned, for its great atmospheric current always blows from the Bay of Bengal, and flows over all northern India, to the lofty regions of Central Asia.

At Rampore I found the temperature of the ground, at three feet depth, varied from 87.8 degrees to 89.8 degrees, being considerably lower than that of the air (94.2 degrees), whilst that of a fine ripening shaddock, into which I plunged a thermometer bulb, varied little from 81 degrees, whether the sun shone on it or not. From this place we made very slow progress south-eastwards, with a gentle current, but against constant easterly winds, and often violent gales and thunder-storms, which obliged us to bring up under shelter of banks and islands of sand. Sometimes we sailed along the broad river, whose opposite shores were rarely both visible at once, and at others tracked the boat through narrow creeks that unite the many Himalayan streams, and form a network soon after leaving their mountain valleys.

A few miles beyond Pubna we passed from a narrow canal at once into the main stream of the Burrampooter at Jaffergunj: our maps had led us to expect that it flowed fully seventy miles to the eastward in this latitude; and we were surprised to hear that within the last twenty years the main body of that river had shifted its course thus far to the westward. This alteration was not effected by the gradual working westwards of the main stream, but by the old eastern channel so rapidly silting up as to be now unnavigable; while the Jummul, which receives the Teesta, and which is laterally connected by branches with the Burrampooter, became consequently wider and deeper, and eventually the principal stream.

Nothing can be more dreary and uninteresting than the scenery of this part of the delta. The water is clay-coloured and turbid, always cooler than the air, which again was 4 degrees or 5 degrees below that of Calcutta, with a damper atmosphere. The banks are of stratified sand and mud, hardly raised above the mean level of the country, and consequently unlike those bordering most annually flooded rivers; for here the material is so unstable, that the current yearly changes its course. A wiry grass sometimes feebly binds the loose soil, on which there are neither houses nor cultivation.

Ascending the Jummul (now the main channel of the Burrampooter) for a few miles, we turned off into a narrower channel, sixty miles long, which passes by Dacca, where we arrived on the 28th, and where we were again detained for boats, the demand for which is rapidly increasing with the extended cultivation of the Sunderbunds and Delta. We stayed with Mr. Atherton, and botanised in the neighbourhood of the town, which was once very extensive, and is still large, though not flourishing. The population is mostly Mahometan; the site, though beautiful and varied, is unhealthy for Europeans. Ruins of great Moorish brick buildings still remain, and a Greek style of ornamenting the houses prevails to a remarkable degree.

The manufacture of rings for the arms and ancles, from conch-shells imported from the Malayan Archipelago, is still almost confined to Dacca: the shells are sawn across for this purpose by semicircular saws, the hands and toes being both actively employed in the operation. The introduction of circular saws has been attempted by some European gentlemen, but steadily resisted by the natives, despite their obvious advantages. The Dacca muslin manufacture, which once employed thousands of hands, is quite at an end, so that it was with great difficulty that the specimens of these fabrics sent to the Great Exhibition of 1851, were procured. The kind of cotton (which is very short in the staple) employed, is now hardly grown, and scarcely a loom exists which is fit for the finest fabrics. The jewellers still excel in gold and silver filagree.

Pine-apples, plantains, mangos, and oranges, abound in the Dacca market, betokening a better climate for tropical fruits than that of Western Bengal; and we also saw the fruit of Euryale ferox,* [An Indian water-lily with a small red flower, covered everywhere with prickles, and so closely allied to Victoria regia as to be scarcely generically distinguishable from it. It grows in the eastern Sunderbunds, and also in Kashmir. The discoverer of Victoria called the latter "Euryale Amazonica." These interestiug plants are growing side by side in the new Victoria house at Kew. The Chinese species has been erroneously considered different from the Indian one.] which is round, soft, pulpy, and the size of a small orange; it contains from eight to fifteen round black seeds as large as peas, which are full of flour, and are eaten roasted in India and China, in which latter country the plant is said to have been in cultivation for upwards of 3000 years.

The native vegetation is very similar to that of the Hoogly, except that the white rose is frequent here. The fact of a plant of this genus being as common on the plains of Bengal as a dog-rose is in England, and associated with cocoa-nuts, palms, mangos, plantains, and banyans, has never yet attracted the attention of botanists, though the species was described by Roxburgh. As a geographical fact it is of great importance, for the rose is usually considered a northern genus, and no kind but this inhabits a damp hot tropical climate. Even in mountainous countries situated near the equator, as in the Himalaya and Andes, wild roses are very rare, and only found at great elevations, whilst they are unknown in the southern hemisphere. It is curious that this rose, which is also a native of Birma and the Indian Peninsula, does not in this latitude grow west of the meridian of 87 degrees; it is confined to the upper Gangetic delta, and inhabits a climate in which it would least of all be looked for.

I made the elevation of Dacca by barometer only seventy-two feet above the sea; and the banks of the Dallisary being high, the level of its waters at this season is scarcely above that of the Bay of Bengal. The mean temperature of the air was 86.75 degrees during our stay, or half a degree lower than Calcutta at the same period.

We pursued our voyage on the 30th of May, to the old bed of the Burrampooter, an immense shallow sheet of water, of which the eastern bank is for eighty miles occupied by the delta of the Soormah. This river rises on the Munnipore frontier, and flows through Cachar, Silhet, and the Jheels of east Bengal, receiving the waters of the Cachar, Jyntea, Khasia, and Garrow mountains (which bound the Assam valley to the south), and of the Tipperah hills, which stretch parallel to them, and divide the Soormah valley from the Bay of Bengal. The immense area thus drained by the Soormah is hardly raised above the level of the sea, and covers about 10,000 square miles. The anastomosing rivers that traverse it, flow very gently, and do not materially alter their course; hence their banks gradually rise above the mean level of the surrounding country, and on them the small villages are built, surrounded by extensive rice-fields that need no artificial irrigation. At this season the general surface of the Jheels is marshy; but during the rains, which are excessive on the neighbouring mountains, they resemble an inland sea, the water rising gradually to within a few inches of the floor of the huts; as, however, it subsides as slowly in autumn, it commits no devastation. The communication is at all seasons by boats, in the management of which the natives (chiefly Mahometans) are expert.

The want of trees and shrubs is the most remarkable feature of the Jheels; in which respect they differ from the Sunderbunds, though the other physical features of each are similar, the level being exactly the same: for this difference there is no apparent cause, beyond the influence of the tide and sea atmosphere. Long grasses of tropical genera (Saccharum, Donax, Andropogon, and Rottboellia) ten feet high, form the bulk of the vegetation, with occasional low bushes along the firmer banks of the natural canals that everywhere intersect the country; amongst these the rattan cane (Calamus), rose, a laurel, Stravadium, and fig, are the most common; while beautiful convolvuli throw their flowering shoots across the water.

The soil, which is sandy along the Burrampooter, is more muddy and clayey in the centre of the Jheels, with immense spongy accumulations of vegetable matter in the marshes, through which we poked the boat-staves without finding bottom: they were for the most part formed of decomposed grass roots, with occasionally leaves, but no quantity of moss or woody plants. Along the courses of the greater streams drift timber and various organic fragments are no doubt imbedded, but as there is no current over the greater part of the flooded surface, there can be little or no accumulation, except perhaps of old canoes, or of such vegetables as grow on the spot. The waters are dark-coloured, but clear and lucid, even at their height.

We proceeded up the Burrampooter, crossing it obliquely; its banks were on the average five miles apart, and formed of sand, without clay, and very little silt or mud: the water was clear and brown, like that of the Jheels, and very different from that of the Jummul. We thence turned eastwards into the delta of the Soormah, which we traversed in a north-easterly direction to the stream itself. We often passed through very narrow channels, where the grasses towered over the boats: the boatmen steered in and out of them as they pleased, and we were utterly at a loss to know how they guided themselves, as they had neither compass nor map, and there were few villages or landmarks; and on climbing the mast we saw multitudes of other masts and sails peeing over the grassy marshes, doing just the same as we did. All that go up have the south-west wind in their favour, and this helps them to their course, but beyond this they have no other guide but that instinct which habit begets. Often we had to retreat from channels that promised to prove short cuts, but which turned out to be blind alleys. Sometimes we sailed up broader streams of chesnut-brown water, accompanied by fleets of boats repairing to the populous districts at the foot of the Khasia, for rice, timber, lime, coal, bamboos, and long reeds for thatching, all of which employ an inland navy throughout the year in their transport to Calcutta.

Leeches and mosquitos were very troublesome, the latter appearing in clouds at night; during the day they were rarer, but the species was the same. A large cray-fish was common, but there were few birds and no animals to be seen.

Fifty-four barometric observations, taken at the level of the water on the voyage between Dacca and the Soormah, and compared with Calcutta, showed a gradual rise of the mercury in proceeding eastwards; for though the pressure at Calcutta was .055 of an inch higher than at Dacca, it was .034 lower than on the Soormah: the mean difference between all these observations and the cotemporaneous ones at Calcutta was + .003 in favour of Calcutta, and the temperature half a degree lower; the dew-point and humidity were nearly the same at both places. This being the driest season of the year, it is very probable that the mean level of the water at this part of the delta is not higher than that of the Bay of Bengal; but as we advanced northwards towards the Khasia, and entered the Soormah itself, the atmospheric pressure increased further, thus appearing to give the bed of that stream a depression of thirty-five feet below the Bay of Bengal, into which it flows! This was no doubt the result of unequal atmospheric pressure at the two localities, caused by the disturbance of the column of atmosphere by the Khasia mountains; for in December of the same year, thirty-eight observations on the surface of the Soormah made its bed forty-six feet above the Bay of Bengal, whilst, from twenty-three observations on the Megna, the pressure only differed + 0.020 of an inch from that of the barometer at Calcutta, which is eighteen feet above the sea-level.

These barometric levellings, though far from satisfactory as compared with trigonometric, are extremely interesting in the absence of the latter. In a scientific point of view nothing has been done towards determining the levels of the land and waters of the great Gangetic delta, since Rennell's time, yet no geodetical operation promises more valuable results in geography and physical geology than running three lines of level across its area; from Chittagong to Calcutta, from Silhet to Rampore, and from Calcutta to Silhet. The foot of the Sikkim Himalaya has, I believe, been connected with Calcutta by the great trigonometrical survey, but I am given to understand that the results are not published.

My own barometric levellings would make the bed of the Mahanuddy and Ganges at the western extremity of the delta, considerably higher than I should have expected, considering how gentle the current is, and that the season was that of low water. If my observations are correct, they probably indicate a diminished pressure, which is not easily accounted for, the lower portion of the atmospheric column at Rampore being considerably drier and therefore heavier than at Calcutta. At the eastern extremity again, towards Silhet, the atmosphere is much damper than at Calcutta, and the barometer should therefore have stood lower, indicating a higher level of the waters than is the case.

To the geologist the Jheels and Sunderbunds are a most instructive region, as whatever may be the mean elevation of their waters, a permanent depression of ten to fifteen feet would submerge an immense tract, which the Ganges, Burrampooter, and Soormah would soon cover with beds of silt and sand. There would be extremely few shells in the beds thus formed, the southern and northern divisions of which would present two very different floras and faunas, and would in all probability be referred by future geologists to widely different epochs. To the north, beds of peat would be formed by grasses, and in other parts, temperate and tropical forms of plants and animals would be preserved in such equally balanced proportions as to confound the palaeontologist; with the bones of the long-snouted alligator, Gangetic porpoise, Indian cow, buffalo, rhinoceros, elephant, tiger, deer, boar; and a host of other animals, he would meet with acorns of several species of oak, pine-cones and magnolia fruits, rose seeds, and Cycas nuts, with palm nuts, screw-pines, and other tropical productions. On the other hand, the Sunderbunds portion, though containing also the bones of the tiger, deer, and buffalo, would have none of the Indian cow, rhinoceros, or elephant; there would be different species of porpoise, alligator, and deer, and none of the above mentioned plants (Cycas, oak, pine, magnolia and rose), which would be replaced by numerous others, all distinct from those of the Jheels, and many of them indicative of the influence of salt water, whose proximity (from the rarity of sea-shells) might not otherwise be suspected.

Illustration—VIEW IN THE JHEELS.

On the 1st of June we entered the Soormah, a full and muddy stream flowing west, a quarter of a mile broad, with banks of mud and clay twelve or fifteen feet high, separating it from marshes, and covered with betel-nut and cocoa-nut palms, figs, and banyans. Many small villages were scattered along the banks, each with a swarm of boats, and rude kilns for burning the lime brought from the Khasia mountains, which is done with grass and bushes. We ascended to Chattuc, against a gentle current, arriving on the 9th.

From this place the Khasia mountains are seen as a long table-topped range running east and west, about 4000 to 5000 feet high, with steep faces towards the Jheels, out of which they appear to rise abruptly. Though twelve miles distant, large waterfalls are very clearly seen precipitating themselves over the cliffs into a bright green mass of foliage, that seems to creep half way up their flanks. The nearly horizontal arrangement of the strata is as conspicuous here, as in the sandstone of the Kymore hills in the Soane valley, which these mountains a good deal resemble; but they are much higher, and the climate is widely different. Large valleys enter the hills, and are divided by hog-backed spurs, and it is far within these valleys that the waterfalls and precipices occur; but the nearer and further cliffs being thrown by perspective into one range, they seem to rise out of the Jheels so abruptly as to remind one of some precipitous island in the ocean.

Chattuc is mainly indebted for its existence to the late Mr. Inglis, who resided there for upwards of sixty years, and opened a most important trade between the Khasia and Calcutta in oranges, potatos, coal, lime, and timber. We were kindly received by his son, whose bungalow occupies a knoll, of which there are several, which attracted our attention as being the only elevations fifty feet high which we had ascended since leaving the foot of the Sikkim Himalaya. They rise as islets (commonly called Teela, Beng.) out of the Jheels, within twelve to twenty miles of the Khasia; they are chiefly formed of stratified gravel and sand, and are always occupied by villages and large trees. They seldom exceed sixty feet in height, and increase in number and size as the hills are approached; they are probably the remains of a deposit that was once spread uniformly along the foot of the mountains, and they in all respects resemble those I have described as rising abruptly from the plains near Titalya (see vol. i. chapter xvii).

The climate of Chattuc is excessively damp and hot throughout the year, but though sunk amid interminable swamps, the place is perfectly healthy! Such indeed is the character of the climate throughout the Jheels, where fevers and agues are rare; and though no situations can appear more malarious to the common observer than Silhet and Cachar, they are in fact eminently salubrious. These facts admit of no explanation in the present state of our knowledge of endemic diseases. Much may be attributed to the great amount and purity of the water, the equability of the climate, the absence of forests and of sudden changes from wet to dry; but such facts afford no satisfactory explanation. The water, as I have above said, is of a rich chesnut-brown in the narrow creeks of the Jheels, and is golden yellow by transmitted light, owing no doubt, as in bog water and that of dunghills, to a vegetable extractive and probably the presence of carburetted hydrogen. Humboldt mentions this dark-coloured water as prevailing in some of the swamps of the Cassiquares, at the junction of the Orinoco and Amazon, and gives much curious information on its accompanying features of animal and vegetable life.

The rains generally commence in May: they were unusually late this year, though the almost daily gales and thunder-storms we experienced, foretold their speedy arrival. From May till October they are unremitting, and the country is under water, the Soormah rising about fifty feet. North-easterly winds prevail, but they are a local current reflected from the Khasia, against which the southerly perennial trade-wind impinges. Westerly winds are very rare, but the dry north-west blasts of India have been known to traverse the delta and reach this meridian, in one or two short hot dry puffs during March and April. Hoarfrost is unknown.* [It however forms further south, at the very mouth of the Megna, and is the effect of intense radiation when the thermometer in the shade falls to 45 degrees.]

China roses and tropical plants (Bignoniae, Asclepiadeae, and Convolvuli) rendered Mr. Inglis' bungalow gay, but little else will grow in the gardens. Pine-apples are the best fruit, and oranges from the foot of the Khasia: plantains ripen imperfectly, and the mango is always acid, attacked by grubs, and having a flavour of turpentine. The violent hailstorms of the vernal equinox cut both spring and cold season flowers and vegetables, and the rains destroy all summer products. The soil is a wet clay, in which some European vegetables thrive well if planted in October or November. We were shown marrowfat peas that had been grown for thirty years without degenerating in size, but their flavour was poor.

Small long canoes, paddled rapidly by two men, were procured here, whereby to ascend the narrow rivers that lead up to the foot of the mountains: they each carry one passenger, who lies along the bottom, protected by a bamboo platted arched roof. We started at night, and early the next morning arrived at Pundua,* [Pundua, though an insignificant village, surrounded by swamps, has enjoyed an undue share of popularity as a botanical region. Before the geographical features of the country north of Silhet were known, the plants brought from those hills by native collectors were sent to the Calcutta garden (and thence to Europe) as from Pundua. Hence Silhet mountains and Pundua mountains, both very erroneous terms, are constantly met with in botanical works, and generally refer to plants growing in the Khasia mountains.] where there is a dilapidated bungalow: the inhabitants are employed in the debarkation of lime, coal, and potatos. Large fleets of boats crowded the narrow creeks, some of the vessels being of several tons burden.

Elephants were kindly sent here for us by Mr. H. Inglis, to take us to the foot of the mountains, about three miles distant, and relays of mules and ponies to ascend to Churra, where we were received with the greatest hospitality by that gentleman, who entertained us till the end of June, and procured us servants and collectors. To his kind offices we were also indebted throughout our travels in the Khasia, for much information, and for facilities and necessaries of all kinds: things in which the traveller is more dependent on his fellow countrymen in India, than in any other part of the world.

We spent two days at Pundua, waiting for our great boats (which drew several feet of water), and collecting in the vicinity. The old bungalow, without windows and with the roof falling in, was a most miserable shelter; and whichever way we turned from the door, a river or a swamp lay before us. Birds, mosquitos, leeches, and large wasps swarmed, also rats and sandflies. A more pestilential hole cannot be conceived; and yet people traverse this district, and sleep here at all seasons of the year with impunity. We did so ourselves in the month of June, when the Sikkim and all other Terais are deadly: we returned in September, traversing the Jheels and nullahs at the very foot of the hills during a short break of fine weather in the middle of the rains; and we again slept here in November,* [At the north foot of the Khasia, in the heavily timbered dry Terai stretching for sixty miles to the Burrampooter, it is almost inevitable death for a European to sleep, any time between the end of April and of November. Many have crossed that tract, but not one without taking fever: Mr. H. Inglis was the only survivor of a party of five, and he was ill from the effects for upwards of two years, after having been brought to death's door by the first attack, which came on within three weeks of his arrival at Churra, and by several relapses.] always exposed in the heat of the day to wet and fatigue, and never having even a soupcon of fever, ague, or rheumatism. This immunity does not, however, extend to the very foot of the hills, as it is considered imprudent to sleep at this season in the bungalow of Terrya, only three miles off.

The elevation of Pundua bungalow is about forty feet above the sea, and that of the waters surrounding it, from ten to thirty, according to the season. In June the mean of the barometer readings at the bungalow was absolutely identical with that of the Calcutta barometer, In September it was 0.016 inch lower, and in November 0.066 lower. The mean annual temperature throughout the Jheels is less than 2 degrees below that of Calcutta.

Terrya bungalow lies at the very foot of the first rise of the mountains; on the way we crossed many small streams upon the elephants, and one large one by canoes: the water in all was cool* [Temperature in September 77 degrees to 80 degrees; and in November 75.7 degrees.] and sparkling, running rapidly over boulders and pebbles. Their banks of sandy clay were beautifully fringed with a willow-like laurel, Ehretia bushes, bamboos, palms, Bauhinia, Bombax, and Erythrina, over which Calamus palm (rattan) and various flowering plants climbed. The rock at Terrya is a nummulitic limestone, worn into extensive caverns. This formation is said to extend along the southern flank of the Khasia, Garrow, and Jyntea mountains, and to be associated with sandstone and coal: it is extensively quarried in many places, several thousand tons being annually shipped for Calcutta and Dacca. It is succeeded by a horizontally stratified sandstone, which is continued up to 4000 feet, where it is overlain by coal-beds and then by limestone again.

The sub-tropical scenery of the lower and outer Sikkim Himalaya, though on a much more gigantic scale, is not comparable in beauty and luxuriance with the really tropical vegetation induced by the hot, damp, and insular climate of these perennially humid mountains. At the Himalaya forests of gigantic trees, many of them deciduous, appear from a distance as masses of dark gray foliage, clothing mountains 10,000 feet high: here the individual trees are smaller, more varied in kind, of a brilliant green, and contrast with gray limestone and red sandstone rocks and silvery cataracts. Palms are more numerous here;* [There are upwards of twenty kinds of Palm in this district, including Chamaerops, three species of Areca, two of Wallichia, Arenga, Caryota, three of Phoenix, Plectocomia, Licuala, and many species of Calamus. Besides these there are several kinds of Pandanus, and the Cycas pectinata.] the cultivated Areca (betel-nut) especially, raising its graceful stem and feathery crown, "like an arrow shot down from heaven," in luxuriance and beauty above the verdant slopes. This difference is at once expressed to the Indian botanist by defining the Khasia flora as of Malayan character; by which is meant the prevalence of brilliant glossy-leaved evergreen tribes of trees (as Euphorbiaceae and Urticeae), especially figs, which abound in the hot gulleys, where the property of their roots, which inosculate and form natural grafts, is taken advantage of in bridging streams, and in constructing what are called living bridges, of the most picturesque forms. Combretaceae, oaks, oranges, Garcinia (gamboge), Diospyros, figs, Jacks, plantains, and Pandanus, are more frequent here, together with pinnated leaved Leguminosae, Meliaceae, vines and peppers, and above all palms, both climbing ones with pinnated shining leaves (as Calamus and Plectocomia), and erect ones with similar leaves (as cultivated cocoa-nut, Areca and Arenga), and the broader-leaved wild betel-nut, and beautiful Caryota or wine-palm, whose immense decompound leaves are twelve feet long. Laurels and wild nutmegs, with Henslowia, Itea, etc., were frequent in the forest, with the usual prevalence of parasites, mistleto, epiphytical Orchideae, AEshynanthus, ferns, mosses, and Lycopodia; and on the ground were Rubiaceae, Scitamineae, ferns, Acanthaceae, beautiful balsams, and herbaceous and shrubby nettles. Bamboos* [The natives enumerate about fourteen different kinds of bamboo, of which we found five in flower, belonging to three very distinct genera. Uspar, Uspet, Uspit, Usken, Uskong, Uktang, Usto, Silee, Namlang, Tirra, and Battooba are some of the names of Bamboos vouched for by Mr. Inglis as correctly spelt. Of other Khasia names of plants, Wild Plantains are called Kairem, and the cultivated Kakesh; the latter are considered so nourishing that they are given to newborn infants. Senteo is a flower in Khas, So a fruit, Ading a tree, and Te a leaf. Pandanus is Kashelan. Plectocomia, Usmole. Licuala, Kuslow. Caryota, Kalai-katang. Wallichia, Kalai-nili. Areca, Waisola. Various Calami are Rhimet, Uriphin, Ureek hilla, Tindrio, etc. This list will serve as a specimen; I might increase it materially, but as I have elsewhere observed, the value attached to the supposed definite application of native names to natural objects is greatly over-rated, and too much reliance on them has introduced a prodigious amount of confusion into scientific works and philological inquiries.] of many kinds are very abundant, and these hills further differ remarkably from those of Sikkim in the great number of species of grasses.

The ascent was at first gradual, along the sides of a sandstone spur. At 2000 feet the slope suddenly became steep and rocky, at 3000 feet tree vegetation disappeared, and we opened a magnificent prospect of the upper scarped flank of the valley of Moosmai, which we were ascending, with four or five beautiful cascades rolling over the table top of the hills, broken into silvery foam as they leapt from ledge to ledge of the horizontally stratified precipice, and throwing a veil of silver gauze over the gulf of emerald green vegetation, 2000 feet below. The views of the many cataracts of the first class that are thus precipitated over the bare table-land on which Churra stands, into the valleys on either side, surpass anything of the kind that I have elsewhere seen, though in many respects vividly recalling the scenery around Rio de Janeiro: nor do I know any spot in the world more calculated to fascinate the naturalist who, while appreciating the elements of which a landscape is composed, is also keenly alive to the beauty and grandeur of tropical scenery.

Illustration—"LIVING BRIDGE" FORMED BY THE AERIAL ROOTS OF THE

INDIA-RUBBER AND OTHER KINDS OF FIGS.

At the point where this view opens, a bleak stony region commences, bearing numberless plants of a temperate flora and of European genera, at a comparatively low elevation; features which continue to the top of the flat on which the station is built, 4000 feet above the sea.

Illustration—DEWAN'S EAR-RING.

CHAPTER XXVIII.

Churra, English station of — Khasia people — Garrow people — Houses — Habits — Dress — Arms — Dialects — Marriages — Food — Funerals — Superstitions — Flat of Churra — Scenery — Lime and coal — Mamloo — Cliffs — Cascades — Chamaerops palm — Jasper-rocks — Flora of Churra — Orchids — Rhododendrons — Pine — Climate — Extraordinary rain-fall — Its effects — Gardens of Lieuts. Raban and Cave — Leave Churra to cross the mountain range — Coal, shale, and underclay — Kala-panee river — Lailangkot — Luculia Pinceana — Conglomerate Surureem wood — Boga-panee river — View of Himalaya — Green-stone — Age of Pine-cones — Moflong plants — Coix — Chillong mountain — Extensive view — Road to Syong — Broad valleys — Geology — Plants — Myrung — Granite blocks — Kollong rock — Pine-woods — Features of country — Orchids — Iron forges.

Churra Poonji is said to be so called from the number of streams in the neighbourhood, and poonji, "a village" (Khas.): it was selected for a European station, partly from the elevation and consequent healthiness of the spot, and partly from its being on the high road from Silhet to Gowahatty, on the Burrampooter, the capital of Assam, which is otherwise only accessible by ascending that river, against both its current and the perennial east wind. A rapid postal communication is hereby secured: but the extreme unhealthiness of the northern foot of the mountains effectually precludes all other intercourse for nine months in the year.

On the first opening up of the country, the Europeans were brought into sanguinary collision with the Khasias, who fought bravely with bows and arrows, displaying a most blood-thirsty and cruel disposition. This is indeed natural to them; and murders continued very frequent as preludes to the most trifling robberies, until the extreme penalty of our law was put in force. Even now, some of the tributary Rajahs are far from quiet under our rule, and various parts of the country are not safe to travel in. The Garrows, who occupy the western extremity of this range, at the bend of the Burrampooter, are still in a savage state. Human sacrifices and polyandry are said to be frequent amongst them, and their orgies are detestable. Happily we are hardly ever brought into collision with them, except by their occasional depredations on the Assam and Khasia frontier: their country is very unhealthy, and is said to contain abundance of coal, iron, and lime.

We seldom employed fewer than twelve or fourteen of the natives as collectors, and when travelling, from thirty to forty as coolies, etc. They are averse to rising early, and are intolerably filthy in their persons, though not so in their cottages, which are very poor, with broad grass roofs reaching nearly to the ground, and usually encircled by bamboo fences; the latter custom is not common in savage communities, and perhaps indicates a dread of treachery. The beams are of hewn wood (they do not use saws), often neatly carved, and the doors turn on good wooden pivots. They have no windows, and the fire is made on the floor: the utensils, etc. are placed on hanging shelves and in baskets.

The Khasia people are of the Indo-Chinese race; they are short, very stout, and muscular, with enormous calves and knees, rather narrow eyes and little beard, broad, high cheekbones, flat noses, and open nostrils. I believe that a few are tattooed. The hair is gathered into a top-knot, and sometimes shaved off the forehead and temples. A loose cotton shirt, often striped blue and red, without sleeves and bordered with long thread fringes, is their principal garment; it is gathered into a girdle of silver chains by people of rank. A cotton robe is sometimes added, with a large cotton turban or small skull-cap. The women wear a long cloth tied in a knot across the breast. During festivals both men and women load themselves with silk robes, fans, peacock's feathers, and gold and silver ornaments of great value, procured from Assam, many of which are said to be extremely curious, but I regret to say that I never saw any of them. On these occasions spirits are drunk, and dancing kept up all night: the dance is described as a slow ungraceful motion, the women being tightly swathed in cloths.

All their materials are brought from Assam; the only articles in constant use, of their own manufacture, being a rude sword or knife with a wooden handle and a long, narrow, straight blade of iron, and the baskets with head-straps, like those used by the Lepchas, but much neater; also a netted bag of pine-apple fibre (said to come from Silhet) which holds a clasp-knife, comb, flint, steel, and betel-nut box. They are much addicted to chewing pawn (betel-nut, pepper leaves, and lime) all day long, and their red saliva looks like blood on the paths. Besides the sword I have described, they carry bows and arrows, and rarely a lance, and a bamboo wicker-work shield.

We found the Khasias to be sulky intractable fellows, contrasting unpleasantly with the Lepchas; wanting in quickness, frankness, and desire to please, and obtrusively independent in manner; nevertheless we had a head man who was very much the reverse of this, and whom we had never any cause to blame. Their language is, I believe, Indo-Chinese and monosyllabic: it is disagreeably nasal and guttural, and there are several dialects and accents in contiguous villages. All inflections are made by prefixing syllables, and when using the Hindoo language, the future is invariably substituted for the past tense. They count up to a hundred, and estimate distances by the number of mouthfuls of pawn they eat on the road.

Education has been attempted by missionaries with partial success, and the natives are said to have shown themselves apt scholars. Marriage is a very loose tie amongst them, and hardly any ceremony attends it. We were informed that the husband does not take his wife home, but enters her father's household, and is entertained there. Divorce and an exchange of wives is common, and attended with no disgrace: thus the son often forgets his father's name and person before he grows up, but becomes strongly attached to his mother. The sister's son inherits both property and rank, and the proprietors' or Rajahs' offspring are consequently often reared in poverty and neglect. The usual toy of the children is the bow and arrow, with which they are seldom expert; they are said also to spin pegtops like the English, climb a greased pole, and run round with a beam turning horizontally on an upright, to which it is attached by a pivot.

The Khasias eat fowls, and all meat, especially pork, potatos and vegetables, dried and half putrid fish in abundance, but they have an aversion to milk, which is very remarkable, as a great proportion of their country is admirably adapted for pasturage. In this respect, however, they assimilate to the Chinese, and many Indo-Chinese nations who are indifferent to milk, as are the Sikkim people. The Bengalees, Hindoos, and Tibetans, on the other hand, consume immense quantities of milk. They have no sheep, and few goats or cattle, the latter of which are kept for slaughter; they have, however, plenty of pigs and fowls. Eggs are most abundant, but used for omens only, and it is a common, but disgusting occurrence, to see large groups employed for hours in breaking them upon stones, shouting and quarrelling, surrounded by the mixture of yellow yolks and their red pawn saliva.

The funeral ceremonies are the only ones of any importance, and are often conducted with barbaric pomp and expense; and rude stones of gigantic proportions are erected as monuments, singly or in rows, circles, or supporting one another, like those of Stonehenge, which they rival in dimensions and appearance. The body is burned, though seldom during the rains, from the difficulty of obtaining a fire; it is therefore preserved in honey (which is abundant and good) till the dry season: a practice I have read of as prevailing among some tribes in the Malay peninsula. Spirits are drunk on these occasions; but the hill Khasia is not addicted to drunkenness, though some of the natives of the low valleys are very much so. These ascend the rocky faces of the mountains by ladders, to the Churra markets, and return loaded at night, apparently all but too drunk to stand; yet they never miss their footing in places which are most dangerous to persons unaccustomed to such situations.

Illustration—THE TABLE-LAND AND STATION OF CHURRA, WITH THE JHEELS,

COURSE OF THE SOORMAH RIVER, AND TIPPERAH HILLS IN THE EXTREME

DISTANCE, LOOKING SOUTH.

The Khasias are superstitious, but have no religion; like the Lepchas, they believe in a supreme being, and in deities of the grove, cave, and stream. Altercations are often decided by holding the disputants' heads under water, when the longest winded carries his point. Fining is a common punishment, and death for grave offences. The changes of the moon are accounted for by the theory that this orb, who is a man, monthly falls in love with his wife's mother, who throws ashes in his face. The sun is female; and Mr. Yule* [I am indebted to Mr. Inglis for most of this information relating to the Khasias, which I have since found, with much more that is curious and interesting, in a paper by Lieut. Yule in Bengal Asiat. Soc. Journal.] (who is my authority) says that the Pleiades are called "the Hen-man" (as in Italy "the chickens"); also that they have names for the twelve months; they do not divide their time by weeks, but hold a market every four days. These people are industrious, and good cultivators of rice, millet, and legumes of many kinds. Potatoes were introduced amongst them about twenty years ago by Mr. Inglis, and they have increased so rapidly that the Calcutta market is now supplied by their produce. They keep bees in rude hives of logs of wood.

The flat table-land on which Churra Poonji is placed, is three miles long and two broad, dipping abruptly in front and on both sides, and rising behind towards the main range, of which it is a spur. The surface of this area is everywhere intersected by shallow, rocky watercourses, which are the natural drains for the deluge that annually visits it. The western part is undulated and hilly, the southern rises in rocky ridges of limestone and coal, and the eastern is very flat and stony, broken only by low isolated conical mounds.

The scenery varies extremely at different parts of the surface. Towards the flat portion, where the English reside, the aspect is as bleak and inhospitable as can be imagined: a thin stratum of marshy or sandy soil covers a tabular mass of cold red sandstone; and there is not a tree, and scarcely a shrub to be seen, except occasional clumps of Pandanus. The low white bungalows are few in number, and very scattered, some of them being a mile asunder, enclosed with stone walls and shrubs; and a small white church, disused on account of the damp, stands lonely in the centre of all.

The views from the margins of this plateau are magnificent: 4000 feet below are bay-like valleys, carpetted as with green velvet, from which rise tall palms, tree-ferns with spreading crowns, and rattans shooting their pointed heads, surrounded with feathery foliage, as with ostrich plumes, far above the great trees. Beyond are the Jheels, looking like a broad shallow sea with the tide half out, bounded in the blue distance by the low-hills of Tipperah. To the right and left are the scarped red rocks and roaring waterfalls, shooting far over the cliff's, and then arching their necks as they expand in feathery foam, over which rainbows float, forming and dissolving as the wind sways the curtains of spray from side to side.

To the south of Churra the lime and coal measures rise abruptly in flat-topped craggy hills, covered with brushwood and small trees. Similar hills are seen far westward across the intervening valleys in the Garrow country, rising in a series of steep isolated ranges, 300 to 400 feet above the general level of the country, and always skirting the south face of the mountains. Considerable caverns penetrate the limestone, the broken surface of which rock presents many picturesque and beautiful spots, like the same rocks in England.

Westward the plateau becomes very hilly, bare, and grassy, with the streams broad and full, but superficial and rocky, precipitating themselves in low cascades over tabular masses of sand-stone. At Mamloo their beds are deeper, and full of brushwood, and a splendid valley and amphitheatre of red cliffs and cascades, rivalling those of Moosmai (chapter xxvii), bursts suddenly into view. Mamloo is a large village, on the top of a spur, to the westward: it is buried in a small forest, particularly rich in plants, and is defended by a stone wall behind: the only road is tunnelled through the sandstone rock, under the wall; and the spur on either side dips precipitously, so that the place is almost impregnable if properly defended. A sanguinary conflict took place here between the British and the Khasias, which terminated in the latter being driven over the precipices, beneath which many of them were shot. The fan-palm, Chamaerops Khasiana ("Pakha," Khas.), grows on the cliff's near Mamloo: it may be seen on looking over the edge of the plateau, its long curved trunk rising out of the naked rocks, but its site is generally inaccessible;* [This species is very closely allied to, if not identical with P. Martiana of Nepal; which ascends to 8000 feet in the western Himalaya, where it is annually covered with snow: it is not found in Sikkim, but an allied species occurs in Affghanistan, called P. Ritcheana: the dwarf palm of southern Europe is a fourth species.] while near it grows the Saxifragis ciliaris of our English gardens, a common plant in the north-west Himalaya, but extremely scarce in Sikkim and the Khasia mountains.

Illustration—MAMLOO CASCADES.

The descent of the Mamloo spur is by steps, alternating with pebbly flats, for 1500 feet, to a saddle which connects the Churra hills with those of Lisouplang to the westward. The rise is along a very steep narrow ridge to a broad long grassy hill, 3,500 feet high, whence an extremely steep descent leads to the valley of the Boga-panee, and the great mart of Chela, which is at the embouchure of that river. The transverse valley thus formed by the Mamloo spur, is full of orange groves, whose brilliant green is particularly conspicuous from above. At the saddle below Mamloo are some jasper rocks, which are the sandstone altered by basalt. Fossil shells are recorded to have been found by Dr. M'Lelland* [See a paper on the geology of the Khasia mountains by Dr. M'Lelland in the "Bengal Asiatic Society's Journal."] on some of the flats, which he considers to be raised beaches: but we sought in vain for any evidence of this theory beyond the pebbles, whose rounding we attributed to the action of superficial streams.

It is extremely difficult to give within the limits of this narrative any idea of the Khasia flora, which is, in extent and number of fine plants, the richest in India, and probably in all Asia. We collected upwards of 2000 flowering plants within ten miles of the station of Churra, besides 150 ferns, and a profusion of mosses, lichens, and fungi. This extraordinary exuberance of species is not so much attributable to the elevation, for the whole Sikkim Himalaya (three times more elevated) does not contain 500 more flowering plants, and far fewer ferns, etc.; but to the variety of exposures; namely, 1. the Jheels, 2. the tropical jungles, both in deep, hot, and wet valleys, and on drier slopes; 3. the rocks; 4. the bleak table-lands and stony soils; 5. the moor-like uplands, naked and exposed, where many species and genera appear at 5000 to 6000 feet, which are not found on the outer ranges of Sikkim under 10,000.* [As Thalictrum, Anemone, primrose, cowslip, Tofieldia, Yew, Pine, Saxifrage, Delphinium, Pedicularis.] In fact, strange as it may appear, owing to this last cause, the temperate flora descends fully 4000 feet lower in the latitude of Khasia (25 degrees N.) than in that of Sikkim (27 degrees N.), though the former is two degrees nearer the equator.

The Pandanus alone forms a conspicuous feature in the immediate vicinity of Churra; while the small woods about Mamloo, Moosmai, and the coal-pits, are composed of Symplocos, laurels, brambles, and jasmines, mixed with small oaks and Photinia, and many tropical genera of trees and shrubs.

Orchideae are, perhaps, the largest natural order in the Khasia, where fully 250 kinds grow, chiefly on trees and rocks, but many are terrestrial, inhabiting damp woods and grassy slopes. I doubt whether in any other part of the globe the species of orchids outnumber those of any other natural order, or form so large a proportion of the flora. Balsams are next in relative abundance (about twenty-five), both tropical and temperate kinds, of great beauty and variety in colour, form, and size of blossom. Palms amount to fourteen, of which the Chamaerops and Arenga are the only genera not found in Sikkim. Of bamboos there are also fifteen, and of other grasses 150, which is an immense proportion, considering that the Indian flora (including those of Ceylon, Kashmir, and all the Himalaya), hardly contains 400. Scitamineae also are abundant, and extremely beautiful; we collected thirty-seven kinds.

No rhododendron grows at Churra, but several species occur a little further north: there is but one pine (P. Khasiana) besides the yew, (and two Podocarpi), and that is only found in the drier interior regions. Singular to say, it is a species not seen in the Himalaya or elsewhere, but very nearly allied to Pinua longifolia,* [Cone-bearing pines with long leaves, like the common Scotch fir, are found in Asia, and as far south as the Equator (in Borneo) and also inhabit Arracan, the Malay Peninsula, Sumatra, and South China. It is a very remarkable fact that no Gymnospermous tree inhabits the Peninsula of India; not even the genus Podocarpus, which includes most of the tropical Gymnosperms, and is technically coniferous, and has glandular woody fibre; though like the yew it bears berries. Two species of this genus are found in the Khasia, and one advances as far west as Nepal. The absence of oaks and of the above genera (Podocarpus and Pinus) is one of the most characteristic differences between the botany of the east and west shores of the Bay of Bengal.] though more closely resembling the Scotch fir than that tree does.

The natural orders whose rarity is most noticeable, are Cruciferae, represented by only three kinds, and Caryophylleae. Of Ranunculaceae, there are six or seven species of Clematis, two of Anemone, one Delphinium, three of Thalictrum, and two Ranunculi. Compsitae and Leguminosae are far more numerous than in Sikkim.

The climate of Khasia is remarkable for the excessive rain-fall. Attention was first drawn to this by Mr. Yule, who stated, that in the month of August, 1841, 264 inches fell, or twenty-two feet; and that during five successive days, thirty inches fell in every twenty-four hours! Dr. Thomson and I also recorded thirty inches in one day and night, and during the seven months of our stay, upwards of 500 inches fell, so that the total annual fall perhaps greatly exceeded 600 inches, or fifty feet, which has been registered in succeeding years! From April, 1849, to April, 1850, 502 inches (forty-two feet) fell. This unparalleled amount is attributable to the abruptness of the mountains which face the Bay of Bengal, from which they are separated by 200 miles of Jheels and Sunderbunds.

This fall is very local: at Silhet, not thirty miles further south, it is under 100 inches; at Gowahatty, north of the Khasia in Assam, it is about 80; and even on the hills, twenty miles inland from Churra itself, the fall is reduced to 200. At the Churra station, the distribution of the rain is very local; my gauges, though registering the same amount when placed beside a good one in the station; when removed half a mile, received a widely different quantity, though the different gauges gave nearly the same mean amount at the end of each whole month.

The direct effect of this deluge is to raise the little streams about Churra fourteen feet in as many hours, and to inundate the whole flat; from which, however, the natural drainage is so complete, as to render a tract, which in such a climate and latitude should be clothed with exuberant forest, so sterile, that no tree finds support, and there is no soil for cultivation of any kind whatsoever, not even of rice. Owing, however, to the hardness of the horizontally stratified sandstone, the streams have not cut deep channels, nor have the cataracts worked far back into the cliffs. The limestone alone seems to suffer, and the turbid streams from it prove how rapidly it is becoming denuded. The great mounds of angular gravel on the Churra flat, are perhaps the remains of an extensive deposit, fifty feet thick, elsewhere washed away by these rains; and I have remarked traces of the same over many slopes of the hills around.

The mean temperature of Churra (elev. 4000 feet) is about 66 degrees, or 16 degrees below that of Calcutta; which, allowing for 22 degrees of northing, gives 1 degree of temperature to every 290 to 300 feet of ascent. In summer the thermometer often rises to 88 degrees and 90 degrees; and in the winter, owing to the intense radiation, hoar-frost is frequent. Such a climate is no less inimical to the cultivation of plants, than is the wretched soil: of this we saw marked instances in the gardens of two of the resident officers, Lieutenants Raban and Cave, to whom we were indebted for the greatest kindness and hospitality. These gentlemen are indefatigable horticulturists, and took a zealous interest in our pursuits, accompanying us in our excursions, enriching our collections in many ways, and keeping an eye to them and to our plant-driers during our absence from the station. In their gardens the soil had to be brought from a considerable distance, and dressed copiously with vegetable matter. Bamboo clumps were planted for shelter within walls, and native shrubs, rhododendrons, etc., introduced. Many Orchideae throve well on the branches of the stunted trees which they had planted, and some superb kinds of Hedychium in the ground; but a very few English garden plants throve in the flower-beds. Even in pots and frames, geraniums, etc., would rot, from the rarity of sunshine, which is as prejudicial as the damp and exposure. Still many wild shrubs of great interest and beauty flourished, and some European ones succeeded with skill and management; as geraniums, Salvia, Petunia, nasturtium, chrysanthemum, Kennedya rubicunda, Maurandya, and Fuchsia. The daisy seed sent from England as double, came up very poor and single. Dahlias do not thrive, nor double balsams. Now they have erected small but airy green-houses, and sunlight is the only desideratum.

At the end of June, we started for the northern or Assam face of the mountains. The road runs between the extensive and populous native village, or poonji, on the left, and a deep valley on the right, and commands a beautiful view of more waterfalls. Beyond this it ascends steeply, and the sandstone on the road itself is curiously divided into parallelograms, like hollow bricks,* [I have seen similar bricks in the sandstones of the coal-districts of Yorkshire; they are very puzzling, and are probably due to some very obscure crystalline action analogous to jointing and cleavage.] enclosing irregularly shaped nodules, while in other places it looks as if it had been run or fused: spherical concretions of sand, coloured concentrically by infiltration, are common in it, which have been regarded as seeds, shells, etc.; it also contained spheres of iron pyrites. The general appearance of much of this rock is as if it had been bored by Teredines (ship worms), but I never detected any trace of fossils. It is often beautifully ripple-marked, and in some places much honeycombed, and full of shales and narrow seams of coal, resting on a white under-clay full of root-fibres, like those of Stigmaria.

At about 5000 feet the country is very open and bare, the ridges being so uniform and flat-topped, that the broad valleys they divide are hidden till their precipitous edges are reached; and the eye wanders far east and west over a desolate level grassy country, unbroken, save by the curious flat-topped hills I have described as belonging to the limestone formation, which lie to the south-west. These features continue for eight miles, when a sudden descent of 600 or 700 feet, leads into the valley of the Kala-panee (Black water) river, where there is a very dark and damp bungalow, which proved a very great accommodation to us.* [It may be of use to the future botanist in this country to mention a small wood on the right of this road, near the village of Surureem, as an excellent botanical station: the trees are chiefly Rhododendron arboreum, figs, oaks, laurels, magnolias, and chestnuts, on whose limbs are a profusion of Orchideae, and amongst which a Rattan palm occurs.

Lailang-kot is another village full of iron forges, from a height near which a splendid view is obtained over the Churra flat. A few old and very stunted shrubs of laurel and Symplocos grow on its bleak surface, and these are often sunk from one to three feet in a well in the horizontally stratified sandstone. I could only account for this by supposing it to arise from the drip from the trees, and if so, it is a wonderful instance of the wearing effects of water, and of the great age which small bushes sometimes attain.

The vegetation is more alpine at Kala-panee (elevation, 5,300 feet); Benthamia, Kadsura, Stauntonia, Illicium, Actinidia, Helwingia, Corylopsis, and berberry—all Japan and Chinese, and most of them Dorjiling genera—appear here, with the English yew, two rhododendrons, and Bucklandia. There are no large trees, but a bright green jungle of small ones and bushes, many of which are very rare and curious. Luculia Pinceana makes a gorgeous show here in October.

The sandstone to the east of Kala-panee is capped by some beds, forty feet thick, of conglomerate worn into cliffs; these are the remains of a very extensive horizontally stratified formation, now all but entirely denuded. In the valley itself, the sandstone alternates with alum shales, which rest on a bed of quartz conglomerate, and the latter on black greenstone. In the bed of the river, whose waters are beautifully clear, are hornstone rocks, dipping north-east, and striking north-west. Beyond the Kalapanee the road ascends about 600 feet, and is well quarried in hard greenstone; and passing through a narrow gap of conglomerate rock,* [Formed of rolled masses of greenstone and sandstone, united by a white and yellow cement.] enters a shallow, wild, and beautiful valley, through which it runs for several miles. The hills on either side are of greenstone capped by tabular sandstone, immense masses of which have been precipitated on the floor of the valley, producing a singularly wild and picturesque scene. In the gloom of the evening it is not difficult for a fertile imagination to fancy castles and cities cresting the heights above.* [Hydrangea grows here, with ivy, Mussoenda, Pyrua, willow, Viburnum, Parnassia, Anemone, Leycesteria formosa, Neillia, Rubus, Astilbe, rose, Panax, apple, Bucklandia, Daphne, pepper, Scindapsus, Pierix, holly, Lilium giganteum ("Kalang tatti," Khas.), Camellia, Elaeocarpus, Buddleia, etc. Large bees' nests hang from the rocks.]

There is some cultivation here of potatoes, and of Rhysicosia vestita a beautiful purple-flowered leguminous plant, with small tuberous roots. Beyond this, a high ridge is gained above the valley of the Boga-panee, the largest river in the Khasia; from this the Bhotan Himalaya may be seen in clear weather, at the astonishing distance of from 160 to 200 miles! The vegetation here suddenly assumes a different aspect, from the quantity of stunted fir-trees clothing the north side of the valley, which rises very steeply 1000 feet above the river: quite unaccountably, however, not one grows on the south face. A new oak also appears abundantly; it has leaves like the English, whose gnarled habit it also assumes.

The descent is very steep, and carried down a slope of greenstone;* [This greenstone decomposes into a thick bed of red clay; it is much intersected by fissures or cleavage planes at all angles, whose surfaces are covered with a shining polished superficial layer; like the fissures in the cleavage planes of the gneiss granite of Kinchinjhow, whose adjacent surfaces are coated with a glassy waved layer of hornblende. This polishing of the surfaces is generally attributed to their having been in contact and rubbed together, an explanation which is wholly unsatisfactory to me; no such motion could take place in cleavage planes which often intersect, and were it to occur, it would not produce two polished surfaces of an interposed layer of a softer mineral. It is more probably due to metamorphic action.] the road then follows. a clear affluent of the Boga-panee, and afterwards winds along the margin of that river, which is a rapid turbulent stream, very muddy, and hence contrasting remarkably with the Kala-panee. It derives its mud from the decomposition of granite, which is washed by the natives for iron, and in which rock it rises to the eastward. Thick beds of slate crop out by the roadside (strike north-east and dip north-west), and are continued along the bed of the river, passing into conglomerates, chert, purple slates, and crystalline sandstones, with pebbles, and angular masses of schist. Many of these rocks are much crumpled, others quite flat, and they are overlaid by soft, variegated gneiss, which is continued alternately with the slates to the top of the hills on the opposite side.

Small trees of hornbeam grow near the river, with Rhus, Xanthoxylon, Vaccinium, Gualtheria, and Spiraea, while many beautiful ferns, mosses, and orchids cover the rocks. An elegant iron suspension- bridge is thrown across the stream, from a rock matted with tufts of little parasitic Orchideae. Crossing it, we came on many pine-trees; these had five-years' old cones on them, as well as those of all succeeding years; they bear male flowers in autumn, which impregnate the cones formed the previous year. Thus, the cones formed in the spring of 1850 are fertilised in the following autumn, and do not ripen their seeds till the second following autumn, that of 1852.

A very steep ascent leads to the bungalow of Moflong, on a broad, bleak hill-top, near the axis of the range (alt. 6,062 feet). Here there is a village, and some cultivation, surrounded by hedges of Erythrina, Pieris, Viburnum, Pyres, Colquhounia, and Corylopsis, amongst which grew an autumn-flowering lark-spur, with most foetid flowers.* [There is a wood a mile to the west of the bungalow, worth visiting by the botanist: besides yew, oak, Sabia and Camellia, it contains Olea, Euonymus, and Sphaerocarya, a small tree that bears a green pear-shaped sweet fruit, with a large stone: it is pleasant, but leaves a disagreeable taste in the mouth. On the grassy flats an Astragalus occurs, and Roscoea purpurea, Tofieldia, and various other fine plants are common.] The rocks are much contorted slates and gneiss (strike north-east and dip south-east). In a deep gulley to the northward, greenstone appears, with black basalt and jasper, the latter apparently altered gneiss: beyond this the rocks strike the opposite way, but are much disturbed.

We passed the end of June here, and experienced the same violent weather, thunder, lightning, gales, and rain, which prevailed during every midsummer I spent in India. A great deal of Coix (Job's tears) is cultivated about Moflong: it is of a dull greenish purple, and though planted in drills, and carefully hoed and weeded, is a very ragged crop. The shell of the cultivated sort is soft, and the kernel is sweet; whereas the wild Coix is so hard that it cannot be broken by the teeth. Each plant branches two or three times from the base, and from seven to nine plants grow in each square yard of soil: the produce is small, not above thirty or forty fold.

From a hill behind Moflong bungalow, on which are some stone altars, a most superb view is obtained of the Bhotan Himalaya to the northward, their snowy peaks stretching in a broken series from north 17 degrees east to north 35 degrees west; all are below the horizon of the spectator, though from 17,000 to 20,000 feet above his level. The finest view in the Khasia mountains, and perhaps a more extensive one than has ever before been described, is that from Chillong hill, the culminant point of the range, about six miles north-east from Moflong bungalow. This hill, 6,660 feet above the sea, rises from an undulating grassy country, covered with scattered trees and occasional clumps of wood; the whole scenery about being park-like, and as little like that of India at so low an elevation as it is possible to be.

I visited Chillong in October with Lieutenant Cave; starting from Churra, and reaching the bungalow, two miles from its top, the same night, with two relays of ponies, which he had kindly provided. We were unfortunate in not obtaining a brilliant view of the snowy mountains, their tops being partially clouded; but the coup d'oeil was superb. Northward, beyond the rolling Khasia hills, lay the whole Assam valley, seventy miles broad, with the Burrampooter winding through it, fifty miles distant, reduced to a thread. Beyond this, banks of hazy vapour obscured all but the dark range of the Lower Himalaya, crested by peaks of frosted silver, at the immense distance of from 100 to 220 miles from Chillong. All are below the horizon of the observer; yet so false is perspective, that they seem high in the air. The mountains occupy sixty degrees of the horizon, and stretch over upwards of 250 miles, comprising the greatest extent of snow visible from any point with which I am acquainted.

Westward from Chillong the most distant Garrow hills visible are about forty miles off; and eastward those of Cachar, which are loftier, are about seventy miles. To the south the view is limited by the Tipperah hills, which, where nearest, are 100 miles distant; while to the south-west lies the sea-like Gangetic delta, whose horizon, lifted by refraction, must be fully 120. The extent of this view is therefore upwards of 340 miles in one direction, and the visible horizon of the observer encircles an area of fully thirty thousand square miles, which is greater than that of Ireland!

Scarlet-flowered rhododendron bushes cover the north side of Chillong,* [These skirt a wood of prickly bamboo, in which occur fig, laurel, Aralia, Boemeria, Smilax, Toddalia, wild cinnamon, and three kinds of oak.] whilst the south is grassy and quite bare; and except some good Orchideae on the trees, there is little to reward the botanist. The rocks appeared to be sandstone at the summit, but micaceous gneiss all around.

Continuing northward from Moflong, the road, after five miles, dips into a very broad and shallow flat-floored valley, fully a mile across, which resembles a lake-bed: it is bounded by low hills, and is called "Lanten-tannia," and is bare of aught but long grass and herbs; amongst these are the large groundsel (Senecio), Dipsacus, Ophelia, and Campanula. On its south flank the micaceous slates strike north-east, and dip north-west, and on the top repose beds, a foot in thickness, of angular water-worn gravel, indicating an ancient water-level, 400 feet above the floor of the valley. Other smaller lake-beds, in the lateral valleys, are equally evident.

A beautiful blue-flowered Clitoria creeps over the path, with the ground-raspberry of Dorjiling. From the top a sudden descent of 400 feet leads to another broad flat valley, called "Syong" (elevation, 5,725 feet), in which is a good bungalow, surrounded by hedges of Prinsepia utilis, a common north-west Himalayan plant, only found at 8000 feet in Sikkim. The valley is grassy, but otherwise bare. Beyond this the road passes over low rocky hills, wooded on their north or sheltered flanks only, dividing flat-floored valleys: a red sandy gneiss is the prevalent rock, but boulders of syenite are scattered about. Extensive moors (elevation, 6000 feet) succeed, covered with stunted pines, brake, and tufts of harsh grasses.* [These are principally Andropogon and Brachypodium, amongst which grow yellow Corydalis, Thalictrum, Anemone, Parnassia, Prunella, strawberry, Eupatorium, Hypericum, willow, a Polygonum like Bistorta, Osmunda regalis and another species Lycopodium alpinum, a Senecio like Jacobaea, thistles, Gnaphalium, Gentians, Iris, Paris, Sanguisorba and Agrimonia.]

Near the Dengship-oong (river), which flows in a narrow valley, is a low dome of gneiss altered by syenite. The prevalent dip is uniformly south-east, and the strike north-east; and detached boulders of syenite become more frequent, resting on a red gneiss, full of black garnets, till the descent to the valley of Myrung, one of the most beautiful spots in the Khasia, and a favourite resort, having an excellent bungalow which commands a superb view of the Himalaya: it is 5,650 feet above the sea, and is placed on the north flank of a very shallow marshy valley, two miles broad, and full of rice cultivation, as are the flat heads of all the little valleys that lead into it. There is a guard here of light infantry, and a little garden, boasting a gardener and some tea-plants, so that we had vegetables during our four visits to the place, on two of which occasions we stayed some days.

From Kala-panee to Myrung, a distance of thirty-two miles, the road does not vary 500 feet above or below the mean level of 5,700 feet, and the physical features are the same throughout, of broad flat-floored, steep-sided valleys, divided by bleak, grassy, tolerably level-topped bills. Beyond Myrung the Khasia mountains slope to the southward in rolling loosely-wooded hills, but the spurs do not dip suddenly till beyond Nunklow, eight miles further north.

On the south side of the Myrung valley is Nungbree wood, a dense jungle, occupying, like all the other woods, the steep north exposure of the hill; many good plants grow in it, including some gigantic Balanophorae, Pyrola, and Monotropa. The bungalow stands on soft, contorted, decomposing gneiss, which is still the prevalent rock, striking north-east. On the hills to the east of it, enormous hard blocks lie fully exposed, and are piled on one another, as if so disposed by glacial action; and it is difficult to account for them by denudation, though their surface scales, and similar blocks are scattered around Myrung exactly similar to the syenite blocks of Nunklow, and the granite ones of Nonkreem, to be described hereafter, and which are undoubtedly due to the process of weathering. A great mass of flesh-coloured crystalline granite rises in the centre of the valley, to the east of the road: it is fissured in various directions, and the surface scales concentrically; it is obscurely stratified in some parts, and appears to be half granite and half gneiss in mineralogical character.

We twice visited a very remarkable hill, called Kollong, which rises as a dome of granite 5,400 feet high, ten or twelve miles south-west of Myrung, and conspicuous from all directions. The path to it turns off from that to Nunklow, and strikes westerly along the shallow valley of Monai, in which is a village, and much rice and other cultivation. Near this there is a large square stockade, formed of tall bamboos placed close together, very like a New Zealand "Pa;" indeed, the whole country hereabouts much recalls the grassy clay hills, marshy valleys, and bushy ridges of the Bay of Islands. The hills on either side are sometimes dotted with pinewoods, sometimes conical and bare, with small clumps of pines on the summit only; while in other places are broad tracts containing nothing but young trees, resembling plantations, but which, I am assured, are not planted; on the other hand, however, Mr. Yule states, that the natives do plant fir-trees, especially near the iron forges, which give employment to all the people of Monai.

All the streams rise in flat marshy depressions amongst the hills with which the whole country is covered; and both these features, together with the flat clay marshes into which the rivers expand, are very suggestive of tidal action. Rock is hardly anywhere seen, except in the immediate vicinity of Kollong, where are many scattered boulders of fine-grained gneiss, of which are made the broad stone slabs, placed as seats, and the other erections of this singular people. We repeatedly remarked cones of earth, clay, and pebbles, about twelve feet high, upon the hills, which appeared to be artificial, but of which the natives could give no explanation. Wild apple and birch are common trees, but there is little jungle, except in the hollows, and on the north slopes of the higher hills. Coarse long grass, with bushes of Labiate and Composite plants, are the prevalent features.

Kollong rock is a steep dome of red granite,* [This granite is highly crystalline, and does not scale or flake, nor is its surface polished.] accessible from the north and east, but almost perpendicular to the southward, where the slope is 80 degrees for 600 feet. The elevation is 400 feet above the mean level of the surrounding ridges, and 700 above the bottom of the valleys. The south or steepest side is encumbered with enormous detached blocks, while the north is clothed with a dense forest, containing red tree-rhododendrons and oaks; on its skirts grew a white bushy rhododendron, which we found nowhere else. The hard granite of the top was covered with matted mosses, lichens, Lycopodiums, and ferns, amongst which were many curious and beautiful airplants.* [Eria, Coelogyne (Wallichii, maculata, and elata), Cymbidium, Dendrobium, Sunipia some of them flowering profusely; and though freely exposed to the sun and wind, dews and frosts, rain and droughts, they were all fresh, bright, green and strong, under very different treatment from that to which they are exposed in the damp, unhealthy, steamy orchid-houses of our English gardens. A wild onion was most abundant all over the top of the hill, with Hymenopogon, Vaccinium, Ophiopogon, Anisadenia, Commelyna, Didymocarpus, Remusatia, Hedychium, grass and small bamboos, and a good many other plants. Many of the lichens were of European kinds; but the mosses (except Bryum argenteum) and ferns were different. A small Staphylinus, which swarmed under the sods, was the only insect I remarked.]

Illustration—KOLLONG ROCK.

The view from the top is very extensive to the northward, but not elsewhere: it commands the Assam valley and the Himalaya, and the billowy range of undulating grassy Khasia mountains. Few houses were visible, but the curling smoke from the valleys betrayed their lurking-places, whilst the tinkling sound of the hammers from the distant forges on all sides was singularly musical and pleasing; they fell on the ear like "bells upon the wind," each ring being exquisitely melodious, and chiming harmoniously with the others. The solitude and beauty of the scenery, and the emotions excited by the music of chimes, tended to tranquillise our minds, wearied by the fatigues of travel, and the excitement of pursuits that required unremitting attention; and we rested for some time, our imaginations wandering to far-distant scenes, brought vividly to our minds by these familiar sounds.

CHAPTER XXIX.

View of Himalaya from the Khasia — Great masses of snow — Chumulari — Donkia — Grasses — Nunklow — Assam valley and Burrampooter — Tropical forest — Borpanee — Rhododendrons — Wild elephants — Blocks of Syenite — Return to Churra — Coal — August temperature — Leave for Chela — Jasper hill — Birds — Arundina — Habits of leaf-insects — Curious village — Houses — Canoes — Boga-panee river — Jheels — Chattuc — Churra — Leave for Jyntea hills — Trading parties — Dried fish — Cherries — Cinnamon — Fraud — Pea-violet — Nonkreem — Sandstone — Pines — Granite boulders — Iron washing — Forges — Tanks — Siberian Nymphaea — Barren country — Pomrang — Podostemon — Patchouli plant — Mooshye — Enormous stone slabs — Pitcher-plant — Joowye cultivation and vegetation — Hydropeltis — Sulky hostess — Nurtiung — Hamamelis chinensis — Bor-panee river — Sacred grove and gigantic stone structures — Altars — Pyramids, etc. — Origin of names — Vanda coerulea — Collections — November vegetation — Geology of Khasia — Sandstone — Coal — Lime — Gneiss — Greenstone — Tidal action — Strike of rocks — Comparison with Rajmahal hills and the Himalaya.

The snowy Himalaya was not visible during our first stay at Myrung, from the 5th to the 10th of July; but on three subsequent occasions, viz., 27th and 28th of July, 13th to 17th October, and 22nd to 25th October, we saw these magnificent mountains, and repeatedly took angular heights and bearings of the principal peaks. The range, as seen from the Khasia, does not form a continuous line of snowy mountains, but the loftiest eminences are conspicuously grouped into masses, whose position is probably between the great rivers which rise far beyond them and flow through Bhotan. This arrangement indicates that relation of the rivers to the masses of snow, which I have dwelt upon in the Appendix; and further tends to prove that the snowy mountains, seen from the southward, are not on the axis of a mountain chain, and do not even indicate its position; but that they are lofty meridional spurs which, projecting southward, catch the moist vapours, become more deeply snowed, and protect the dry loftier regions behind.

The most conspicuous group of snows seen from the Khasia bears N.N.E. from Myrung, and consists of three beautiful mountains with wide-spreading snowy shoulders. These are distant (reckoning from west to east) respectively 164, 170, and 172 miles from Myrung, and subtend angles of + 0 degrees 4 minutes 0 seconds, - 0 degrees 1 minute 30 seconds, and -0 degrees 2 minutes 28 seconds.* [These angles were taken both at sunrise and sunset, and with an excellent theodolite, and were repeated after two considerable intervals. The telescopes were reversed after each observation, and every precaution used to insure accuracy; nevertheless the mean of one set of observations of angular height often varied 1 degree from that of another set. This is probably much due to atmospheric refraction, whose effect and amount it is impossible to estimate accurately in such cases. Here the objects are not only viewed through 160 miles of atmosphere, but through belts from between 6000 to 20,000 feet of vertical height, varying in humidity and transparency at different parts of the interval. If we divide this column of atmosphere into sections parallel to those of latitude, we have first a belt fifteen miles broad, hanging over the Khasia, 2000 to 4000 feet above the sea; beyond it, a second belt, seventy miles broad, hangs over the Assam valley, which is hardly 300 feet above the level of the sea; and thirdly, the northern part of the column, which reposes on 60 to 100 miles of the Bhotan lower Himalaya: each of these belts has probably a different refractive power.] From Nunklow (940 feet lower than Myrung) they appear higher, the western peak rising 14 degrees 35 minutes above the horizon; whilst from Moflong (32 miles further south, and elevation 6,062 feet) the same is sunk 2 degrees below the horizon. My computations make this western mountain upwards of 24,000 feet high; but according to Col. Wilcox's angles, taken from the Assam valley, it is only 21,600, the others being respectively 20,720 and 21,475. Captain Thuillier (the Deputy Surveyor General) agrees with me in considering that Colonel Wilcox's altitudes are probably much under-estimated, as those of other Himalayan peaks to the westward were by the old surveyors. It is further evident that these mountains have (as far as can be estimated by angles) fully 6-8000 feet of snow on them, which would not be the case were the loftiest only 21,600 feet high.

It is singular, that to the eastward of this group, no snowy mountains are seen, and the lower Himalaya also dip suddenly. This depression is no doubt partly due to perspective; but as there is no such sudden disappearance of the chain to the westward, where peaks are seen 35 degrees to the west of north, it is far more probable that the valley of the Soobansiri river, which rises in Tibet far behind these peaks, is broad and open; as is that of the Dihong, still farther east, which we have every reason to believe is the Tibetan Yaru or Burrampooter.

Supposing then the eastern group to indicate the mountain mass separating the Soobansiri from the Monass river, no other mountains conspicuous for altitude or dimension rise between N.N.E. and north, where there is another immense group. This, though within 120 miles of Myrung, is below its horizon, and scarcely above that of Nunklow (which is still nearer to it), and cannot therefore attain any great elevation.

Far to the westward again, is a very lofty peaked mountain bearing N.N.W., which subtends an angle of -3 degrees 30 minutes from Myrung, and +6 degrees 0 minutes from Nunklow. The angles of this seem to indicate its being either Chumulari, or that great peak which I saw due east from Bbomtso top, and which I then estimated at ninety miles off and 23,500 feet high. From the Khasia angles, its latitude and longitude are 28 degrees 6 minutes and 89 degrees 30 minutes, its elevation 27,000 feet, and its distance from Myrung 200 miles. I need hardly add that neither the position nor the elevation computed from such data is worthy of confidence.

Further still, to the extreme west, is an immense low hog-backed mass of snow, with a small peak on it; this bears north-west, both from Myrung and Nunklow, subtending an angle of -25 minutes from the former, and -17 minutes from the latter station. It is in all probability Chumulari, 210 miles distant from Nunklow. Donkia, if seen, would be distant 230 miles from the same spot in the Khasia, and Kinchinjunga 260; possibly they are visible (by refraction) from Chillong, though even further from it.

The distance from Myrung to Nunklow is ten miles, along an excellent road. The descent is at first sudden, beyond which the country is undulating, interspersed with jungle (of low trees, chiefly oaks) and marshes, with much rice cultivation. Grasses are exceedingly numerous; we gathered fifty kinds, besides twenty Cyperaceae: four were cultivated, namely sugar-cane, rice, Coix, and maize. Most of the others were not so well suited to pasturage as those of higher localities. Dwarf Phoenix palm occurs by the roadside at 5000 feet elevation.

Gneiss (with garnets) highly inclined, was the prevalent rock (striking north-east), and scattered boulders of syenite became very frequent. In one place the latter rock is seen bursting through the gneiss, which is slaty and very crystalline at the junction.

Nunklow is placed at the northern extremity of a broad spur that over-hangs the valley of the Burrampooter river, thirty miles distant. The descent from it is very rapid, and beyond it none of the many spurs thrown out by the Khasia attain more than 1000 feet elevation; hence, though the range does not present so abrupt a face to the Burrampooter as it does to the Jheels, Nunklow is considered as on the brink of its north slope. The elevation of the bungalow is 4,688 feet, and the climate being hot, it swarms with mosquitos, fleas, and rats. It commands a superb view to the north, of the Himalayan snows, of the Burrampooter, and intervening malarious Terai forest; and to the south, of the undulating Khasia, with Kollong rock bearing south-west. All the hills between this and Myrung look from Nunklow better wooded than they do from Myrung, in consequence of the slopes exposed to the south being bare of forest.

A thousand feet below the bungalow, a tropical forest begins, of figs, birch, horse-chestnut, oak, nutmeg. Cedrela, Engelhardtia, Artocarpeae, and Elaeocarpus, in the gullies, and tall pines on the dry slopes, which are continued down to the very bottom of the valley in which flows the Bor-panee, a broad and rapid river that descends from Chillong, and winds round the base of the Nunklow spur. Many of the pines are eighty feet high, and three or four in diameter, but none form gigantic trees. The quantity of balsams in the wet ravines is very great, and tree-ferns of several kinds are common.

The Bor-panee is about forty yards wide, and is spanned by an elegant iron suspension-bridge, that is clamped to the gneiss rock (strike north-east, dip north-west) on either bank; beneath is a series of cascades, none high, but all of great beauty from the broken masses of rocks and picturesque scenery on either side. We frequently botanised up and down the river with great success: many curious plants grow on its stony and rocky banks; and amongst them Rhododendron formosum at the low elevation of 2000 feet. A most splendid fern, Dipteris Wallichii, is abundant, with the dwarf Phoenix palm and Cycas pectinata.

Wild animals are very abundant here, though extremely rare on the higher part of the Khasia range; tigers, however, and bears, ascend to Nunklow. We saw troops of wild dogs ("Kuleam," Khas.), deer, and immense quantities of the droppings of the wild elephant; an animal considered in Assam dangerous to meet, whereas in other parts of India it is not dreaded till provoked. There is, however, no quadruped that varies more in its native state than this: the Ceylon kind differs from the Indian in the larger size and short tusks, and an experienced judge at Calcutta will tell at once whether the newly caught elephant is from Assam, Silhet, Cuttack, Nepal, or Chittagong. Some of the differences, in size, roundness of shoulders and back, quantity of hair, length of limb, and shape of head, are very marked; and their dispositions are equally various.

The lowest rocks seen are at a considerable distance down the Bor-panee; they are friable sandstones that strike uniformly with the gneiss. From the bridge upwards the rocks are all gneiss, alternating with chert and quartz. The Nunklow spur is covered with enormous rounded blocks of syenite, reposing on clay or on one another. These do not descend the hill, and are the remains of an extensive formation which we could only find in situ at one spot on the road to Myrung (see earlier), but which must have been of immense thickness.* [The tendency of many volcanic rocks to decompose in spheres is very well known: it is conspicuous in the black basalts north of Edinburgh, but I do not know any instance equal to this of Nunklow, for the extent of decomposition and dimensions of the resulting spheres.] One block within ten yards of the bungalow door was fifteen feet long, six high, and eight broad; it appeared half buried, and was rapidly decomposing from the action of the rain. Close by, to the westward, in walking amongst the masses we were reminded of a moraine of most gigantic sized blocks; one which I measured was forty feet long and eleven above the ground; its edges were rounded, and its surface flaked off in pieces a foot broad and a quarter of an inch thick. Trees and brushwood often conceal the spaces between these fragments, and afford dens for bears and leopards, into which man cannot follow them.

Sitting in the cool evenings on one of these great blocks, and watching the Himalayan glaciers glowing with the rays of sunset, appearing to change in form and dimensions with the falling shadows, it was impossible to refrain from speculating on the possibility of these great boulders heaped on the Himalayan-ward face of the Khasia range, having been transported hither by ice at some former period; especially as the Mont Blanc granite, in crossing the lake of Geneva to the Jura, must have performed a hardly less wonderful ice journey: but this hypothesis is clearly untenable; and unparalleled in our experience as the results appear, if attributed to denudation and weathering alone, we are yet compelled to refer them to these causes. The further we travel, and the longer we study, the more positive becomes the conviction that the part played by these great agents in sculpturing the surface of our planet, is as yet but half recognised.

We returned on the 7th of August to Churra, where we employed ourselves during the rest of the month in collecting and studying the plants of the neighbourhood. We hired a large and good bungalow, in which three immense coal fires* [This coal is excellent for many purposes. We found it generally used by the Assam steamers, and were informed on board that in which we traversed the Sunderbunds, some months afterwards, that her furnaces consumed 729 lbs. per hour; whereas the consumption of English coal was 800 lbs., of Burdwan coal 8401bs., and of Assam 900 lbs.] were kept up for drying plants and papers, and fifteen men were always employed, some in changing, and some in collecting, from morning till night. The coal was procured within a mile of our door, and cost about six shillings a month; it was of the finest quality, and gave great heat and few ashes. Torrents of rain descended almost daily, twelve inches in as many hours being frequently registered; and we remarked that it was impossible to judge of the quantity by estimation, an apparent deluge sometimes proving much less in amount than much lighter but steadier falls; hence the greatest fall is probably that in which the drops are moderately large; very close together, and which pass through a saturated atmosphere. The temperature of the rain here and elsewhere in India was always a degree or two below that of the air.

Though the temperature in August rose to 75 degrees, we never felt a fire oppressive, owing to the constant damp, and absence of sun. The latter, when it broke through the clouds, shone powerfully, raising the thermometer 20 degrees and 30 degrees in as many minutes. On such occasions, hot blasts of damp wind ascend the valleys, and impinge suddenly against different houses on the flat, giving rise to extraordinary differences between the mean daily temperatures of places not half a mile apart.

On the 4th of September we started for the village of Chela, which lies west from Churra, at the embouchure of the Boga-panee on the Jheels. The path runs by Mamloo, and down the spur to the Jasper hill (see chapter xxviii): the vegetation all along is very tropical, and pepper, ginger, maize, and Betel palm, are cultivated around small cottages, which are only distinguishable in the forest by their yellow thatch of dry Calamus (Rattan) leaves. From Jasper hill a very steep ridge leads to another, called Lisouplang, which is hardly so high as Mamloo; the rocks are the same sandstone, with fragments of coal, and remains of the limestone formation capping it.

Hot gusts of wind blow up the valleys, alternating with clouds and mists, and it is curious to watch the effects of the latter in stilling the voices of insects (Cicadas) and birds. Common crows and vultures haunt the villages, but these, and all other large birds, are very rare in the Khasia. A very few hawks are occasionally seen, also sparrows and kingfishers, and I once heard a cuckoo; pheasants are sometimes shot, but we never saw any. Kites become numerous after the rains, and are regarded as a sign of their cessation. More remarkable than the rarity of birds is the absence of all animals except domestic rats, as a more suitable country for hares and rabbits could not be found. Reptiles, and especially Colubridae, are very common in the Khasia mountains, and I procured sixteen species and many specimens. The natives repeatedly assured us that these were all harmless, and Dr. Gray, who has kindly examined all my snakes, informs me of the remarkable fact (alluded to in a note in chapter xviii), that whereas none of these are poisonous, four out of the eleven species which I found in Sikkim are so. One of the Khasia blind-worms (a new species) belongs to a truly American genus (Ophisaurus), a fact as important as is that of the Sikkim skink and Agama being also American forms.

Arundina, a beautiful purple grassy-leaved orchid, was abundantly in flower on the hill-top, and the great white swallow-tailed moth (Saturnia Atlas) was extremely common, with tropical butterflies and other insects. The curious leaf-insect (Mantis) was very abundant on the orange trees, on the leaves of which the natives believe it to feed; nor indeed could we persuade some of our friends that its thin sharp jaws are unsuited for masticating leaves, and that these and its prehensile feet indicate its predacious nature: added to which, its singular resemblance to a leaf is no less a provision against its being discovered by its enemies, than an aid in deceiving its prey.

We descended rapidly for many miles through beautiful rocky woods, with villages nestling amongst groves of banana and trellised climbers; and from the brow of a hill looked down upon a slope covered with vegetation and huts, which formed the mart of Chela, and below which the Boga-panee flowed in a deep gorge. The view was a very striking one: owing to the steepness of the valley below our feet, the roofs alone of the cottages were visible, from which ascended the sounds and smells of a dense native population, and to which there appeared to be no way of descending. The opposite side rose precipitously in lofty table-topped mountains, and the river was studded with canoes.

The descent was fully 800 feet, on a slope averaging 25 degrees to 35 degrees. The cottages were placed close together, each within a little bamboo enclosure, eight to ten yards deep; and no two were on the same level. Each was built against a perpendicular wall which supported a cutting in the bank behind; and a similar wall descended in front of it, forming the back of the compartment in which the cottage next below it was erected. The houses were often raised on platforms, and some had balconies in front, which overhung the cottage below. All were mere hovels of wattle or mud, with very high-pitched roofs: stone tanks resembling fonts, urns, coffins, and sarcophagi, were placed near the better houses, and blocks of stone were scattered everywhere.

We descended from hovel to hovel, alternately along the gravelled flat of each enclosure, and perpendicularly down steps cut in the sandstone or let into the walls. I counted 800 houses from the river, and there must be many more: the inhabitants are Bengalees and Khasias, and perhaps amount to 3000 or 4000; but this is a very vague estimate.

Illustration—CHELA VILLAGE.

We lodged in a curious house, consisting of one apartment, twenty feet long, and five high, raised thirty feet upon bamboos: the walls were of platted bamboo matting, fastened to strong wooden beams, and one side opened on a balcony that overhung the river. The entrance was an oval aperture reached by a ladder, and closed by folding-doors that turned on wooden pivots. The roof was supported by tressels of great thickness, and like the rest of the woodwork, was morticed, no nails being used throughout the building. The floor was of split bamboos laid side by side.

We ascended the Boga-panee in canoes, each formed of a hollowed trunk fifty feet long and four broad; we could not, however, proceed far, on account of the rapids. The rocks in its bed are limestone, but a great bluff cliff of sandy conglomerate (strike east-south-east and dip south-south-west 70 degrees), several hundred feet high, rises on the east bank close above the village, above which occurs amygdaloidal basalt. The pebbles in the river (which was seventy yards broad, and turbid) were of slate, basalt, sandstone, and syenite: on the opposite bank were sandstones over-lain by limestone, both dipping to the southward.

Beautiful palms, especially Caryota urens (by far the handsomest in India), and groves of betel-nut bordered the river, with oranges, lemons, and citrons; intermixed with feathery bamboos, horizontally-branched acacias, oaks, with pale red young leaves, and deep green foliaged figs. Prickly rattans and Plectocomia climbed amongst these, their enormous plumes of foliage upborne by the matted branches of the trees, and their arrowy tops shooting high above the forest.

After staying three days at Chela, we descended the stream in canoes, shooting over pebbly rapids, and amongst rocks of limestone, water-worn into fantastic shapes, till we at last found ourselves gliding gently along the still canals of the Jheels. Many of these rapids are so far artificial, that they are enclosed by gravel banks, six feet high, which, by confining the waters, give them depth; but, Chela being hardly above the level of the sea, their fall is very trifling. We proceeded across the Jheels* [The common water-plants of the Jheels are Vallisneria serrata, Damasonium, 2 Myriophylla, 2 Villarsiae, Trapa, blue, white, purple and scarlet water-lilies, Hydrilla, Utricularia, Limnophila, Azolla, Salvinia, Ceratopteris, and floating grasses.] to Chattuc, and then north again to Pundua, and so to Churra.

Having pretty well exhausted the botany of Churra, Dr. Thomson and I started on the 13th of September for the eastern part of the Khasia and Jyntea mountains. On the Kala-panee road,* [The Pea-violet (Crotalaria occulta) was very common by the road-side, and smelt deliciously of violets: the English name suggests the appearance of the flower, for which and for its fragrance it is well worth cultivation.] which we followed, we passed crowds of market people, laden with dried fish in a half-putrid state, which scented the air for many yards: they were chiefly carp, caught and dried at the foot of the hills. Large parties were bringing down baskets of bird-cherries, cinnamon-bark, iron, pine planks, fire-wood, and potatoes. Of these, the bird-cherries (like damsons) are made into an excellent preserve by the English residents, who also make capital cherry-brandy of them: the trade in cinnamon is of recent introduction, and is much encouraged by the Inglis family, to whose exertions these people are so greatly indebted; the cinnamon is the peeled bark of a small species of Cinnamomum allied to that of Ceylon, and though inferior in flavour and mucilaginous (like cassia), finds a ready market at Calcutta. It has been used to adulterate the Ceylon cinnamon; and an extensive fraud was attempted by some Europeans at Calcutta, who sent boxes of this, with a top layer of the genuine, to England. The smell of the cinnamon loads was as fragrant as that of the fish was offensive.

The road from Kala-panee bungalow strikes off north-easterly, and rounds the head of the deep valley to the east of Churra; it then crosses the head-waters of the Kala-panee river, still a clear stream, the bed of which is comparatively superficial: the rocks consist of a little basalt and much sandstone, striking east by north, and dipping north by west. The Boga-panee is next reached, flowing in a shallow valley, about 200 feet below the general level of the hills, which are grassy and treeless. The river8 [The fall of this river, between this elevation (which may be considered that of its source) and Chela, is about 5,500 feet.] is thirty yards across, shallow and turbid; its bed is granite, and beyond it scattered stunted pines are met with; a tree which seems to avoid the sandstone. In the evening we arrived at Nonkreem, a large village in a broad marshy valley, where we procured accommodation with some difficulty, the people being by no means civil, and the Rajah, Sing Manuk, holding himself independent of the British Government.

Atmospheric denudation and weathering have produced remarkable effects on the lower part of the Nonkreem valley, which is blocked up by a pine-crested hill, 200 feet high, entirely formed of round blocks of granite, heaped up so as to resemble an old moraine; but like the Nunklow boulders, these are not arranged as if by glacial action. The granite is micaceous, and usually very soft, decomposing into a coarse reddish sand, that colours the Boga-panee. To procure the iron-sand, which is disseminated through it, the natives conduct water over the beds of granite sand, and as the lighter particles are washed away, the remainder is removed to troughs, where the separation of the ore is completed. The smelting is very rudely carried on in charcoal fires, blown by enormous double-action bellows, worked by two persons, who stand on the machine, raising the flaps with their hands, and expanding them with their feet, as shown in the cut further on. There is neither furnace nor flux used in the reduction. The fire is kindled on one aide of an upright stone (like the head-stone of a grave), with a small arched hole close to the ground: near this hole the bellows are suspended; and a bamboo tube from each of its compartments, meets in a larger one, by which the draught is directed under the hole in the stone to the fire. The ore is run into lumps as large as two fists, with a rugged surface: these lumps are afterwards cleft nearly in two, to show their purity.

Illustration—NONKREEM VILLAGE.

The scenery about Nonkreem village is extremely picturesque, and we procured many good plants on the rocks, which were covered with the purple-flowered Orchid, Coelogyne Wallichii. The country is everywhere intersected with trenches for iron-washing, and some large marshes were dammed up for the same purpose: in these we found some beautiful balsams, Hypericum and Parnassia; also a diminutive water-lily, the flower of which is no larger than a half-crown; it proves to be the Nymphaea pygmaea of China and Siberia—a remarkable fact in the geographical distribution of plants.

Illustration—BELLOWS.

From Nonkreem we proceeded easterly to Pomrang, leaving Chillong hill on the north, and again crossing the Bega-panee, beyond which the sandstone appeared (strike north-east and dip north-west 60 degrees); the soil was poor in the extreme; not an inhabitant or tree was to be seen throughout the grassy landscape, and hardly a bush, save an occasional rhododendron, dwarf oak, or Pieris, barely a few inches high.

At Pomrang we took up our quarters in an excellent empty bungalow, built by Mr. Stainforth (Judge of Silhet), who kindly allowed us the use of it. Its elevation was 5,143 feet, and it occupied the eastern extremity of a lofty spur that overhangs the deep fir-clad valley of the Oongkot, dividing Khasia from Jyntea. The climate of Pomrang is so much cooler and less rainy than at Churra, that this place is more eligible for a station; but the soil is quite impracticable, there is an occasional scarcity of water, the pasture is wholly unsuited for cattle or sheep, and the distance from the plains is too great.

A beautiful view extends eastwards to the low Jyntea hills, backed by the blue mountains of Cachar, over the deep valley in front; to the northward, a few peaks of the Himalaya are seen, and westward is Chillong. We staid here till the 23rd September, and then proceeded south-eastward to Mooshye. The path descends into the valley of the Oongkot, passing the village of Pomrang, and then through woods of pine, Gordonia, and oak, the latter closely resembling the English, and infested with galls. The slopes are extensively cultivated with black awnless unirrigated rice, and poor crops of Coix, protected from the birds by scarecrows of lines stretched across the fields, bearing tassels and tufts of fern, shaken by boys. This fern proved to be a very curious and interesting genus, which is only known to occur elsewhere at Hong-Kong in China, and has been called Bowringia, after the eminent Dr. Bowring.

We crossed the river* [Podostemom grew on the stones at the bottom: it is a remarkable waterplant, resembling a liver-wort in its mode of growth. Several species occur at different elevations in the Khasia, and appear only in autumn, when they often carpet the bottom of the streams with green. In spring and summer no traces of them are seen; and it is difficult to conceive what becomes of the seeds in the interval, and how these, which are well known, and have no apparent provision for the purpose, attach themselves to the smooth rocks at the bottom of the torrents. All the kinds flower and ripen their seeds under water; the stamens and pistil being protected by the closed flower from the wet. This genus does not inhabit the Sikkim rivers, probably owing to the great changes of temperature to which these are subject.] twice, proceeding south-west to Mooshye, a village placed on an isolated, flat-topped, and very steep-sided hill, 4,863 feet above the sea, and perhaps 3,500 above the Oongkot, which winds round its base. A very steep path led up slate rocks to the top (which was of sandstone), where there is a stockaded guard-house, once occupied by British troops, of which we took possession. A Labiate plant (Mesona Wallichiana) grew on the ascent, whose bruised leaves smelt as strongly of patchouli, as do those of the plant producing that perfume, to which it is closely allied. The Pogostemon Patchouli has been said to occur in these parts of India, but we never met with it, and doubt the accuracy of the statement. It is a native of the Malay peninsula, whence the leaves are imported into Bengal, and so to Europe.

The summit commands a fine view northward of some Himalayan peaks, and southwards of the broad valley of the Oongkot, which is level, and bounded by steep and precipitous hills, with flat tops. On the 25th we left Mooshye for Amwee in Jyntea, which lies to the south-east. We descended by steps cut in the sandstone, and fording the Oongkot, climbed the hills on its east side, along the grassy tops of which we continued, at an elevation of 4000 feet. Marshy flats intersect the hills, to which wild elephants sometimes ascend, doing much damage to the rice crops. We crossed a stream by a bridge formed of one gigantic block of sandstone, 20 feet long, close to the village, which is a wretched one, and is considered unhealthy: it stands on the high road from Jynteapore (at the foot of the hills to the southward) to Assam: the only road that crosses the mountains east of that from Churra to Nunklow.

Illustration—OLD BRIDGE AT AMWEE.

Though so much lower, this country, from the barrenness of the soil, is more thinly inhabited than the Khasia. The pitcher-plant (Nepenthes) grows on stony and grassy hills about Amwee, and crawls along the ground; its pitchers seldom contain insects in the wild state, nor can we suggest any special function for the wonderful organ it possesses.

About eight miles south of the village is a stream, crossed by a bridge, half of which is formed of slabs of stone (of which one is twenty-one feet long, seven broad, and two feet three and a half inches thick), supported on piers, and the rest is a well turned arch, such as I have not seen elsewhere among the hill tribes of India. It is fast crumbling away, and is covered with tropical plants, and a beautiful white-flowered orchis* [Diplomeris; Apostasia also grew in this gulley, with a small Arundina, some beautiful species of Sonerila, and Argostemma. The neighbourhood was very rich in plants.] grew in the mossy crevices of its stones.

From Amwee our route lay north-east across the Jyntea hills to Joowye, the hill-capital of the district. The path gradually ascended, dipping into valleys scooped out in the horizontal sandstone down to the basalt; and boulders of the same rock were scattered about. Fields of rice occupy the bottoms of these valleys, in which were placed gigantic images of men, dressed in rags, and armed with bows and arrows, to scare away the wild elephants! Slate rocks succeed the sandstone (strike north-east, dip north-west), and with them pines and birch appear, clothing the deep flanks of the Mintadoong valley, which we crossed.

The situation of Joowye is extremely beautiful: it occupies the broken wooded slope of a large open flat valley, dotted with pines; and consists of an immense number of low thatched cottages, scattered amongst groves of bamboo, and fields of plantain, tobacco, yams, sugar-cane, maize, and rice, surrounded by hedges of bamboo, Colquhounia, and Erythrina. Narrow steep lanes lead amongst these, shaded with oak, birch, Podocarpus, Camellia, and Araliaceae; the larger trees being covered with orchids, climbing palms, Pothos, Scindapsus, pepper, and Gnetum; while masses of beautiful red and violet balsams grew under every hedge and rock. The latter was of sandstone, overlying highly inclined schists, and afforded magnificent blocks for the natives to rear on end, or make seats of. Some erect stones on a hill at the entrance are immensely large, and surround a clump of fine fig and banyan trees.* [In some tanks we found Hydropeltis, an American and Australian plant allied to Nymphaea. Mr. Griffith first detected it here, and afterwards in Bhotan, these being the only known habitats for it in the Old World. It grows with Typha, Acorus Calamus (sweet flag), Vallisneria, Potamogeton, Sparganium, and other European water-plants.]

We procured a good house after many delays, for the people were far from obliging; it was a clean, very long cottage, with low thatched eaves almost touching the ground, and was surrounded by a high bamboo paling that enclosed out-houses built on a well-swept floor of beaten earth. Within, the woodwork was carved in curious patterns, and was particularly well fitted. The old lady to whom it belonged got tired of us before two days were over, and first tried to smoke us out by a large fire of green wood at that end of the cottage which she retained; and afterwards by inviting guests to a supper, with whom she kept up a racket all night. Her son, a tall, sulky fellow, came to receive the usual gratuity on our departure, which we made large to show we bore no ill-will: he, however, behaved so scornfully, pretending to despise it, that I had no choice but to pocket it again; a proceeding which was received with shouts of laughter, at his expense, from a large crowd of bystanders.

On the 30th of September we proceeded north-east from Joowye to Nurtiung, crossing the watershed of the Jyntea range, which is granitic, and scarcely raised above the mean level of the hills; it is about 4,500 feet elevation. To the north the descent is at first rather abrupt for 500 feet, to a considerable stream, beyond which is the village of Nurtiung. The country gradually declines hence to the north-east, in grassy hills; which to the east become higher and more wooded: to the west the Khasia are seen, and several Himalayan peaks to the north.

The ascent to the village from the river is by steps cut in a narrow cleft of the schist rocks, to a flat, elevated 4,178 feet above the sea: we here procured a cottage, and found the people remarkably civil. The general appearance is the same as at Joowye, but there are here extensive and very unhealthy marshes, whose evil effects we experienced, in having the misfortune to lose one of our servants by fever. Except pines, there are few large trees; but the quantity of species of perennial woody plants contributing to form the jungles is quite extraordinary: I enumerated 140, of which 60 were trees or large shrubs above twenty feet high. One of these was the Hamamelis chinensis, a plant hitherto only known as a native of China. This, the Bowringia, and the little Nymphaea, are three out of many remarkable instances of our approach to the eastern Asiatic flora.

From Nurtiung we walked to the Bor-panee river, sixteen or twenty miles to the north-east (not the river of that name below Nunklow), returning the same night; a most fatiguing journey in so hot and damp a climate. The path lay for the greatest part of the way over grassy hills of mica-schist, with boulders of granite, and afterwards of syenite, like those of Nunklow. The descent to the river is through noble woods of spreading oaks,* [We collected upwards of fifteen kinds of oak and chesnut in these and the Khasia mountains; many are magnificent trees, with excellent wood, while others are inferior as timber.] chesnuts, magnolias, and tall pines: the vegetation is very tropical, and with the exception of there being no sal, it resembles that of the dry hills of the Sikkim Terai. The Bor-panee is forty yards broad, and turbid; its bed, which is of basalt, is 2,454 feet above the sea: it is crossed by a raft pulled to and fro by canes.

Nurtiung contains a most remarkable collection of those sepulchral and other monuments, which form so curious a feature in the scenery of these mountains and in the habits of their savage population. They are all placed in a fine grove of trees, occupying a hollow; where several acres are covered with gigantic, generally circular, slabs of stone, from ten to twenty-five feet broad, supported five feet above the ground upon other blocks. For the most part they are buried in brushwood of nettles and shrubs, but in one place there is an open area of fifty yards encircled by them, each with a gigantic headstone behind it. Of the latter the tallest was nearly thirty feet high, six broad, and two feet eight inches in thickness, and must have been sunk at least five feet, and perhaps much more, in the ground. The flat slabs were generally of slate or hornstone; but many of them, and all the larger ones, were of syenitic granite, split by heat and cold water with great art. They are erected by dint of sheer brute strength, the lever being the only aid. Large blocks of syenite were scattered amongst these wonderful erections.

Splendid trees of Bombax, fig and banyan, overshadowed them: the largest banyan had a trunk five feet in diameter, clear of the buttresses, and numerous small trees of Celtic grew out of it, and an immense flowering tuft of Vanda caerulea (the rarest and most beautiful of Indian orchids) flourished on one of its limbs. A small plantain with austere woolly scarlet fruit, bearing ripe seeds, was planted in this sacred grove, where trees of the most tropical genera grew mixed with the pine, birch, Myrica, and Viburnum.

The Nurtiung Stonehenge is no doubt in part religious, as the grove suggests, and also designed for cremation, the bodies being burnt on the altars. In the Khasia these upright stones are generally raised simply as memorials of great events, or of men whose ashes are not necessarily, though frequently, buried or deposited in hollow stone sarcophagi near them, and sometimes in an urn placed inside a sarcophagus, or under horizontal slabs.

Illustration—STONES AT NURTIUNG.

The usual arrangement is a row of five, seven, or more erect oblong blocks with round heads (the highest being placed in the middle), on which are often wooden discs and cones: more rarely pyramids are built. Broad slabs for seats are also common by the wayside. Mr. Yule, who first drew attention to these monuments, mentions one thirty-two feet by fifteen, and two in thickness; and states that the sarcophagi (which, however, are rare) formed of four slabs, resemble a drawing in Bell's Circassia, and descriptions in Irby and Mangles' Travels in Syria. He adds that many villages derive their names from these stones, "mau" signifying "stone:" thus "Mausmai" is "the stone of oath," because, as his native informant said, "there was war between Churra and Mausmai, and when they made peace, they swore to it, and placed a stone as a witness;" forcibly recalling the stone Jacob set up for a pillar, and other passages in the old Testament: "Mamloo" is "the stone of salt," eating salt from a sword's point being the Khasia form of oath: "Mauflong" is "the grassy stone," etc.* [Notes on the Khasia mountains and people; by Lieutenant H. Yule, Bengal Engineers. Analogous combinations occur in the south of England and in Brittany, etc., where similar structures are found. Thus maen, man, or men is the so-called Druidical name for a stony, whence Pen-maen-mawr, for "the hill of the big stone," Maen-hayr, for the standing stones of Brittany, and Dol-men, °the table-stone," for a cromlech.] Returning from this grove, we crossed a stream by a single squared block, twenty-eight feet long, five broad, and two thick, of gray syenitic granite with large crystals of felspar.

We left Nurtiung on the 4th of October, and walked to Pomrang, a very long and fatiguing day's work. The route descends north-west of the village, and turns due east along bare grassy hills of mica-schist and slate (strike east and west, and dip north). Near the village of Lernai oak woods are passed, in which Vanda coerulea grows in profusion, waving its panicles of azure flowers in the wind. As this beautiful orchid is at present attracting great attention, from its high price, beauty, and difficulty of culture, I shall point out how totally at variance with its native habits, is the cultivation thought necessary for it in England.* [We collected seven men's loads of this superb plant for the Royal Gardens at Kew; but owing to unavoidable accidents and difficulties, few specimens reached England alive. A gentleman who sent his gardener with us to be shown the locality, was more successful: he sent one man's load to England on commission, and though it arrived in a very poor state, it sold for 300 pounds, the individual plants fetching prices varying from 3 pounds to 10 pounds. Had all arrived alive, they would have cleared 1000 pounds. An active collector, with the facilities I possessed, might easily clear from 2000 pounds to 3000 pounds, in one season, by the sale of Khasia orchids.] The dry grassy hills which it inhabits are elevated 3000 to 4000 feet: the trees are small, gnarled, and very sparingly leafy, so that the Vanda which grows on their limbs is fully exposed to sun, rain, and wind. There is no moss or lichen on the branches with the Vanda, whose roots sprawl over the dry rough bark. The atmosphere is on the whole humid, and extremely so during the rains; but there is no damp heat, or stagnation of the air, and at the flowering season the temperature ranges between 60 degrees and 80 degrees, there is much sunshine, and both air and bark are dry during the day: in July and August, during the rains, the temperature is a little higher than above, but in winter it falls much lower, and hoar-frost forms on the ground. Now this winter's cold, summer's heat, and autumn's drought, and above all, this constant free exposure to fresh air and the winds of heaven, are what of all things we avoid exposing our orchids to in England. It is under these conditions, however, that all the finer Indian Orchideae, grow, of which we found Dendrobium Farmeri, Dalhousianum, Devonianum, etc., with Vanda coerulea; whilst the most beautiful species of Coelogyne, Cymbidium, Bolbophyllum, and Cypripedium, inhabit cool climates at elevations above 4000 feet in Khasia, and as high as 6000 to 7000 in Sikkim.

On the following day we turned out our Vanda to dress the specimens for travelling, and preserve the flowers for botanical purposes. Of the latter we had 360 panicles, each composed of from six to twenty-one broad pale-blue tesselated flowers, three and a half to four inches across and they formed three piles on the floor of the verandah, each a yard high: what would we not have given to have been able to transport a single panicle to a Chiswick fete!

On the 10th of October we sent twenty-four strong mountaineers to Churra, laden with the collections of the previous month; whilst we returned to Nonkreem, and crossing the shoulder of Chillong, passed through the village of Moleem in a north-west direction to the Syong bungalow. From this we again crossed the range to Nunklow and the Bor-panee, and returned by Moflong and the Kala-panee to Churra during the latter part of the month.

In November the vegetation above 4000 feet turns wintry and brown, the weather becomes chilly, and though the cold is never great, hoar-frost forms at Churra, and water freezes at Moflong. We prepared to leave as these signs of winter advanced: we had collected upwards of 2,500 species, and for the last few weeks all our diligence, and that of our collectors, had failed to be rewarded by a single novelty. We however procured many species in fruit, and made a collection of upwards of 300 kinds of woods, many of very curious structure. As, however, we projected a trip to Cachar before quitting the neighbourhood, we retained our collectors, giving orders for them to meet us at Chattuc, on our way down the Soormah in December, with their collections, which amounted to 200 men's loads, and for the conveyance of which to Calcutta, Mr. Inglis procured us boats.

Before dismissing the subject of the Khasia mountains, it will be well to give a slight sketch of their prominent geographical features, in connection with their geology. The general geological characters of the chain may be summed up in a few words. The nucleus or axis is of highly inclined stratified metamorphic rocks, through which the granite has been protruded, and the basalt and syenite afterwards injected. After extensive denudations of these, the sandstone, coal, and limestone were successively deposited. These are altered and displaced along the southern edge of the range, by black amygdaloidal trap, and have in their turn been extensively denuded; and it is this last operation that has sculptured the range, and given the mountains their present aspect; for the same gneisses, slates, and basalts in other countries, present rugged peaks, domes, or cones, and there is nothing in their composition or arrangement here that explains the tabular or rounded outline they assume, or the uniform level of the spurs into which they rise, or the curious steep sides and flat floors of the valleys which drain them.

All these peculiarities of outline are the result of denudation, of the specific action of which agent we are very ignorant. The remarkable difference between the steep cliffs on the south face of the range, and the rounded outline of the hills on the northern slopes, may be explained on the supposition that when the Khasia was partially submerged, the Assam valley was a broad bay or gulf; and that while the Churra cliffs were exposed to the full sweep of the ocean, the Nunklow shore was washed by a more tranquil sea.

The broad flat marshy heads of all the streams in the central and northern parts of the chain, and the rounded hills that separate them, indicate the levelling action of a tidal sea, acting on a low flat shore;* [Since our return to England, we have been much struck with the similarity in contour of the Essex and Suffolk coasts, and with the fact that the tidal coast sculpturing of this surface is preserved in the very centre of High Suffolk, twenty to thirty miles distant from the sea, in rounded outlines and broad flat marshy valleys.]whilst the steep flat- floored valleys of the southern watershed may be attributed to the scouring action of higher tides on a boisterous rocky coast. These views are confirmed by an examination of the east shores of the Bay of Bengal, and particularly by a comparison of the features of the country about Silhet, now nearly 280 miles distant from the sea, with those of the Chittagong coast, with which they are identical.

The geological features of the Khasia are in many respects so similar to those of the Vindhya, Kymore, Behar, and Rajmahal mountains, that they have been considered by some observers as an eastern prolongation of that great chain, from which they are geographically separated by the delta of the Ganges and Burrampooter. The general contour of the mountains, and of their sandstone cliffs, is the same, and the association of this rock with coal and lime is a marked point of similarity; there is, however, this difference between them, that the coal-shales of Khasia and limestone of Behar are non-fossiliferous, while the lime of Khasia and the coal-shales of Behar contain fossils.

The prevalent north-east strike of the gneiss is the same in both, differing from the Himalaya, where the stratified rocks generally strike north-west. The nummulites of the limestone are the only known means we have of forming an approximate estimate of the age of the Khasia coal, which is the most interesting feature in the geology of the range: these fossils have been examined by MM. Archiac and Jules Haines,* ["Description des Animaux Fossiles des Indes Orientales;" p. 178. These species are Nummulites scabra, Lamarck, N. obtusa, Sowerby, N. Lucasana, Deshayes, and N. Beaumonti, d'Arch. and Haines.] who have pronounced the species collected by Dr. Thomson and myself to be the same as those found in the nummulite rocks of north-west India, Scinde, and Arabia.

CHAPTER XXX.

Boat voyage to Silhet — River — Palms — Teelas — Botany — Fish

weirs — Forests of Cachar — Sandal-wood, etc. — Porpoises —

Alligators — Silchar — Tigers — Rice crops — Cookies —

Munniporees — Hockey — Varnish — Dance — Nagas — Excursion to

Munnipore frontier — Elephant bogged — Bamboos — Cardiopteris —

Climate, etc., of Cachar — Mosquitos — Fall of banks — Silhet —

Oaks — Stylidium — Tree-ferns — Chattuc — Megna — Meteorology

— Palms — Noacolly — Salt-smuggling — Delta of Ganges and Megna

— Westward progress of Megna — Peat — Tide — Waves — Earthquakes

— Dangerous navigation — Moonlight scenes — Mud island —

Chittagong — Mug tribes — Views — Trees — Churs — Flagstaff

hill — Coffee — Pepper — Tea, etc. — Excursions from Chittagong

— Dipterocarpi or Gurjun oil trees — Earthquake — Birds — Papaw

— Bleeding of stems — Poppy and Sun fields — Seetakoond —

Bungalow and hill — Perpetual flame — Falconeria — Cycas —

Climate — Leave for Calcutta — Hattiah island — Plants —

Sunderbunds — Steamer — Tides — Nipa fruticans — Fishing —

Otters — Crocodiles — Phoenix paludosa — Departure from India.

We left Churra on the 17th of November, and taking boats at Pundua, crossed the Jheels to the Soormah, which we ascended to Silhet. Thence we continued our voyage 120 miles up the river in canoes, to Silchar, the capital of the district of Cachar: the boats were such as I described at Chattuc, and though it was impossible to sit upright in them, they were paddled with great swiftness. The river at Silhet is 200 yards broad; it is muddy, and flows with a gentle current of two to three miles an hour, between banks six to twelve feet high. As we glided up its stream, villages became rarer, and eminences more frequent in the Jheels. The people are a tall, bold, athletic Mahometan race, who live much on the water, and cultivate rice, sesamum, and radishes, with betel-pepper in thatched enclosures as in Sikkim: maize and sugar are rarer, bamboos abound, and four palms (Borassus, Areca, cocoa-nut, and Caryota) are planted, but there are no date-palms.

The Teelas (or hillocks) are the haunts of wild boars, tigers, and elephants, but not of the rhinoceros; they are 80 to 200 feet high, of horizontally stratified gravel and sand, slates, and clay conglomerates, with a slag-like honey-combed sandstone; they are covered with oaks, figs, Heretiera, and bamboos, and besides a multitude of common Bengal plants, there are some which, though generally considered mountain or cold country genera, here descend to the level of the sea; such are Kadsura, Rubus, Camellia, and Sabia; Aerides and Saccolabia are the common orchids, and rattan-canes and Pandani render the jungles impenetrable.

A very long sedge (Scleria) grows by the water, and is used for thatching: boatloads of it are collected for the Calcutta market, for which also were destined many immense rafts of bamboo, 100 feet long. The people fish much, using square and triangular drop-nets stretched upon bamboos, and rude basket-work weirs, that retain the fish as the river falls. Near the villages we saw fragments of pottery three feet below the surface of the ground, shewing that the bank, which is higher than the surrounding country, increases from the annual overflow.

About seventy miles up the river, the mountains on the north, which are east of Jyntea, rise 4000 feet high in forest-clad ranges like those of Sikkim. Swamps extend from the river to their base, and penetrate their valleys, which are extremely malarious: these forests are frequented by timber-cutters, who fell jarool (Lagerstroemia Reginae), a magnificent tree with red wood, which, though soft, is durable under water, and therefore in universal use for boat-building. The toon is also cut, with red sandal-wood (Adenanthera pavonina); also Nageesa,* [There is much dispute amongst oriental scholars about the word Nageesa; the Bombay philologists refer it to a species of Garcinia, whilst the pundits on the Calcutta side of India consider it to be Mesua ferrea. Throughout our travels in India, we were struck with the undue reliance placed on native names of plants, and information of all kinds; and the pertinacity with which each linguist adhered to his own crotchet as to the application of terms to natural objects, and their pronunciation. It is a very prevalent, but erroneous, impression, that savage and half-civilised people have an accurate knowledge of objects of natural history, and a uniform nomenclature for them.] Mesua ferrea, which is highly valued for its weight, strength, and durability: Aquilaria agallocha, the eagle-wood, a tree yielding uggur oil, is also much sought for its fragrant wood, which is carried to Silhet and Azmerigunj, where it is broken up and distilled. Neither teak, sissoo, sal, nor other Dipterocarpi, are found in these forests.

Porpoises, and both the long and the short-nosed alligator, ascend the Soormah for 120 miles, being found beyond Silchar, which place we reached on the 22nd, and were most hospitably received by Colonel Lister, the political agent commanding the Silhet Light Infantry, who was inspecting the Cookie levy, a corps of hill-natives which had lately been enrolled.

The station is a small one, and stands about forty feet above the river, which however rises half that height in the rains. Long low spurs of tertiary rocks stretch from the Tipperah hills for many miles north, through the swampy Jheels to the river; and there are also hills on the opposite or north side, but detached from the Cookie hills, as the lofty blue range twelve miles north of the Soormah is called. All these mountains swarm with tigers, wild buffalos, and boars, which also infest the long grass of the Jheels.

The elevation of the house we occupied at Silchar was 116 feet above the sea. The bank it stood on was of clay, with soft rocks of conglomerate, which often assume the appearance of a brown sandy slag.

During the first Birmese war, Colonel Lister was sent with a force up to this remote corner of Bengal, when the country was an uninhabited jungle, so full of tigers that not a day passed without one or more of his grass or wood-cutters being carried off. Now, thousands of acres are cultivated with rice, and during our stay we did not see a tiger. The quantity of land brought into cultivation in this part of Bengal, and indeed throughout the Gangetic delta, has probably been doubled during the last twenty years, and speaks volumes for the state of the peasant under the Indian Company's sway, as compared with his former condition. The Silchar rice is of admirable quality, and much is imported to Silhet, the Jheels not producing grain enough for the consumption of the people. Though Silchar grows enough for ten times its population, there was actually a famine six weeks before our arrival, the demand from Silhet being so great.

The villages of Cachar are peopled by Mahometans, Munniporees, Nagas, and Cookies; the Cacharies themselves being a poor and peaceful jungle tribe, confined to the mountains north of the Soormah. The Munniporees* [The Munnipore valley has never been explored by any naturalist, its mountains are said to be pine-clad, and to rise 8000 feet above the level of the sea. The Rajah is much harassed by the Birmese, and is a dependant of the British, who are in the very frequent dilemma of supporting on the throne a sovereign opposed by a strong faction of his countrymen, and who has very dubious claims to his position. During our stay at Silchar, the supposed rightful Rajah was prevailing over the usurper; a battle had been fought on the hills on the frontier, and two bodies floated past our bungalow, pierced with arrows.] are emigrants from the kingdom of that name, which lies beyond the British possessions, and borders on Assam and Birmah. Low ranges of forest-clad mountains at the head of the Soormah, separate it from Silchar, with which it is coterminous; the two chief towns being seven marches apart. To the south-east of Silchar are interminable jungles, peopled by the Cookies, a wild Indo-Chinese tribe, who live in a state of constant warfare, and possess the whole hill-country from this, southward to beyond Chittagong. Two years ago they invaded and ravaged Cachar, carrying many of the inhabitants into slavery, and so frightening the people, that land previously worth six rupees a biggah, is now reduced to one and a half. Colonel Lister was sent with a strong party to rescue the captives, and marched for many days through their country without disturbing man or beast; penetrating deep forests of gigantic trees and tall bamboos, never seeing the sun above, or aught to the right and left, save an occasional clearance and a deserted village. The incursion, however, had its effects, and the better inclined near the frontier have since come forward, and been enrolled as the Cookie levy.

The Munnipore emigrants are industrious settlers for a time, but never remain long in one place: their religion is Hindoo, and they keep up a considerable trade with their own country, whence they import a large breed of buffalos, ponies, silks, and cotton cloths dyed with arnotto (Bixa), and universally used for turbans. They use bamboo blowing-tubes and arrows for shooting birds, make excellent shields of rhinoceros hide (imported from Assam), and play at hockey on horseback like the Western Tibetans. A fine black varnish from the fruit of Holigarna longifolia, is imported from Munnipore, as is another made from Sesuvium Anacardium (marking-nut), and a remarkable black pigment resembling that from Melanorhoea usitatissima, which is white when fresh, and requires to be kept under water.* [This turns of a beautiful black colour when applied to a surface, owing, according to Sir D. Brewster, to the fresh varnish consisting of a congeries of minute organised particles, which disperse the rays of light in all directions; the organic structure is destroyed when the varnish dries and the rays of light are consequently transmitted.]

One fine moonlight night we went to see a Munnipore dance. A large circular area was thatched with plantain leaves, growing on their trunks, which were stuck in the ground; and round the enclosure was a border neatly cut from the white leaf-sheaths of the same tree. A double enclosure of bamboo, similarly ornamented, left an inner circle for the performers, and an outer for the spectators: the whole was lighted with oil lamps and Chinese paper lanterns. The musicians sat on one side, with cymbals, tomtoms, and flutes, and sang choruses.

The performances began by a copper-coloured Cupid entering and calling the virgins with a flute; these appeared from a green-room, to the number of thirty or forty, of all ages and sizes. Each had her hair dressed in a topknot, and her head covered with a veil; a scarlet petticoat loaded with tinsel concealed her naked feet, and over this was a short red kirtle, and an enormous white shawl was swathed round the body from the armpits to the waist. A broad belt passed over the right shoulder and under the left arm, to which hung gold and silver chains, corals, etc., with tinsel and small mirrors sewed on everywhere: the arms and hands were bare, and decorated with bangles and rings.

Many of the women were extremely tall, great stature being common amongst the Munniporees. They commenced with a prostration to Cupid, around whom they danced very slowly, with the arms stretched out, and the hands in motion; at each step the free foot was swung backwards and forwards. Cupid then chose a partner, and standing in the middle went through the same motions, a compliment the women acknowledged by curtseying and whirling round, making a sort of cheese with their petticoats, which, however, were too heavy to inflate properly.

The Nagas are another people found on this frontier, chiefly on the hills to the north: they are a wild, copper-coloured, uncouth jungle tribe, who have proved troublesome on the Assam frontier. Their features are more Tartar than those of the Munniporees, especially amongst the old men. They bury their dead under the threshold of their cottages. The men are all but naked, and stick plumes of hornbills' feathers in their hair, which is bound with strips of bamboo: tufts of small feathers are passed through their ears, and worn as shoulder lappets. A short blue cotton cloth, with a fringe of tinsel and tufts of goat's hair dyed red, is passed over the loins in front only: they also wear brass armlets, and necklaces of cowries, coral, amber, ivory, and boar's teeth. The women draw a fringed blue cloth tightly across the breast, and wear a checked or striped petticoat. They are less ornamented than the men, and are pleasing looking; their hair is straight, and cut short over the eyebrows.

The Naga dances are very different from those of the Munniporees; being quick, and performed in excellent time to harmonious music. The figures are regular, like quadrilles and country-dances: the men hold their knives erect during the performance, the women extend their arms only when turning partners, and then their hands are not given, but the palms are held opposite. The step is a sort of polka and balancez, very graceful and lively. A bar of music is always played first, and at the end the spectators applaud with two short shouts. Their ear for music, and the nature of their dance, are as Tibetan as their countenances, and different from those of the Indo-Chinese tribes of the frontier.

We had the pleasure of meeting Lieutenant Raban at Silchar, and of making several excursions in the neighbourhood with him; for which Colonel Lister here, as at Churra, afforded us every facility of elephants and men. Had we had time, it was our intention to have visited Munnipore, but we were anxious to proceed to Chittagong. I however made a three days' excursion to the frontier, about thirty miles distant, proceeding along the north bank of the Soormah. On the way my elephant got bogged in crossing a deep muddy stream: this is sometimes an alarming position, as should the animal become terrified, he will seize his rider, or pad, or any other object (except his driver), to place under his knees to prevent his sinking. In this instance the driver in great alarm ordered me off, and I had to flounder out through the black mud. The elephant remained fast all night, and was released next morning by men with ropes.

The country continued a grassy level, with marshes and rice cultivation, to the first range of hills, beyond which the river is unnavigable; there also a forest commences, of oaks, figs, and the common trees of east Bengal. The road hence was a good one, cut by Sepoys across the dividing ranges, the first of which is not 500 feet high. On the ascent bamboos abound, of the kind called Tuldah or Dulloah, which has long very thin-walled joints; it attains no great size, but is remarkably gregarious. On the east side of the range, the road runs through soft shales and beds of clay, and conglomerates, descending to a broad valley covered with gigantic scattered timber-trees of jarool, acacia, Diospyros, Urticeae, and Bauhiniae, rearing their enormous trunks above the bamboo jungle: immense rattan-canes wound through the forest, and in the gullies were groves of two kinds of tree-fern, two of Areca, Wallichia palm, screw-pine, and Dracaena. Wild rice grew abundantly in the marshes, with tal1 grasses; and Cardiopteris* [A remarkable plant of unknown affinity; see Brown and Bennett, "Flora Java:" it is found in the Assam valley and Chittagong.] covered the trees for upwards of sixty feet, like hops, with a mass of pale-green foliage, and dry white glistening seed-vessels. This forest differed from those of the Silhet and Khasia mountains, especially in the abundance of bamboo jungle, which is, I believe, the prevalent feature of the low hills in Birmah, Ava, and Munnipore; also in the gigantic size of the rattans, 1arger palms, and different forest trees, and in the scanty undergrowth of herbs and bushes. I only saw, however, the skirts of the forest; the mountains further east, which I am told rise several thousand feet in limestone cliffs, are doubtless richer in herbaceous plants.

The climate of Cachar partakes of that of the Jheels in its damp equable character: during our stay the weather was fine, and dense fogs formed in the morning: the mean maximum was 80 degrees, minimum 58.4 degrees.* [The temperature does not rise above 90 degrees in summer, nor sink below 45 degrees or 50 degrees in January: forty-seven comparative observations with Calcutta showed the mean temperature to be 1.8 degrees lower at Silchar, and the air damper, the saturation point being, at Calcutta 0.3791, at Silchar 0.4379.]

The annual rain-fall in 1850 was 111.60 inches, according to a register kindly given me by Captain Verner. There are few mosquitos, which is one of the most curious facts in the geographical distribution of these capricious bloodsuckers; for the locality is surrounded by swamps, and they swarm at Silhet, and on the river lower down. Both on the passage up and down, we were tormented in our canoes by them for eighty or ninety miles above Silhet, and thence onwards to Cachar we were free.

On the 30th of November, we were preparing for our return to Silhet, and our canoes were loading, when we were surprised by a loud rushing noise, and saw a high wave coming down the river, swamping every boat that remained on its banks, whilst most of those that pushed out into the stream, escaped with a violent rocking. It was caused by a slip of the bank three quarters of a mile up the stream, of no great size, but which propagated a high wave. This appeared to move on at about the rate of a mile in three or four minutes, giving plenty of time for our boatmen to push out from the land on hearing the shouts of those first overtaken by the calamity; but they were too timid, and consequently one of our canoes, full of papers, instruments, and clothes, was swamped. Happily our dried collections were not embarked, and the hot sun repaired much of the damage.

We left in the evening of the 2nd of December, and proceeded to Silhet, where we were kindly received by Mr. Stainforth, the district judge. Silhet, the capital of the district of the same name, is a large Mahometan town, occupying a slightly raised part of the Jheels, where many of the Teelas seem joined together by beds of gravel and sand. In the rains it, is surrounded by water, and all communication with other parts is by boats: in winter, Jynteapore and Pundua may be reached by land, crossing creeks innumerable on the way. Mr. Stainforth's house, like those of most of the other Europeans, occupies the top of one of the Teelas, 150 feet high, and is surrounded by fine spreading oaks,* [It is not generally known that oaks are often very tropical plants; not only abounding at low elevations in the mountains, but descending in abundance to the level of the sea. Though unknown in Ceylon, the Peninsula of India, tropical Africa, or South America, they abound in the hot valleys of the Eastern Himalaya, East Bengal, Malay Peninsula, and Indian islands; where perhaps more species grow than in any other part of the world. Such facts as this disturb our preconceived notions of the geographical distribution of the most familiar tribes of plants, and throw great doubt on the conclusions which fossil plants are supposed to indicate.] Garcinia, and Diospyros trees. The rock of which the hill is composed, is a slag-like ochreous sandstone, covered in most places with a shrubbery of rose-flowered Melastoma, and some peculiar plants.* [Gelonium, Adelia, Moacurra, Linostoma, Justicia, Trophis, Connarus, Ixora, Congea, Dalhousiea, Grewia, Myrsine, Buttneria; and on the shady exposures a Calamus, Briedelia, and various ferns.]

Broad flat valleys divide the hills, and are beautifully clothed with a bright green jungle of small palms, and many kinds of ferns. In sandy places, blue-flowered Burmannia, Hypoxis, and other pretty tropical annuals, expand their blossoms, with an inconspicuous Stylidium, a plant belonging to a small natural family, whose limits are so confined to New Holland, that this is almost the only kind that does not grow in that continent. Where the ground is swampy, dwarf Pandanus abounds, with the gigantic nettle, Urtica crenulata ("Mealum-ma" of Sikkim, see chapter xxiv).

The most interesting botanical ramble about Silhet is to the tree-fern groves on the path to Jynteapore, following the bottoms of shallow valleys between the Teelas, and along clear streams, up whose beds we waded for some miles, under an arching canopy of tropical shrubs, trees, and climbers, tall grasses, screw-pines, and Aroideae. In the narrower parts of the valleys the tree-ferns are numerous on the slopes, rearing their slender brown trunks forty feet high, with feathery crowns of foliage, through which the sun-beams trembled on the broad shining foliage of the tropical herbage below.

Silhet, though hot and damp, is remarkably healthy, and does not differ materially in temperature from Silchar, though it is more equable and humid.* [During our stay of five days the mean maximum temperature was 74 degrees, minimum 64.8 degrees: that of thirty-two observations compared with Calcutta show that Silhet is only 1.7 degrees cooler, though Mr. Stainforth's house is upwards of 2 degrees further north, and 160 feet more elevated. A thermometer sunk two feet seven inches, stood at 73.5 degrees. The relative saturation-points were, Calcutta .633, Silhet .821.] It derives some interest from having been first brought into notice by the enterprise of one of the Lindsays of Balcarres, at a time when the pioneers of commerce in India encountered great hardships and much personal danger. Mr. Lindsay, a writer in the service of the East India Company, established a factory at Silhet, and commenced the lime trade with Calcutta,* [For an account of the early settlement of Silhet, see "Lives of the Lindsays," by Lord Lindsay.] reaping an enormous fortune himself, and laying the foundation of that prosperity amongst the people which has been much advanced by the exertions of the Inglis family, and has steadily progressed under the protecting rule of the Indian government.

From Silhet we took large boats to navigate the Burrampooter and Megna, to their embouchure in the Bay of Bengal at Noacolly, a distance of 250 miles, whence we were to proceed across the head of the bay to Chittagong, about 100 miles farther. We left on the 7th of December, and arrived at Chattuc on the 9th, where we met our Khasia collectors with large loads of plants, and paid them off. The river was now low, and presented a busy scene, from the numerous trading boats being confined to its fewer and deeper channels. Long grasses and sedges (Arundo, Saccharum and Scleria), were cut, and stacked along the water's edge, in huge brown piles, for export and thatching.

On the 13th December, we entered the broad stream of the Megna. Rice is cultivated along the mud flats left by the annual floods, and the banks are lower and less defined than in the Soormah, and support no long grasses or bushes. Enormous islets of living water-grasses (Oplismenus stagninus) and other plants, floated past, and birds became more numerous, especially martins and egrets. The sun was hot, but the weather otherwise cool and pleasant: the mean temperature was nearly that of Calcutta, 69.7 degrees, but the atmosphere was more humid.* [The river-water was greenish, and a little cooler (73.8 degrees) than that of the Soormah (74.3 degrees), which was brown and muddy. The barometer on the Soormah stood 0.028 inch higher than that of Calcutta (on the mean of thirty-eight observations), whereas on the Megna the pressure was 0.010 higher. As Calcutta is eighteen feet above the level of the Bay of Bengal, this shows that the Megna (which has no perceptible current) is at the level of the sea, and that either the Soormah is upwards of thirty feet above that level, or that the atmospheric pressure there, and at this season, is less than at Calcutta, which, as I have hinted at chapter xxvii, is probably the case.]

On the 14th we passed the Dacca river; below which the Megna is several miles wide, and there is an appearance of tide, from masses of purple Salvinia (a floating plant, allied to ferns), being thrown up on the beach like sea-weed. Still lower down, the vegetation of the Sunderbunds commences; there is a narrow beach, and behind it a mud bank several feet high, supporting a luxuriant green jungle of palms (Borassus and Phoenix), immense fig-trees, covered with Calami, and tall betel-palms, clothed with the most elegant drapery of Arostichum scandens, a climbing fern with pendulous fronds.

Towards the embouchure, the banks rise ten feet high, the river expands into a muddy sea, and a long swell rolls in, to the disquiet of our fresh-water boatmen. Low islands of sand and mud stretch along the horizon: which, together with the ships, distorted by extraordinary refraction, flicker as if seen through smoke. Mud is the all prevalent feature; and though the water is not salt, we do not observe in these broad deltas that amount of animal life (birds, fish, alligators, and porpoises), that teems in the narrow creeks of the western Sunderbunds.

We landed in a canal-like creek at Tuktacolly,* ["Colly" signifies a muddy creek, such as intersect the delta.] on the 17th, and walked to Noacolly, over a flat of hard mud or dried silt, covered with turf of Cynodon Dactylon. We were hospitably received by Dr. Baker, a gentleman who has resided here for twenty-three years; and who communicated to us much interesting information respecting the features of the Gangetic delta.

Noacolly is a station for collecting the revenue and preventing the manufacture of salt, which, with opium, are the only monopolies now in the hands of the East India Company. The salt itself is imported from Arracan, Ceylon, and even Europe, and is stored in great wooden buildings here and elsewhere. The ground being impregnated with salt, the illicit manufacture by evaporation is not easily checked; but whereas the average number of cases brought to justice used to be twenty and thirty in a week, they are now reduced to two or three. It is remarkable, that though the soil yields such an abundance of this mineral, the water of the Megna at Noacolly is only brackish, and it is therefore to repeated inundations and surface evaporations that the salt is due. Fresh water is found at a very few feet depth everywhere, but it is not good.

When it is considered how comparatively narrow the sea-board of the delta is, the amount of difference in the physical features of the several parts, will appear most extraordinary. I have stated that the difference between the northern and southern halves of the delta is so great, that, were all depressed and their contents fossilised, the geologist who examined each by itself, would hardly recognise the two parts as belonging to one epoch; and the difference between the east and west halves of the lower delta is equally remarkable.

The total breadth of the delta is 260 miles, from Chittagong to the mouth of the Hoogly, divided longitudinally by the Megna: all to the west of that river presents a luxuriant vegetation, while to the east is a bare muddy expanse, with no trees or shrubs but what are planted On the west coast the tides rise twelve or thirteen feet, on the east, from forty to eighty. On the west, the water is salt enough for mangroves to grow for fifty miles up the Hoogly; on the east, the sea coast is too fresh for that plant for ten miles south of Chittagong. On the west, fifty inches is the Cuttack fall of rain; on the east, 90 to 120 at Noacolly and Chittagong, and 200 at Arracan. The east coast is annually visited by earthquakes, which are rare on the west; and lastly, the majority of the great trees and shrubs carried down from the Cuttack and Orissa forests, and deposited on the west coast of the delta, are not only different in species, but in natural order, from those that the Fenny and Chittagong rivers bring down from the jungles.* [The Cuttack forests are composed of teak, Sal, Sissoo, ebony, Pentaptera, Buchanania, and other trees of a dry soil, and that require a dry season alternating with a wet one. These are unknown in the Chittagong forests, which have Jarool (Lagerstroemia) Mesua, Dipterocarpi, nutmegs, oaks of several kinds, and many other trees not known in the Cuttack forests, and all typical of a perennially humid atmosphere.]

We were glad to find at Noacolly that our observations on the progression westwards of the Burrampooter (see chapter xxvii) were confirmed by the fact that the Megna also is gradually moving in that direction, leaving much dry land on the Noacolly side, and forming islands opposite that coast; whilst it encroaches on the Sunderbunds, and is cutting away the islands in that direction. This advance of the fresh waters amongst the Sunderbunds is destructive to the vegetation of the latter, which requires salt; and if the Megna continues its slow course westwards, the obliteration of thousands of square miles of a very peculiar flora, and the extinction of many species of plants and animals that exist nowhere else, may ensue. In ordinary cases these plants, etc., would take up their abode on the east coast, as they were driven from the west; but such might not be the case in this delta; for the sweeping tides of the east coast prevent any such vegetation establishing itself there, and the mud which the eastern rivers carry down, becomes a caking dry soil, unsuited to the germination of seeds.

On our arrival at Calcutta in the following February, Dr. Falconer showed us specimens of very modern peat, dug out of the banks of the Hoogly a few feet below the surface of the soil, in which were seeds of the Euryale ferox:* [This peat Dr. Falconer also found to contain bones of birds and fish, seeds of Cucumis Madraspatana and another Cucurbitaceous plant, leaves of Saccharum Sara and Ficus cordifolia. Specks of some glistening substance were scattered through the mass, apparently incipient carbonisation of the peat.] this plant is not now known to be found nearer than Dacca (sixty miles north-east, see chapter xxvii), and indicates a very different state of the surface at Calcutta at the date of its deposition than that which exists now, and also shows that the estuary was then much fresher.

The main land of Noacolly is gradually extending seawards, and has advanced four miles within twenty-three years: this seems sufficiently accounted for by the recession of the Megna. The elevation of the surface of the land is caused by the overwhelming tides and south-west hurricanes in May and October: these extend thirty miles north and south of Chittagong, and carry the waters of the Megna and Fenny back over the land, in a series of tremendous waves, that cover islands of many hundred acres, and roll three miles on to the main land. On these occasions, the average earthy deposit of silt, separated by micaceous sand, is an eighth of an inch for every tide; but in October, 1848, these tides covered Sundeep island, deposited six inches on its level surface, and filled ditches several feet deep. These deposits become baked by a tropical sun, and resist to a considerable degree denudation by rain. Whether any further rise is caused by elevation from below is doubtful; there is no direct evidence of it, though slight earthquakes annually occur; and even when they have not been felt, the water of tanks has been seen to oscillate for three-quarters of an hour without intermission, from no discernible cause.* [The natives are familiar with this phenomenon, of which Dr. Baker remembers two instances, one in the cold season of 1834-5, the other in that of 1830-1. The earthquakes do not affect any particular month, nor are they accompanied by any meteorological phenomena.]

Noacolly is considered a healthy spot, which is not the case with the Sunderbund stations west of the Megna. The climate is uniformly hot, but the thermometer never rises above 90 degrees, nor sinks below 45 degrees; at this temperature hoar-frost will form on straw, and ice on water placed in porous pans, indicating a powerful radiation.* [The winds are north-west and north in the cold season (from November to March), drawing round to west in the afternoons. North-west winds and heavy hailstorms are frequent from March to May, when violent gales set in from the southward. The rains commence in June, with easterly and southerly winds, and the temperature from 82 degrees to 84 degrees; May and October are the hottest months. The rains cease in the end of October (on the 8th of November in 1849, and 12th of November in 1850, the latest epoch ever remembered): there is no land or sea breeze along any part of the coast. During our stay we found the mean temperature for twelve observations to be precisely that of Calcutta, but the humidity was more, and the pressure 0.040 1ower.] We left Noacolly on the 19th for Chittagong; the state of the tide obliging us to go on board in the night. The distance is only 100 miles, but the passage is considered dangerous at this time (during the spring-tides) and we were therefore provided with a large vessel and an experienced crew. The great object in this navigation is to keep afloat and to make progress towards the top of the tide and during its flood, and to ground during the ebb in creeks where the bore (tidal wave) is not violent; for where the channels are broad and open, the height and force of this wave rolls the largest coasting craft over and swamps them.

Our boatmen pushed out at 3 in the morning, and brought up at 5, in a narrow muddy creek on the island of Sidhee. The waters retired along channels scooped several fathoms deep in black mud, leaving our vessel aground six or seven feet below the top of the bank, and soon afterwards there was no water to be seen; as far as the eye could reach, all was a glistening oozy mud, except the bleak level surfaces of the islands, on which neither shrub nor tree grew. Soon after 2 p.m. a white line was seen on the low black horizon, which was the tide-wave, advancing at the rate of five miles an hour, with a hollow roar; it bore back the mud that was gradually slipping along the gentle slope, and we were afloat an hour after: at night we grounded again, opposite the mouth of the Fenny.

By moonlight the scene was oppressively solemn: on all sides the gurgling waters kept up a peculiar sound that filled the air with sullen murmurs; the moonbeams slept upon the slimy surface of the mud, and made the dismal landscape more ghastly still. Silence followed the ebb, broken occasionally by the wild whistle of a bird like the curlew, of which a few wheeled through the air: till the harsh roar of the bore was heard, to which the sailors seemed to waken by instinct. The waters then closed in on every side, and the far end of the reflected moonbeam was broken into flashing light, that approached and soon danced beside the boat.

We much regretted not being able to obtain any more accurate data than I have given, as to the height of the tide at the mouth of the Fenny; but where the ebb sometimes retires twenty miles from high-water mark, it is obviously impossible to plant any tide-gauge.

On the 21st we were ashore at daylight on the Chittagong coast far north of the station, and were greeted by the sight of hills on the horizon: we were lying fully twenty feet below high-water mark, and the tide was out for several miles to the westward. The bank was covered with flocks of white geese feeding on short grass, upon what appeared to be detached islets on the surface of the mud. These islets, which are often an acre in extent, are composed of stratified mud; they have perpendicular sides several feet high, and convex surfaces, owing to the tide washing away the earth from under their sides; and they were further slipping seawards, along the gently sloping mud-beach. Few or no shells or seaweed were to be seen, nor is it possible to imagine a more lifeless sea than these muddy coasts present.

We were three days and nights on this short voyage, without losing sight of mud or land. I observed the barometer whenever the boat was on the shore, and found the mean of six readings (all reduced to the same level) to be identical with that at Calcutta. These being all taken at elevations lower than that of the Calcutta observatory, show either a diminished atmospheric pressure, or that the mean level of high-water is not the same on the east and west coasts of the Bay of Bengal: this is quite possible, considering the widely different direction of the tides and currents on each, and that the waters may be banked up, as it were, in the narrow channels of the western Sunderbunds. The temperature of the air was the same as at Calcutta, but the atmosphere was damper. The water was always a degree warmer than the air.

We arrived at Chittagong on the 23rd of December, and became the guests of Mr. Sconce, Judge of the district, and of Mr. Lautour; to both of whom we were greatly indebted for their hospitality and generous assistance in every way.

Chittagong is a large town of Mahometans and Mugs, a Birmese tribe who inhabit many parts of the Malay peninsula, and the coast to the northward of it. The town stands on the north shore of an extensive delta, formed by rivers from the lofty mountains separating this district from Birma. These mountains are fine objects on the horizon, rising 4000 to 8000 feet; they are forest-clad, and inhabited by turbulent races, who are coterminous with the Cookies of the Cachar and Tipperah forests; if indeed they be not the same people. The mountains abound with the splendid timber-trees of the Cachar forests, but like these are said to want teak, Sal, and Sissoo; they have, besides many others,, magnificent Gurjun trees (Dipterocarpi), the monarchs of the forests of these coasts.

The natives of Chittagong are excellent shipbuilders and active traders, and export much rice and timber to Madras and Calcutta. The town is large and beautifully situated, interspersed with trees and tanks; the hills resemble those of Silhet, and are covered with a similar vegetation: on these the European houses are built. The climate is very healthy, which is not remarkable, considering how closely it approximates in character to that of Silhet and other places in Eastern Bengal, but very extraordinary, if it be compared with Arracan, only 200 miles further south, which is extremely unhealthy. The prominent difference between the physical features of Chittagong and Arracan, is the presence of mangrove swamps at the latter place, for which the water is too fresh at the former.

The hills about the station are not more than 150 or 200 feet high, and are formed of stratified gravel, sand, and clay, that often becomes nodular, and is interstratified with slag-like iron clay. Fossil wood is found; and some of the old buildings about Chittagong contain nummulitic limestone, probably imported from Silhet or the peninsula of India, with which countries there is no such trade now. The views are beautiful, of the blue mountains forty to fifty miles distant, and the many-armed river, covered with sails, winding amongst groves of cocoa-nuts, Areca palm, and yellow rice fields. Good European houses surmount all the eminences, surrounded by trees of Acacia and Caesalpinia. In the hollows are native huts amidst vegetation of every hue, glossy green Garciniae and figs, broad plantains, feathery Cassia and Acacias, dark Mesua, red-purple Terminalia, leafless scarlet-flowered Bombax, and grey Casuarina.* [This, which is almost exclusively an Australian genus, is not indigenous at Chittagong: to it belongs an extra-Australian species common in the Malay islands, and found wild as far north as Arracan.] Seaward the tide leaves immense flats, called churs, which stretch for many miles on either side the offing.

We accompanied Mr. Sconce to a bungalow which he has built at the telegraph station at the south head of the harbour: its situation, on a hill 100 feet above the sea, is exposed, and at this season the sea-breeze was invigorating, and even cold, as it blew through the mat-walls of the bungalow.* [The mean temperature of the two days (29th and 30th) we spent at this bungalow was 66.5 degrees, that of Calcutta being 67.6 degrees; the air was damp, and the barometer 0.144 lower at the flagstaff hill, but it fell and rose with the Calcutta instrument.] To the south, undulating dunes stretch along the coast, covered with low bushes, of which a red-flowered Melastoma is the most prevalent,* [Melastoma, jasmine, Calamus, AEgle Marmelos, Adelia, Memecylon, Ixora, Limostoma, Congea, climbing Coesalpinia, and many other plants; and along their bases large trees of Amoora, Gaurea, figs, Mesua, and Micromelon.] and is considered a species of Rhododendron by many of the residents! The flats along the beach are several miles broad, intersected with tidal creeks, and covered with short grass, while below high-water mark all is mud, coated with green Conferva. There are no leafy seaweeds or mangroves, nor any seaside shrub but Dilivaria ilicifolia. Animal life is extremely rare; and a Cardium-like shell and small crab are found sparingly.

Coffee has been cultivated at Chittagong with great success; it is said to have been introduced by Sir W. Jones, and Mr. Sconce has a small plantation, from which his table is well supplied. Both Assam and Chinese teas flourish, but Chinamen are wanted to cure the leaves. Black pepper succeeds admirably, as do cinnamon, arrowroot, and ginger.

Early in January we accompanied Mr. Lautour on an excursion to the north, following a valley separated from the coast by a range of wooded hills, 1000 feet high. For several marches the bottom of this valley was broad, flat, and full of villages. At Sidhee, about twenty-five miles from Chittagong, it contracts, and spurs from the hills on either flank project into the middle: they are 200 to 300 feet high, formed of red clay, and covered with brushwood. At Kajee-ke-hath, the most northern point we reached, we were quite amongst these hills, and in an extremely picturesque country, intersected by long winding flat valleys, that join one another: some are full of copsewood, while others present the most beautiful park-like scenery, and a third class expand into grassy marshes or lake-beds, with wooded islets rising out of them. The hillsides are clothed with low jungle, above which tower magnificent Gurjun trees (wood-oil). The whole contour of this country is that of a low bay, whose coast is raised above the sea, and over which a high tide once swept for ages.

The elevation of Hazari-ke-hath is not 100 feet above the level of the sea. It is about ten miles west of the mouth of the Fenny, from which it is separated by hills 1000 feet high; its river falls into that at Chittagong, thirty miles south. Large myrtaceous trees (Eugenia) are common, and show a tendency to the Malayan flora, which is further demonstrated by the abundance of Gurjun (Dipterocarpus turbinatus). This is the most superb tree we met with in the Indian forests: we saw several species, but this is the only common one here; it is conspicuous for its gigantic size, and for the straightness and graceful form of its tall unbranched pale grey trunk, and small symmetrical crown: many individuals were upwards of 200 feet high, and fifteen in girth. Its leaves are broad, glossy, and beautiful; the flowers (then falling) are not conspicuous; the wood is hard, close-grained, and durable, and a fragrant oil exudes from the trunk, which is extremely valuable as pitch and varnish, etc., besides being a good medicine. The natives procure it by cutting transverse holes in the trunk, pointing downwards, and lighting fires in them, which causes the oil to flow.* [The other trees of these dry forests are many oaks, Henslowia, Gordonia, Engelhardtia, Duabanga, Adelia, Byttneria, Bradleia, and large trees of Pongamia, whose seeds yield a useful oil.]

Illustration—GURJUN TREE.

On the 8th of January we experienced a sharp earthquake, preceded by a dull thumping sound; it lasted about twenty seconds, and seemed to come up from the southward; the water of a tank by which we were seated was smartly agitated. The same shock was felt at Mymensing and at Dacca, 110 miles north-west of this.* [Earthquakes are extremely common, and sometimes violent, at Chittagong, and doubtless belong to the volcanic forces of the Malayan peninsula.]

We crossed the dividing ridge of the littoral range on the 9th, and descended to Seetakoond bungalow, on the high road from Chittagong to Comilla. The forests at the foot of the range were very extensive, and swarmed with large red ants that proved very irritating: they build immense pendulous nests of dead and living leaves at the ends of the branches of trees, and mat them with a white web. Tigers, leopards, wild dogs, and boars, are numerous; as are snipes, pheasants, peacocks, and jungle-fowl, the latter waking the morn with their shrill crows; and in strange association with them, common English woodcock, is occasionally found.

The trees are of little value, except the Gurjun, and "Kistooma," a species of Bradleia, which was stacked extensively, being used for building purposes. The papaw* [The Papaw tree is said to have the curious property of rendering tough meat tender, when hung under its leaves, or touched with the juice; this hastening the process of decay. With this fact, well-known in the West Indies, I never found a person in the East acquainted.] is abundantly cultivated, and its great gourd-like fruit is eaten (called "Papita" or "Chinaman"); the flavour is that of a bad melon, and a white juice exudes from the rind. The Hodgsonia heteroclita (Trichosanthes of Roxburgh), a magnificent Cucurbitaceous climber, grows in these forests; it is the same species as the Sikkim one (see chapter xviii). The long stem bleeds copiously when cut, and like almost all woody climbers, is full of large vessels; the juice does not, however, exude from these great tubes, which hold air, but from the close woody fibres. A climbing Apocyneous plant grows in these forests, the milk of which flows in a continuous stream, resembling caoutchouc (it is probably the Urceola elastica, which yields Indian-rubber).

The subject of bleeding is involved in great obscurity, and the systematic examination of the motions in the juices of tropical climbers by resident observers, offers a fertile field to the naturalist. I have often remarked that if a climbing stem, in which the circulation is vigorous, be cut across, it bleeds freely from both ends, and most copiously from the lower, if it be turned downwards; but that if a truncheon be severed, there will be no flow from either of its extremities. This is the case with all the Indian watery-juiced climbers, at whatever season they may be cut. When, however, the circulation in the plant is feeble, neither end of a simple cut will bleed much, but if a truncheon be taken from it, both the extremities will.

The ascent of the hills, which are densely wooded, was along spurs, and over knolls of clay; the rocks were sandy and slaty (dip north-east 60 degrees. The road was good, but always through bamboo jungle, and it wound amongst the low spurs, so that there was no defined crest or top of the pass, which is about 800 feet high. There were no tall palms, tree-ferns, or plantains, no Hymenophylla or Lycopodia, and altogether the forest was smaller and poorer in plants than we had expected. The only palms (except a few rattans) were two kinds of Wallichia.

From the summit we obtained a very extensive and singular view. At our feet was a broad, low, grassy, alluvial plain, intersected by creeks, bounding a black expanse of mud which (the tide being out) appeared to stretch almost continuously to Sundeep Island, thirty miles distant; while beyond, the blue hills of Tipperah rose on the north-west horizon. The rocks yielded a dry poor soil, on which grew dwarf Phoenix and cycas-palm (Cycas circinalis or pectinata).

Descending, we rode several miles along an excellent road, that runs to Tipperah, and stopped at the bungalow of Seetakoond, twenty-five miles north of Chittagong. The west flank of the range which we had crossed is much steeper than the east, often precipitous, and presents the appearance of a sea-worn cliff towards the Bay of Bengal. Near Seetakoond (which is on the plain) a hill on the range, bearing the same name, rises 1,136 feet high, and being damper and more luxuriantly wooded, we were anxious to explore it, and therefore spent some days at the bungalow. Fields of poppy and sun (Crotalaria juncea), formed most beautiful crops; the latter grows from four to six feet high, and bears masses of laburnum-like flowers, while the poppy fields resembled a carpet of dark-green velvet, sprinkled with white stars; or, as I have elsewhere remarked, a green lake studded with water-lilies.

The road to the top of Seetakoond leads along a most beautiful valley, and then winds up a cliff that is in many places almost precipitous, the ascent being partly by steps cut in the rock, of which there are 560. The mountain is very sacred, and there is a large Brahmin temple on its flank; and near the base a perpetual flame bursts out of the rock. This we were anxious to examine, and were extremely disappointed to find it a small vertical hole in a slaty rock, with a lateral one below for a draught; and that it is daily supplied by pious pilgrims and Brahmins with such enormous quantities of ghee (liquid butter), that it is to all intents and purposes an artificial lamp; no trace of natural phenomena being discoverable.

Illustration—SEETAKUND HILL.

On the dry but wooded west face of the mountain, grows Falconeria, a curious Euphorbiaceous tree, with an acrid milky juice that affects the eyes when the wood is cut. Beautiful Cycas palms are also common, with Terminalia, Bignonia, Sterculia, dwarf Phoenix palm, and Gurjun trees. The east slope of the mountain is damper, and much more densely wooded; we there found two wild species of nutmeg trees, whose wood is full of a brown acrid oil, seven palms, tree-ferns, and many other kinds of ferns, several kinds of oak, Dracaena, and figs. The top is 1,136 feet above the sea, and commands an extensive view to all points of the compass; but the forests, in which the ashy bark of the Gurjun trees is conspicuous, and the beautiful valley on the west, are the only attractive features.

The weather on the east side of the range differs at this season remarkably from that on the west, where the vicinity of the sea keeps the atmosphere more humid and warm, and at the same time prevents the formation of the dense fogs that hang over the valleys to the eastward every morning at sunrise. We found the mean temperature at the bungalow, from January 9th till the 13th, to be 70.2 degrees.

We embarked again at Chittagong on the 16th of January, at 10 p.m., for Calcutta, in a very large vessel, rowed by twelve men: we made wretchedly slow progress, for the reasons mentioned earlier, being for four days within sight of Chittagong! On the 20th we only reached Sidhee, and thence made a stretch to Hattiah, an island which may be said to be moving bodily to the westward, the Megna annually cutting many acres from the east side; and the tide-wave depositing mud on the west. The surface is flat, and raised four feet above mean high-water level; the tide rises about 14 feet up the bank, and then retires for miles; the total rise and fall is, however, much less here than in the Fenny, higher up the gulf. The turf is composed of Cynodon and a Fimbristylis; and the earth being impregnated with salt, supports different kinds of Chenopodium. Two kinds of tamarisk, and a thorny Cassia and Exoecaria, are the only shrubs on the eastern islands; on the central ones a few dwarf mangroves appear, with the holly-leaved Dilivaria, dwarf screw-pine (Pandanus), a shrub of Compositae, and a curious fern, a variety of Aristichum aureum. Towards the northern end of Hattiah, Talipot, cocoa-nut and date-palms appear.

On the 22nd we entered the Sunderbunds, rowing amongst narrow channels, where the tide rises but a few feet. The banks were covered with a luxuriant vegetation, chiefly of small trees, above which rose stately palms. On the 25th, we were overtaken by a steamer from Assam, a novel sight to us, and a very strange one in these creeks, which in some places seemed hardly broad enough for it to pass through. We jumped on board in haste, leaving our boat and luggage to follow us. She had left Dacca two days before, and this being the dry season, the route to Calcutta, which is but sixty miles in a straight line, involved a detour of three hundred.

From the masts of the steamer we obtained an excellent coup-d'oeil of the Sunderbunds; its swamps clothed with verdure, and intersected by innumerable inosculating channels, with banks a foot or so high. The amount of tide, which never exceeds ten feet, diminishes in proceeding westwards into the heart of these swamps, and the epoch, direction, and duration of the ebb and flow vary so much in every canal, that at times, after stemming a powerful current, we found ourselves, without materially changing our course, suddenly swept along with a favouring stream. This is owing to the complex ramifications of the creeks, the flow of whose waters is materially influenced by the most trifling accidents of direction.

Receding from the Megna, the water became saltier, and Nipa fruticans appeared, throwing up pale yellow-green tufts of feathery leaves, from a short thick creeping stem, and bearing at the base of the leaves its great head of nuts, of which millions were floating on the waters, and vegetating in the mud. Marks of tigers were very frequent, and the footprints of deer, wild boars, and enormous crocodiles: these reptiles were extremely common, and glided down the mud banks on the approach of the steamer, leaving between the footmarks a deep groove in the mud made by their tail. The Phoenix paludosa, a dwarf slender-stemmed date-palm, from six to eight feet high, is the all-prevalent feature, covering the whole landscape with a carpet of feathery fronds of the liveliest green. The species is eminently gregarious, more so than any other Indian palm, and presents so dense a mass of foliage, that when seen from above, the stems are wholly hidden.* [Sonneratia, Heritiera littoralis, and Careya, form small gnarled trees on the banks, with deep shining green-leaved species of Carallia Rhizophora, and other Mangroves. Occasionally the gigantic reed-mace (Typha elephantina) is seen, and tufts of tall reeds (Arundo).]

The water is very turbid, and only ten to twenty feet deep, which, we were assured by the captain, was not increased during the rains: it is loaded with vegetable matter, but the banks are always muddy, and we never saw any peat. Dense fogs prevented our progress in the morning, and we always anchored at dusk. We did not see a village or house in the heart of the Sunderbunds (though such do occur), but we saw canoes, with fishermen, who use the tame otter in fishing; and the banks were covered with piles of firewood, stacked for the Calcutta market. As we approached the Hoogly, the water became very salt and clear; the Nipa fruits were still most abundant, floating out to sea, but no more of the plant itself was seen. As the channels became broader, sand-flats appeared, with old salt factories, and clumps of planted Casuarina.

On the 28th of January we passed Saugor island, and entered the

Hoogly, steamed past Diamond Harbour, and landed at the Botanic

Garden Ghat, where we received a hearty welcome from Dr. Falconer.

Ten days later we bade farewell to India, reaching England on the

25th of March, 1851.

APPENDIX. A.

METEOROLOGICAL OBSERVATIONS IN BEHAR, AND IN THE VALLEYS OF THE SOANE AND GANGES.

Most of the instruments which I employed were constructed by Mr. Newman, and with considerable care: they were in general accurate, and always extremely well guarded, and put up in the most portable form, and that least likely to incur damage; they were further frequently carefully compared by myself. These are points to which too little attention is paid by makers and by travellers in selecting instruments and their cases. This remark applies particularly to portable barometers, of which I had five at various times. Although there are obvious defects in the system of adjustment, and in the method of obtaining the temperature of the mercury, I found that these instruments invariably worked well, and were less liable to derangement and fracture than any I ever used; the best proof I can give of this is that I preserved three uninjured during nearly all my excursions, left two in India, and brought a third home myself that had accompanied me almost throughout my journey.

In very dry climates these and all other barometers are apt to leak, from the contraction of the box-wood plug through which the tube passes into the cistern. This must, in portable barometers, in very dry weather, be kept moist with a sponge. A small iron bottle of pure mercury to supply leakage should be supplied with every barometer, as also a turnscrew. The vernier plate and scale should be screwed, not soldered on the metal sheath, as if an escape occurs in the barometer-case the solder is acted upon at once. A table of corrections for capacity and capillarity should accompany every instrument, and simple directions, etc., in cases of trifling derangement, and alteration of neutral point.

The observations for temperature were taken with every precaution to avoid radiation, and the thermometers were constantly compared with a standard, and the errors allowed for. The maximum thermometer with a steel index, I found to be extremely liable to derangement and very difficult to re-adjust. Negretti's maximum thermometer was not known to me during my journey. The spirit minimum thermometers again, are easily set to rights when out of order, but in every one (of six or seven) which I took to India, by several makers, the zero point receded, the error in some increasing annually, even to -6 degrees in two years. This seems due to a vaporisation of the spirit within the tube. I have seen a thermometer of this description in India, of which the spirit seemed to have retired wholly into the bulb, and which I was assured had never been injured. In wet-bulb observations, distilled water or rain, or snow water was used, but I never found the result to differ from that obtained by any running fresh water, except such as was polluted to the taste and eye.

The hours of observation selected were at first sunrise, 9 a.m., 3 p.m., sunset, and 9 p.m., according to the instructions issued to the Antarctic expedition by the Royal Society. In Sikkim, however, I generally adopted the hours appointed at the Surveyor General's office, Calcutta; viz., sunrise, 9h. 50m. a.m., noon, 2h. 40m. p.m., 4 p.m., and sunset, to which I added a 10 p.m. observation, besides many at intermediate hours as often as possible. Of these the 9h. 50m. a.m. and 4 p.m. have been experimentally proved to be those of the maximum and minimum of atmospheric pressure at the level of the sea in India, and I did not find any great or marked deviation from this at any height to which I attained, though at 15,000 or 16,000 feet the morning maximum may occur rather earlier.

The observations for nocturnal (terrestrial) radiation were made by freely suspending thermometers with naked bulbs, or by laying them on white cotton, wool, or flannel; also by means of a thermometer placed in the focus of a silvered parabolic reflector. I did not find that the reflector possessed any decided advantage over the white cotton: the means of a number of observations taken by each approximated closely, but the difference between individual observations often amounted to 2 degrees.

Observations again indicative of the radiation from grass, whether dewed or dry, are not strictly comparable; not only does the power of radiation vary with the species, but much more with the luxuriance and length of the blades, with the situation, whether on a plane surface or raised, and with the subjacent soil. Of the great effect of the soil I had frequent instances; similar tufts of the same species of grass radiating more powerfully on the dry sandy bed of the Soane, than on the alluvium on its banks; the exposure being equal in both instances. Experiments for the surface-temperature of the soil itself, are least satisfactory of any:—adjoining localities being no less affected by the nature, than by the state of disintegration of the surface, and by the amount of vegetation in proximity to the instrument.

The power of the sun's rays in India is so considerable, and protracted through so long a period of the day, that I did not find the temperature of springs, or of running water, even of large deep rivers, so constant as was to be expected.

The temperature of the earth was taken by sinking a brass tube a yard long in the soil.

A thermometer with the bulb blackened affords the only means the traveller can generally compass, of measuring the power of the sun's rays. It should be screened or put in a blackened box, or laid on black wool.

A good Photometer being still a desideratum, I had recourse to the old wedge of coloured glass, of an uniform neutral tint, the distance between whose extremes, or between transparency and total opacity, was one foot. A moveable arm carrying a brass plate with a slit and a vernier, enables the observer to read off at the vanishing point of the sun's limb, to one five-hundredth of an inch. I generally took the mean of five readings as one, and the mean of five of these again I regarded as one observation; but I place little dependence upon the results. The causes of error are quite obvious. As far as the effects of the sun's light on vegetation are concerned, I am inclined to think that it is of more importance to register the number of hours or rather of parts of each hour, that the sun shines, and its clearness during the time. To secure valuable results this should be done repeatedly, and the strength of the rays by the black-bulb thermometer registered at each hour. The few actinometer observations will be found in another part of the Appendix.

The dew-point has been calculated from the wet-bulb, by Dr. Apjohn's formula, or, where the depression of the barometer is considerable, by that as modified by Colonel Boileau.* [Journal of Asiatic Society, No. 147 (1844), p.135.] The saturation-point was obtained by dividing the tension at the dew-point by that at the ordinary temperature, and the weight of vapour, by Daniell's formula.

The following summary of meteorological observations is alluded to at vol. i., chapter i.

I.—Table-land of Birbhoom and Behar, from Taldanga to Dunwah.

Average elevation 1,135 feet.

It is evident from these observations, that compared with Calcutta, the dryness of the atmosphere is the most remarkable feature of this table-land, the temperature not being high; and to this, combined with the sterility of the soil over a great part of the surface, must be attributed the want of a vigorous vegetation. Though so favourably exposed to the influence of nocturnal radiation, the amount of the latter is small. The maximum depression of a thermometer laid on grass never exceeded 10 degrees, and averaged 7 degrees; whereas the average depression of the dew-point at the same hour amounted to 25 degrees in the morning. Of course no dew was deposited even in the clearest star-light night.

February 1848.

Hour Sunrise 9 a.m. 3 p.m. 9 p.m.

TEMPERATURE

Mean 56.6 70.1 75.5 61.7

Max. 65.2 77.0 81.7 66.2

Min. 46.3 61.2 65.2 55.5

Range 18.9 15.8 16.5 10.7

WET-BULB

Mean 48.2 53.7 55.3 49.3

Max. Depression 12.5 19.3 22.5 20.5

Min. Depression 6.0 14.3 16.7 9.0

Elasticity of Vapour .276 .264 .248 .248

DEW-POINT

Mean 39.5 37.9 36.0 36.1

Max. 52.0 52.7 46.8 50.0

Min. 23.3 24.5 24.3 *9.1

Max. Depression 31.7 39.2 48.4 56.9

Min. Depression 10.4 24.3 34.9 16.2

Weight of Vapour in cubic feet 3.088 2.875 2.674 2.745

SATURATION

Mean .550 .330 .260 .410

Max. .680 .450 .320 .590

Min. .330 .260 .190 .140

Number of observations 7 7 7 10

Extreme variations of Temperature 35.4 degrees

Extreme variations of relative humidity .540

Extreme diff. Solar and Nocturnal Radiation 96.5 degrees

*Taken during a violent N.W. dustt-storm.

SOLAR RADIATION

MORNING Hour Th. Black Bulb Diff. Phot. 9.30 a.m. 77.0 130 53.0 … 10 a.m. 69.5 124 54.5 10.320 10 a.m. 77.0 137 60.0 … 9 a.m. 63.5 94 30.5 10.230 9 a.m. 61.2 106 44.8 … 9 a.m. 67.0 114 47.0 10.350 —————————————————————————- Mean 69.2 117.5 48.1 10.300

AFTERNOON Hour Th. Black Bulb Diff. Phot. 3.30 p.m. 81.7 109 27.3 … 3 p.m. 80.5 120 39.5 10.320 3 p.m. 81.5 127 45.5 10.330 3.30 p.m. 72.7 105 32.3 10.230 3 p.m. 72.5 110 37.5 10.390 —————————————————————————- Mean 77.8 114.2 36.4 10.318

NOCTURNAL RADIATION

SUNRISE

Exposed Th. On Earth On Grass

Temperature 51.1 48.3 46.6

Mean Diff. from Air 4.0 2.5 6.2

Max. Diff. from Air 9.0 3.7 9.0

Number of Observations 6 3 5

NINE P.M.

Exposed Th. On Earth On Grass

Temperature 56.4 53.8 54.4

Mean Diff. from Air 5.3 4.9 7.2

Max. Diff. from Air 7.5 5.5 10.0

Number of Observations 7 6 7

On one occasion, and that at night, the dew-point was as low as 11.5 degrees, with a temperature of 66 degrees, a depression rarely equalled at so low a temperature: this phenomenon was transient, and caused by the passage of a current of air loaded with dust, whose particles possibly absorbed the atmospheric humidity. From a comparison of the night and morning observations of thermometers laid on grass, the earth, and freely exposed, it appears that the grass parts with its heat much more rapidly than the earth, but that still the effect of radiation is slight, lowering its temperature but 2 degrees below that of the freely exposed thermometer.

As compared with the climate of Calcutta, these hills present a remarkable contrast, considering their proximity in position and moderate elevation.

The difference of temperature between Calcutta and Birbhoom, deduced from the sunrise, morning and afternoon observations, amounts to 4 degrees, which, if the mean height of the hills where crossed by the road, be called 1,135 feet, will be equal to a fall of one degree for every 288 feet.

In the dampness of its atmosphere, Calcutta contrasts very remarkably with these hills; the dew-point on the Hoogly averaging 51.3 degrees, and on these hills 38 degrees, the corresponding saturation-points being 0.559 and 0.380.

The difference between sunrise, forenoon and afternoon dew-points at Calcutta and on the hills, is 13.6 degrees at each observation; but the atmosphere at Calcutta is relatively drier in the afternoon than that of the hills; the difference between the Calcutta sunrise and afternoon saturation-point being 0.449, and that between the hill sunrise and afternoon, 0.190. The march of the dew-point is thus the same in both instances, but owing to the much higher temperature of Calcutta, and the greatly increased tension of the vapour there, the relative humidity varies greatly during the day.

In other words, the atmosphere of Calcutta is loaded with moisture in the early morning of this season, and is relatively dry in the afternoon: in the hills again, it is scarcely more humid at sunrise than at 3 p.m. That this dryness of the hills is partly due to elevation, appears from the disproportionately moister state of the atmosphere below the Dunwah pass.

II. Abstract of the Meteorological observations taken in the Soane

Valley (mean elevation 422 feet).

The difference in mean temperature (partly owing to the sun's more northerly declination) amounts to 2.5 degrees of increase in the Soane valley, above that of the hills. The range of the thermometer from day to day was considerably greater on the hills (though fewer observations were there recorded): it amounted to 17.2 degrees on the hills, and only 12.8 degrees in the valley. The range from the maximum to the minimum of each day amounts to the same in both, above 20 degrees. The extreme variations in temperature too coincide within 1.4 degrees.

The hygrometric state of the atmosphere of the valley differs most decidedly from that of the hills. In the valley dew is constantly formed, which is owing to the amount of moisture in the air, for nocturnal radiation is more powerful on the hills. The sunrise and 9 p.m. observations in the valley, give a mean depression of the dew-point below the air of 12.3 degrees, and those at the upper level of 21.2 degrees, with no dew on the hills and a copious deposit in the valley. The corresponding state of the atmosphere as to saturation is 0.480 on the hills and 0.626 in the valley.

The vegetation of the Soane valley is exposed to a less extreme temperature than that of the hills; the difference between solar and nocturnal radiation amounting here only to 80.5 degrees, and on the hills to 96.5 degrees. There is no material difference in the power of the sun's rays at the upper and lower levels, as expressed by the blackbulb thermometer, the average rise of which above one placed in the shade, amounted to 48 degrees in both cases, and the maximum occurred about 11 a.m. The decrease of the power of the sun's rays in the afternoon is much the most rapid in the valley, coinciding with a greater reduction of the elasticity of vapour and of humidity in the atmosphere.

The photometer observations show a greater degree of sun's light on the hills than below, but there is not at either station a decided relation between the indications of this instrument and the black-bulb thermometer. From observations taken elsewhere, I am inclined to attribute the excess of solar light on the hills to their elevation; for at a far greater elevation I have met with much stronger solar light, in a very damp atmosphere, than I ever experienced in the drier plains of India. In a damp climate the greatest intensity may be expected in the forenoon, when the vapour is diffused near the earth's surface; in the afternoon the lower strata of atmosphere are drier, but the vapour is condensed into clouds aloft which more effectually obstruct the sun's rays. On the Birbhoom and Behar hills, where the amount of vapour is so small that the afternoon is but little drier than the forenoon, there is little difference between the solar light at each time. In the Soane valley again, where a great deal of humidity is removed from the earth's surface and suspended aloft, the obstruction of the sun's light is very marked.

DUNWAH TO SOANE RIVER, AND UP SOANE TO TURA, FEBRUARY 10-19TH.

Hour Sunrise 9 a.m. 3 p.m. 9 p.m.

TEMPERATURE

Mean 57.6 74.0 77.6 64.5

Max. 62.0 81.0 87.5 68.7

Min. 53.5 63.5 71.0 60.0

Range 8.5 17.5 16.5 8.7

WET-BULB

Mean 51.7 59.5 59.9 55.5

Max. Depression 8.5 18.5 26.0 12.5

Min. Depression 3.8 4.0 6.8 2.5

Elasticity of Vapour .352 .382 .357 .370

DEW-POINT

Mean 46.1 48.5 46.4 47.5

Max. 53.6 56.7 60.0 55.6

Min. 40.6 38.0 36.0 41.0

Max. Depression 16.9 33.5 44.2 24.1

Min. Depression 7.0 6.8 11.0 4.4

Weight of Vapour in cubic feet 3.930 4.066 3.658 4.014

SATURATION

Mean .680 .460 .352 .572

Max. .787 .818 .703 .860

Min. .566 .338 .237 .452

Number of observations 10 8 9 10

Extreme variations of Temperature 34.0 degrees

Extreme variations of relative humidity .623

Extreme diff. Solar and Nocturnal Radiation 80.5 degrees

NOCTURNAL RADIATION

SUNRISE

Exposed Th. On Earth On Grass

Temperature 53.2 54.0 51.5

Mean Diff. from Air 4.5 3.7 6.2

Max. Diff. from Air 8.5 9.0 7.5

Number of Observations 9 9 8

NINE P.M.

Exposed Th. On Earth On Grass

Temperature 59.9 60.7 56.4

Mean Diff. from Air 4.6 3.8 8.1

Max. Diff. from Air 11.5 10.5 13.5

Number of Observations 10 10 10

SOLAR RADIATION

MORNING Time Temp. Black Bulb Diff. Phot. 9 a.m. 70.0 125 55.0 10.300 11 a.m. 81.0 119 38.0 10.230 10.30 a.m. 71.5 126 54.5 10.300 10 a.m. 72.0 117 45.0 10.220 10 a.m. 80.0 122 42.0 … 10.30 a.m. 78.0 128 50.0 … —————————————————————————— Mean 75.4 122.8 47.4 10.262

AFTERNOON Time Temp. Black Bulb Diff. Phot. 4 p.m. 76.5 90 13.5 … 3 p.m. 80.0 105 25.0 10.210 3 p.m. 76.0 102 26.0 10.170 3 p.m. 87.5 126 38.5 … —————————————————————————— Mean 80.0 105.7 25.7 10.190

NOCTURNAL RADIATION FROM PLANTS

SUNRISE

Air Temp. 59.5 55.0

Calotropis … 49.5

Diff. … 5.5

Argemone 57.0 47.0

Diff. 2.5 8.0

NINE P.M.

Temp. 67.5 67.0 64.3

Calotropis … … 58.5

Diff. … … 5.8

Argemone 53.0 56.0 57.0

Diff. 14.0 11.0 7.3

III. VALLEY OF SOANE RIVER, TURA TO SULKUN (MEAN ELEV. 517 FEET), FEBRUARY 20TH TO MARCH 3RD.

Hour Sunrise 9 a.m. 3 p.m. 9 p.m.

TEMPERATURE

Mean 56.8 82.0 88.6 68.0

Max. 70.0 89.0 94.7 74.0

Min. 50.0 69.0 81.5 61.0

Range 20.0 20.0 43.2 13.0

WET-BULB

Mean 52.5 61.2 62.4 56.8

Max. Depression 10.0 24.3 30.2 15.0

Min. Depression 1.5 12.0 14.5 6.0

Elasticity of Vapour .380 .385 .289 .369

DEW-POINT

Mean 48.3 48.7 40.8 47.4

Max. 53.1 60.2 50.9 51.8

Min. 41.1 40.3 32.3 42.6

Max. Depression 17.3 45.2 57.2 27.1

Min. Depression 5.4 22.0 25.1 10.2

Weight of Vapour in cubic feet 4.240 4.097 2.975 3.933

SATURATION

Mean .754 .342 .211 .511

Max. .831 .488 .598 .703

Min. .570 .226 .154 .415

Number of observations 12 11 11 11

Extreme variations of Temperature 44.7 degrees

Extreme variations of relative humidity .677

Extreme diff. Solar and Nocturnal Radiation 100 degrees

NOCTURNAL RADIATION

SUNRISE

Exposed Th. On Earth On Grass

Temperature 51.7 52.4 48.8

Mean Diff. from Air 4.1 3.4 7.0

Max. Diff. from Air 8.0 7.0 11.5

Number of Observations 9 9 9

NINE P.M.

Exposed Th. On Earth On Grass

Temperature 61.2 64.3 55.8

Mean Diff. from Air 6.8 4.6 11.8

Max. Diff. from Air 10.5 8.5 17.0

Number of Observations 10 9 9

SOLAR RADIATION

MORNING Time Temp. Black Bulb Diff. Phot. 11.30 a.m. 85.5 129 44.5 … 10.30 a.m. 89.0 132 43.0 … Noon 90.0 132 42.0 10.140 Noon 85.0 130 45.0 … Noon 86.0 138 52.0 … Noon 90.0 138 48.0 … —————————————————————————— Mean 87.6 133 45.8 10.140

AFTERNOON Time Temp. Black Bulb Diff. Phot. 3 p.m. 85.5 116 30.5 … 3 p.m. 92.5 128 35.5 … 3 p.m. 92.0 120 28.0 … 3 p.m. 89.5 128 38.5 … 3 p.m. 93.5 144 50.5 … —————————————————————————— Mean 90.6 127 36.6 …

NOCTURNAL RADIATION FROM PLANTS

SUNRISE Mean

Air Temp. 61.0 57.0 57.0 58.5 57.0 50.0 50.5 56.0 55.9

Barley 56 46 52 52 52 45 43 … 49.4

Diff. 5.0 11.0 5.0 6.5 5.0 5.0 7.5 … 6.4

Calotropis 56.5 48.0 … … … 45.5 … … 50.0

Diff. 4.5 9.0 … … … 4.5 … … 6.0

Argemone 57.0 50.0 50.0 … … … … 49.0 51.5

Diff. 4.0 7.0 7.0 … … … … 7.0 6.2

NINE P.M. Mean

Air Temp. 68.5 70.0 69.0 74.0 62.5 67.5 61.0 … 67.5

Barley … … … … 51.5 67.5 50.0 … 56.3

Diff. … … … … 11.0 10.0 11.0 … 10.7

Calotropis … 65.0 57.0 59.0 … 62.5 … … 60.9

Diff. … 5.0 12.0 15.0 … 5.0 … … 9.3

Argemone 56.0 67.0 57.0 … … … … … 60.0

Diff. 12.5 3.0 12.0 … … … … … 9.2

The upper course of the Soane being in some places confined, and exposed to furious gusts from the gullies of the Kymore hills, and at others expanding into a broad and flat valley, presents many fluctuations of temperature. The mean temperature is much above that of the lower parts of the same valley (below Tura), the excess amounting to 5.4 degrees. The nights and mornings are cooler, by 1.2 degrees, the days hotter by 10 degrees. There were also 10 degrees increase of range during the thirteen days spent there; and the mean range from day to day was nearly as great as it was on the hills of Bengal.

There being much exposed rock, and the valley being swept by violent dust-storms, the atmosphere is drier, the mean saturation point being .454, whereas in the lower part of the Soane's course it was .516.

A remarkable uniformity prevails in the depression of thermometers exposed to nocturnal radiation, whether laid on the earth, grass, or freely exposed; both the mean and maximum indication coincide very nearly with those of the lower Soane valley and of the hills. The temperature of tufts of green barley laid on the ground is one degree higher than that of short grass; Argemone and Calotropis leaves maintain a still warmer temperature; from the previous experiments the Argemone appeared to be considerably the cooler, which I was inclined to attribute to the smoother and more shining surface of its leaf, but from these there would seem to be no sensible difference between the radiating powers of the two plants.

IV. TABLE-LAND OF KYMORE HILLS (MEAN ELEV. 979 FEET), MARCH 3RD TO 8TH, 1848.

Hour Sunrise 9 a.m. 3 p.m. 9 p.m.

TEMPERATURE

Mean 65.3 81.6 88.1 71.1

Max. 69.0 82.5 90.0 76.0

Min. 57.5 79.5 84.5 68.0

Range 11.5 4.0 5.5 8.0

WET-BULB

Mean 57.7 65.3 63.3 60.3

Max. Depression 8.0 19.0 26.5 13.0

Min. Depression 6.0 14.0 21.5 8.3

Elasticity of Vapour .428 .468 .324 .433

DEW-POINT

Mean 52.0 54.5 43.7 52.3

Max. 55.5 57.9 47.8 56.7

Min. 45.9 49.0 37.9 46.8

Max. Depression 14.1 33.0 46.6 21.9

Min. Depression 11.6 12.9 42.2 13.8

Weight of Vapour in cubic feet 4.710 5.000 3.417 4.707

SATURATION

Mean .647 .421 .240 .542

Max. .741 .479 .295 .643

Min. .648 .344 .214 .491

Number of observations 4 3 3 4

Extreme variations of Temperature 32.5 degrees

Extreme variations of relative humidity .527

Extreme diff. Solar and Nocturnal Radiation 110.5 degrees

NOCTURNAL RADIATION

SUNRISE

Exposed Th. On Earth On Grass

Temperature 59.5 56.0 54.7

Mean Diff. from Air 3.5 1.5 8.2

Max. Diff. from Air 3.5 1.5 8.5

Number of Observations 2 1 2

NINE P.M.

Exposed Th. On Earth On Grass

Temperature 71.5 62.5 61.0

Mean Diff. from Air 3.3 5.5 8.2

Max. Diff. from Air 7.0 5.5 11.0

Number of Observations 3 1 2

The rapid drying of the lower strata of the atmosphere during the day, as indicated by the great decrease in the tension of the vapour from 9 a.m. to 3 p.m., is the effect of the great violence of the north-west winds.

From the few days' observations taken on the Kymore hills, the temperature of their flat tops appeared 5 degrees higher than that of the Soane valley, which is 500 feet below their mean level. I can account for this anomaly only on the supposition that the thick bed of alluvium, freely exposed to the sun (not clothed with jungle), absorbs the sun's rays and parts with its heat slowly. This is indicated by the increase of temperature being due to the night and morning observations, which are 3.1 degrees and 8.5 degrees higher here than below, whilst the 9 a.m. and 3 p.m. temperatures are half a degree lower.

The variations of temperature too are all much less in amount, as are those of the state of the atmosphere as to moisture, though the climate is rather damper.

On the subject of terrestrial radiation the paucity of the observations precludes my dwelling. Between 9 p.m. and sunrise the following morning I found the earth to have lost but 6.5 degrees of heat, whereas a mean of nine observations at the same hours in the valley below indicated a loss of 12 degrees.

Though the mean temperature deduced from the few days I spent on this part of the Kymore is so much above that of the upper Soane valley, which it bounds, I do not suppose that the whole hilly range partakes of this increase. When the alluvium does not cover the rock, as at Rotas and many other places, especially along the southern and eastern ridges of the ghats, the nights are considerably cooler than on the banks of the Soane; and at Rotas itself, which rises almost perpendicularly from the river, and is exposed to no such radiation of heat from a heated soil as Shahgunj is, I found the temperature considerably below that of Akbarpore on the Soane, which however is much sheltered by an amphitheatre of rocks.

V. Mirzapore on the Ganges.

During the few days spent at Mirzapore, I was surprised to find the temperature of the day cooler by nearly 4 degrees than that of the hills above, or of the upper part of the Soane valley, while the nights on the other hand were decidedly warmer. The dew-point was even lower in proportion, 7.6 degrees, and the climate consequently drier. The following is an abstract of the observations taken at Mr. Hamilton's house on the banks of the Ganges (below).

It is remarkable that nocturnal radiation as registered at sunrise is much more powerful at Mirzapore than on the more exposed Kymore plateau; the depression of the thermometer freely exposed being 3 degrees greater, that laid on bare earth 6 degrees, and that on the grass 1.4 degrees greater, on the banks of the Ganges. During my passage down the Ganges the rise of the dew-point was very steady, the maximum occurring at the lowest point on the river, Bhaugulpore, which, as compared with Mirzapore, showed an increase of 8 degrees in temperature, and of 30.6 degrees in the rise of the dew-point. The saturation-point at Mirzakore was .331, and at the corresponding hours at Bhaugulpore .742.

MIRZAPORE (ELEV. 362 FEET), MARCH 9TH TO 13TH, 1848.

Hour Sunrise 9 a.m. 3 p.m. 9 p.m.

TEMPERATURE

Mean 61.1 76.1 86.0 76.0

Max. 63.0 83.0 … …

Min. 58.0 71.0 … …

Range 5.0 12.0 … …

WET-BULB

Mean 48.8 58.5 61.7 63.5

Max. Difference 51.5 56.5 24.3 12.5

Min. Difference 47.0 51.7 … …

Elasticity of Vapour .236 .302 .295 .480

DEW-POINT

Mean 34.3 41.9 41.3 55.2

Max. 39.7 … … …

Min. 29.7 … … …

Max. Difference 32.8 52.3 44.7 20.8

Min. Difference 23.8 15.7 … …

Weight of Vapour in cubic feet 2.574 3.271 3.089 5.127

SATURATION

Mean .405 .324 .264 .511

Max. .450 .603 … …

Min. .327 .176 … …

Number of observations 3 3 1 1

TERRESTRIAL RADIATION.

Mean

Air in Shade. Sunrise 60.0 62.5 63.0 58.0 60.9

Exposed Th. 55.0 54.5 55.5 53.0 54.6

Difference 5.0 8.0 7.5 5.0 6.4

Exposed on earth … 56.0 50.5 54.0 53.5

Difference … 6.5 12.5 4.0 7.7

Exposed on grass 52.0 52.5 50.5 50.0 51.3

Difference 8.0 10.0 12.5 8.0 9.6

APPENDIX B.

ON THE MINERAL CONSTITUENTS AND ALGAE OF THE HOT-SPRINGS OF BEHAR, THE HIMALAYA, AND OTHER PARTS OF INDIA, ETC., INCLUDING NOTES ON THE FUNGI OF THE HIMALAYA.

(By Dr. R. D. Thomson and the Rev. M. J. Berkeley, M.A., F.L.S.)

The following remarks, for which I am indebted to the kindness of the able chemist and naturalist mentioned above, will be highly valued, both by those who are interested in the many curious physiological questions involved in the association of the most obscure forms of vegetable life with the remarkable phenomena of mineral springs; or in the exquisitely beautiful microscopic structure of the lower Algae, which has thrown so much light upon a branch of natural history, whose domain, like that of astronomy, lies to a great extent beyond the reach of the unassisted eye.—J.D.H.

1. Mineral water, Soorujkoond, Behar (vol. i., chap. ii), contains chloride of sodium and sulphate of soda.

2. Mineral water, hot springs, Yeumtong, altitude 11,730 feet (see vol. ii., chap. xxii). Disengages sulphuretted hydrogen when fresh.—This water was inodorous when the bottle was opened. The saline matter in solution was considerably less than in the Soorujkoond water, but like that consisted of chloride of sodium and sulphate of soda. Its alkaline character suggests the probability of its containing carbonate of soda, but none was detected.

The rocks decomposed by the waters of the spring consist of granite impregnated with sulphate of alumina. It appears that in this case the sulphurous waters of Yeumtong became impregnated in the air with sulphuric acid, which decomposed the felspar,* [I have, in my journal, particularly alluded to the garnets (an aluminous mineral) being thus entirely decomposed.-J.D.H.] and united with its alumina. I found traces only of potash in the salt.

Sulphuretted hydrogen waters appear to give origin to sulphuric acid, when the water impregnated with the gas reaches the surface; and I have fine fibrous specimens of sulphate of lime accompanied with sulphur, from the hot springs of Pugha in west Tibet, brought by Dr. T. Thomson.

3. Mineral water, Momay hot springs, (vol. ii., chap. xxii).—When the bottle was uncorked, a strong smell of sulphuretted hydrogen was perceived. The water contains about twenty-five grains per imp. gallon, of chloride of sodium, sulphate and carbonate of soda; the reaction being strongly alkaline when the solution was concentrated.

4. Effloresced earth from Behar (vol. i., chap. i), consists of granite sand, mixed with sesquicarbonate of soda.

_On the Indian Algae which occur principally in different parts of the Himalayan Range, in the hot-sprinys of Soorujkoond in Bengal, Pugha in Tibet, and Momay in Sikkim; and on the Fungi of the Himalayas. By the Rev. M. J. Berkeley, M.A.

It is not my intention in the present appendix to give specific characters or even accurately determined specific names to the different objects within its scope, which have come under investigation, as collected by Dr. Hooker and Dr. Thomson. To do so would require far more time than I have at present been able to devote to the subject, for though every species has been examined microscopically, either by myself or Mr. Broome, and working sketches secured at the same time, the specific determination of fresh water Algae from Herbarium specimens is a matter which requires a very long and accurate comparison of samples from every available locality, and in the case of such genera as Zygnema, Tyndaridea, and Conferva, is, after all, not a very satisfactory process.

The object in view is merely to give some general notion of the forms which presented themselves in the vast districts visited by the above-mentioned botanists, comprising localities of the greatest possible difference as regards both temperature and elevation; but more especially in the hot-springs which occur in two distant parts of the Himalayas and in Behar, and these again under very different degrees of elevation and of extrinsic temperature.

The Algae from lower localities are but few in number, and some of these of very common forms. We have for instance from the Ganges, opposite Bijnour, a Batrachospermum and Conferva crispata, the former purple below, with specimens of Chantransia, exactly as they might occur in the Thames. The Conferva, or more properly Cladophora, which occurs also under various forms, at higher elevations, as in the neighbourhood of Simla and Iskardo, swarms with little parasites, but of common or uninteresting species. In the Bijnour specimens, these consist of common forms of Synedra, Meridion circulare, and a Cymbella, on others from Dacca, there are about three species of Synedra,* {Two of these appear to be S. Vaucheriae and S. inaequalis.] a minute Navicula and Gomphonema curvatum. Nothing, in fact, can well be more European. One splendid Alga, however, occurs at Fitcoree, in Behar, on the banks of nullahs, which are dry in hot weather, forming a purple fleece of coarse woolly hairs, which are singularly compressed, and of extreme beauty under the microscope, from the crystalline green of the articulated string which threads the bright red investing sheath. This curious Alga calls to mind in its colouring Caenocoleus Smithii, figured in English Botany, t. 2940, but it has not the common sheath of that Alga, and is on a far larger scale. One or two other allied forms, or species, occur in East Nepal, to which I purpose giving, together with the Behar plant, the generic name of Erythronema. From the Soane River, also, is an interesting Alga, belonging to the curious genus Thwaitesia, in which the division of the endochrome in the fertile cells into four distinct masses, sometimes entirely free, is beautifully marked. In some cases, indeed, instead of the ordinary spores, the whole moss is broken up into numerous bodies, as in the fertile joints of Ulothrix, and probably, as in that case, the resultant corpuscles are endowed with active motion. In Silhet, again, is a magnificent Zygnema, allied to Z. nitidum, with large oval spores, about 1/285 part of an inch long, and a dark golden brown colour, and containing a spiral green endochrome.

Leaving, however, the lower parts of India, I shall first take the species which occur in Khasia, Sikkim, Eastern Nepal, and the adjoining parts of Tibet.

In the hot valleys of the Gtreat Rungeet, at an elevation of about 2000 feet, we have the Erythronema, but under a slightly different form; at Nunklow, at about the same height; in Khasia, again, at twice that elevation; in Eastern Nepal, at 12,000; and, finally, at Momay, reaching up to 16,000 feet. In water, highly impregnated with oxide of iron, at 4000 feet in Sikkim, a Leptothrix occurred in great abundance, coloured with the oxide, exactly as is the case with Algae which grow in iron springs in Europe. At elevations between 5000 and 7000 feet, several European forms occur, consisting of Ulothrix, Zygnema, Oscillatoria, Lyngbya, Sphaerozyga, Scytonema, Conferva, and Cladophora. The species may indeed not be identical with European species, but they are all more or less closely allied to well-known Hydrophytes. One very interesting form, however, either belonging to the genus Zygnema, or possibly constituting a distinct genus, occurs in streams at 5000 feet in Sikkim, consisting of highly gelatinous threads of the normal structure of the Zygnema, but forming a reticulated mass. The threads adhere to each other laterally, containing only a single spiral endochrome, and the articulations are very long. Amongst the threads are mixed those of some species of Tyndaridea. There is also a curious Hormosiphon, at a height of 7000 feet; forming anastomosing gelatinous masses. A fine new species of Lyngbya extends up as high as 11,000 feet. At 13,000 feet occurs either some simple Conferva or Zygnema, it is doubtful which from the condition of the specimens; and at the same elevation, in the nearly dry bed of the stream which flows from the larger lake at Momay, amongst flat cakes, consisting of felspathic silt from the glaciers above, and the debris of Algae, and abounding in Diatomaceae, some threads of a Zygnema. At 17,000 feet, an Oscillatoria, attached or adherent to Zannichellia; and, finally, on the bare ground, at 18,000 feet, on the Donkia mountains, an obscure species of Caenocoleus. On the surface of the glaciers at Kinchinjhow, on silt, there is a curious Palmella, apparently quite distinct from any European form.

Amongst the greater part of the Algae, from 4000 feet to 18,000 feet, various Diatomaceae occur, which will be best noticed in a tabular form, as follows; the specific name, within brackets, merely indicating the species to which they bear most resemblance:—

Himantidium (Soleirolii) 4000 to 7000 ft. Sikkim

Odontidium (hiemale, forma minor) 5000 to 7000 ft. Sikkim

Epithemia, n. sp. 7000 ft. Sikkim

Cymbella — Sikkim

Navicula, n. sp. — Sikkim

Tabillaria (flocculosa) 6000 to 7000 ft. Sikkim

Odontidium (hiemale) 11,000 ft. Sikkim

Himantidium 16,000 ft. Momay

Odontidium (turgidulum) 17,000 ft. Momay

Epithemia (ocellata) — Tibet

Fragillaria 18,000 ft. Momay

Odontidium (turgidulum) — Momay

Dictyocha (gracilis) — Momay

Odontidium (hiemale) — Kinchinjhow

We now turn to those portions of Tibet or the neighbouring regions, explored by Dr. Thomson and Captain Strachey. The principal feature in the Algology is the great prevalence of species of Zygnema and Tyndaridea, which occur under a variety of forms, sometimes with very thick gelatinous coats. In not a single instance, however, is there the slightest tendency to produce fructification. Conferva crispata again, as mentioned above, occurs in several localities; and in one locality a beautiful unbranched Conferva, with torulose articulations. At Iskardo, Dr. Thomson gathered a very gelatinous species of Draparnaldia, or more properly, a Stygeoclonium, if we may judge from a little conglomeration of cells which appeared amongst the threads. A Tetraspora in Piti, an obscure Tolypothrix, and one or two Oscillatoriae, remarkable for their interrupted mode of growth, complete the list of Algae, with the exception of one, to be mentioned presently; as also of Diatomaceae, and of the species of Nostoc and Hormosiphon, which occurred in great profusion, and under several forms, sometimes attaining a very large size (several inches across), especially in the districts of Le and Piti, and where the soil or waters were impregnated with saline matters. It is well known that some species of Nostoc form an article of food in China, and one was used for that purpose in a late Arctic expedition, as reported by Dr. Sutherland; but it does not seem that any use is made of them in Tibet, though probably all the large species would form tolerable articles of food, and certainly, from their chemical composition, prove very nutritious. One species is mentioned by Dr. Thomson as floating, without any attachment, in the shallow water of the pools scattered over the plains, on the Parang River, separated only by a ridge of mountains from Piti, broad and foliaceous, and scarcely different from the common Nostoc, which occurs in all parts of the globe. I must not, however, neglect to record a very singular new genus, in which the young threads have the characters of Tyndaridea, but, after a time, little swellings occur on their sides, in which a distinct endochrome is formed, extending backwards into the parent endochrome, separated from it by a well defined membrane, and producing, either by repeated pullulation, a compound mass like that of Calothrix, or simply giving rise to a forked thread. In the latter case, however, there is no external swelling, but a lateral endochrome is formed, which, as it grows, makes its way through an aperture, whose sides are regularly inflected. I have given to this curious production the name of Cladozygia Thomsoni.

The whole of the above Algae occurred at heights varying from 10,000 to 15,500 feet. As in the Southern Himalayan Algae, the specimens were infested with many Diatomaceae, amongst which the moat conspicuous were various Cymbellae and _Epithemiae. The following is a list of the species observed.

Cymbella (gastroides).

— (gracilis).

— (Ehrenbergii)

and three others.

Odontidium (hiemale).

— (mesodon).

— n. sp.

Epithemia n. sp.

Synedra (arcus).

— (tenuis).

— (aequalis).

Denticula (obtusa).

Gomphonema (abbreviatum).

Meridion circulare.

There is very little identity between this list and that before given from the Southern Himalayas, as is the case also with the other Algae. Till the species, however, have been more completely studied, a very accurate comparison cannot be made.

In both instances the species which grow in hot springs have been reserved in order to make their comparison more easy. I shall begin in an inverse order, with those of the springs of Pugha in Tibet, which attain a temperature of 174 degrees. Two Confervae only occur in the specimens which have been preserved, viz., an Oscillatoria allied to that which I have called O. interrupta, and a true Conferva extremely delicate with very long articulations, singularly swollen at the commissures. The Diatomaceae are:—

Odontidium (hiemale). — (mesodon). — n. sp., same as at Piti on Conferva. Denticula (obtusa). Navicula. Cymbella, three species. Epithemia.

Scarcely any one of these except the Navicula is peculiar to the locality. A fragment apparently of some Closterium, the only one which I have met with in the collection, accompanies one of the specimens.

The hot springs of Momay, (temp. 110 degrees) at 16,000 feet, produce a golden brown Caenocoleus representing a small form of C. cirrhosus, and a very delicate Sphaerozyga, an Anabaina, and Tolypothrix; and at 17,000 feet, a delicate green Conferva with long even articulations. With the latter is an Odontidium allied to, or identical with O. turgidulum, and with the former a fine species of Epithemia resembling in form, but not in marking, E. Faba, E. (Zebra) a fine Navicula, perhaps the same with N. major and Fragilaria (virescens).* [Mr. Thomas Brightwell finds in a portion of the same specimen Epithemia alpestris, Surirella splendida, S. linearis, Smith, Pinnularia viridis, Smith, Navicula (lanceolata) and Himantidium (arcus).] In mud from one of the Momay springs (a), I detected Epithemia (Broomeii n.s.), and two small Naviculae, and in the spring (c) two species of Epithemia somewhat like E. Faba, but different from that mentioned above.

The hot springs of Soorujkoond, of the vegetation of which very numerous specimens have been preserved, are extremely poor in species. In the springs themselves and on their banks, at temperatures varying from 80 degrees to 158 degrees, at which point vegetation entirely ceases, a minute Leptothrix abounds everywhere, varying a little in the regularity of the threads in different specimens, but scarcely presenting two species. Between 84 degrees and 112 degrees there is an imperfect Zygnema with very long articulations, and where the green scum passes into brown, there is sometimes an 0scillatoria, of a very minute stellate Scytonema, probably in an imperfect state. Epithemia ocellata also contributes often to produce the tint. An Anabaina occurs at a temperature of 125 degrees, but the same species was found also in the stream from the springs where the water had become cold, as was also the case with the Zygnema.

The Diatomaceae consisted of:—

Epithemia Broomeii, n. s.

— thermalis, n. sp.

Epithemia inaequalis, n. sp.

Navicula Beharensis, n. sp.

The vegetation in the three sets of springs was very different. As regards the Confervae, taking the word in its older sense, the species in the three are quite different, and even in respect of genera there is little identity, but amongst the Diatomaceae there is no striking difference, except in those of the Behar springs where three out of the four did not occur elsewhere. In the Pugha and Momay springs, the species were either identical with, or nearly allied to those found in neighbouring localities, where the water did not exceed the ordinary temperature. A longer examination will doubtless detect more numerous forms, but those which appear on a first examination are sure to give a pretty correct general notion of the vegetation. The species are certainly less numerous than I had expected, or than might be supposed from the vegetation of those European hot springs which have been most investigated.

In conclusion, I shall beg to add a few words on the Fungi of the Himalayas, so far as they have at present been investigated. As regards these there is a marked difference, as might be anticipated from the nature of the climates between those parts of Tibet investigated by Dr. Thomson, and the more southern regions. The fungi found by Dr. Thomson were but few in number, and for the most part of very ordinary forms, differing but little from the produce of an European wood. Some, however, grow to a very large size, as for instance, Polyporus fomentarius on poplars near Iskardo, exceeding in dimensions anything which this species exhibits in Europe. A very fine AEcidium also infests the fir trees (Abies Smithiana), a figure of which has been given in the "Gardeners' Chronicle," 1852, p. 627, under the name of AEcidium Thomsoni. This is allied to the Hexenbesen of the German forests, but is a finer species and quite distinct. Polyporus oblectans, Geaster limbatus, Geaster mammosus, Erysiphe taurica, a Boletus infested with Sepedonium mycophilum, Scleroderma verrucosum, an AEcidium, and a Uromyces, both on Mulgedium Tataricum, about half-a-dozen Agarics, one at an altitude of 16,000 feet above the Nubra river, a Lycoperdon, and Morchella semilibera, which is eaten in Kashmir, and exported when dry to the plains of India, make up the list of fungi.

The region of Sikkim is perhaps the most productive in fleshy fungi of any in the world, both as regards numbers and species, and Eastern Nepal and Khasia yield also an abundant harvest. The forms are for the most part European, though the species are scarcely ever quite identical. The dimensions of many are truly gigantic, and many species afford abundant food to the natives. Mixed with European forms a few more decidedly tropical occur, and amongst those of East Nepal is a Lentinus which has the curious property of staining every thing which touches it of a deep rhubarb yellow, and is not exceeded in magnificence by any tropical species. The Polypori are often identical with those of Java, Ceylon, and the Philippine Isles, and the curious Trichocoma paradoxum which was first found by Junghuhn in Java, and very recently by Dr. Harvey in Ceylon, occurs abundantly on the decayed trunks of laurels, as it does in South Carolina. The curious genus Mitremyces also is scattered here and there, though not under the American form, but that which occurs in Java. Though Hymenomycetes are so abundant, the Discomycetes and Ascomycetes are comparatively rare, and very few species indeed of Sphoeria were gathered. One curious matter is, that amongst the very extensive collections which have been made there is scarcely a single new genus. The species moreover in Sikkim are quite different, except in the case of some more or less cosmopolite species from those of Eastern Nepal and Khasia: scarcely a single Lactarius or Cortinarius for instance occurs in Sikkim, though there are several in Khasia. The genus Boletus through the whole district assumes the most magnificent forms, which are generally very different from anything in Europe.

APPENDIX C.* [The tables referred to, at v. i. chapter ii, as under Appendix C., will be found under Appendix A.]

ON THE SOILS OF SIKKIM.

There is little variety in the soil throughout Sikkim, and, as far as vegetation is concerned, it may be divided into vegetable mould and stiff clay—each, as they usually occur, remarkably characteristic in composition of such soils. Bog-earth is very rare, nor did I find peat at any elevation.

The clay is uniformly of great tenacity, and is, I believe, wholly due to the effect of the atmosphere on crumbling gneiss and other rocks. It makes excellent bricks, is tenacious, seldom friable, and sometimes accumulated in beds fourteen feet thick, although more generally only about two feet. In certain localities, beds or narrow seams of pure felspathic clay and layers of vegetable matter occur in it, probably wholly due to local causes. An analysis of that near Dorjiling gives about 30 per cent. of alumina, the rest being silica, and a fraction of oxide of iron. Lime is wholly unknown as a constituent of the soil, and only occasionally seen as a stalactitic deposit from a few springs.

A layer of vegetable earth almost invariably covers the clay to the depth of from three to twelve or fourteen inches. It is a very rich black mould, held in its position on the slopes of the hills by the dense vegetation, and accumulated on the banks of small streams to a depth at times of three and four feet. The following is an analysis of an average specimen of the surface-soil of Dorjiling, made for me by my friend C. J. Muller, Esq., of that place:—

a.—DRY EARTH.

Anhydrous 83.84

Water 16.16

———

100.00

b.—ANHYDROUS EARTH.

Humic acid 3.89

Humine 4.61

Undecomposed vegetable matter 20.98

Peroxide of iron and manganese 7.05

Alumina 8.95

Siliceous matter, insoluble in dilute hydrochloric acid 54.52

Traces of soda and muriatic acid —

———

100.00

c.—Soluble in water, gr. 1.26 per cent., consisting of soda, muriatic acid, organic matter, and silica.

The soil from which this example was taken was twelve inches deep; it abounded to the eye in vegetable matter, and was siliceous to the touch. There were no traces of phosphates or of animal matter, and doubtful traces of lime and potash. The subsoil of clay gave only 5.7 per cent. of water, and 5.55 of organic matter. The above analysis was conducted during the rainy month of September, and the sample is an average one of the surface-soil at 6000 to 10,000 feet. There is, I think, little difference anywhere in the soils at this elevation, except where the rock is remarkably micaceous, or where veins of felspathic granite, by their decomposition, give rise to small beds of kaolin.

APPENDIX D.

(Vol. i., chapter ii.)

AN AURORA SEEN FROM BAROON ON THE EAST BANK OF THE S0ANE RIVER.

Lat. 24 degrees 52 minutes N.; Long. 84 degrees 22 minutes E.;

Alt. 345 feet.

TheE following appearances are as noted in my journal at the time. They so entirely resembled auroral beams, that I had no hesitation in pronouncing them at the time to be such. This opinion has, however, been dissented from by some meteorologists, who consider that certain facts connected with the geographical distribution of auroras (if I may use the term), are opposed to it. I am well aware of the force of these arguments, which I shall not attempt to controvert; but for the information of those who may be interested in the matter, I may remark, that I am very familiar with the Aurora borealis in the northern temperate zone, and during the Antarctic expedition was in the habit of recording in the log-book the appearance presented by the Aurora australis. The late Mr. Williams, Mr. Haddon, and Mr. Theobald, who were also witnesses of the appearances on this occasion, considered it a brilliant display of the aurora.

Feb. 14th, 9 p.m.—Bax. Corr. 29.751; temp. 62 degrees; D.P. 41.0 degrees; calm, sky clear; moon three-quarters full, and bright.

Observed about thirty lancet beams rising in the north-west from a low luminous arch, whose extremes bore W. 20 degrees S., and N. 50 degrees E.; altitude of upper limb of arch 20 degrees, of the lower 8 degrees. The beams crossed the zenith, and converged towards S. 15 degrees E. The extremity of the largest was forked, and extended to 25 degrees above the horizon in the S.E. by S. quarter. The extremity of the centre one bore S. 50 degrees E., and was 45 degrees above the horizon. The western beams approached nearest the southern horizon. All the beams moved and flashed slowly, occasionally splitting and forking, fading and brightening; they were brightly defined, though the milky way and zodiacal light could not be discerned, and the stars and planets, though clearly discernible, were very pale.

At 10 p.m., the luminous appearance was more diffused; upper limb of the arch less defined; no beams crossed the zenith; but occasionally beams appeared there and faded away.

Between 10 and 11, the beams continued to move and replace one another, as usual in auroras, but disappeared from the south-east quarter, and became broader in the northern hemisphere; the longest beams were near the north and north-east horizon.

At half-past 10, a dark belt, 4 degrees broad, appeared in the luminous arch, bearing from N. 55 degrees W. to N. 10 degrees W.; its upper limb was 10 degrees above the horizon: it then gradually dilated, and thus appeared to break up the arch. This appeared to be the commencement of the dispersion of the phenomenon.

At 10.50 p.m. the dark band had increased so much in breadth that the arch was broken up in the north-west, and no beams appeared there. Eighteen linear beams rose from the eastern part of the arch, and bore from north to N. 20 degrees E.

Towards 11 p.m., the dark band appeared to have replaced the luminous arch; the beams were all but gone, a few fragments appearing in the N.E. A southerly wind sprang up, and a diffused light extended along the horizon.

At midnight, I saw two faint beams to the north-east, and two well defined parallel ones in the south-west.

APPENDIX E.

PHYSICAL GEOGRAPHY OF THE SIKKIM HIMALAYA, EAST NEPAL, AND ADJACENT PROVINCES OF TIBET.

Sikkim is included in a section of the Himalaya, about sixty miles broad from east to west, where it is bounded respectively by the mountain states of Bhotan and Nepal. Its southern limits are easily defined, for the mountains rise abruptly from the plains of Bengal, as spurs of 6000 to 10,000 feet high, densely clothed with forest to their summits. The northern and north-eastern frontier of Sikkim is beyond the region of much rain, and is not a natural, but a political line, drawn between that country and Tibet. Sikkim lies nearly due north of Calcutta, and only four hundred miles from the Bay of Bengal; its latitude being 26 degrees 40 minutes to 28 degrees N., and longitude 88 degrees to 89 degrees E.

The main features of Sikkim are Kinchinjunga, the loftiest hitherto measured mountain, which lies to its north-west, and rises 28,178 feet above the level of the sea; and the Teesta river, which flows throughout the length of the country, and has a course of upwards of ninety miles in a straight line. Almost all the sources of the Teesta are included in Sikkim; and except some comparatively insignificant streams draining the outermost ranges, there are no rivers in this country but itself and its feeders, which occupy the largest of the Himalayan valleys between the Tambur in East Nepal, and the Machoo in Western Bhotan.

An immense spur, sixty miles long, stretches south from Kinchin to the plains of India; it is called Singalelah, and separates Sikkim from East Nepal; the waters from its west flank flow into the Tambur, and those from the east into the Great Rungeet, a feeder of the Teesta. Between these two latter rivers is a second spur from Kinchinjunga, terminating in Tendong.

The eastern boundary of Sikkim, separating it from Bhotan, is formed for the greater part by the Chola range, which stretches south from the immense mountain of Donkia, 23,176 feet high, situated fifty miles E.N.E. of Kinchinjunga: where the frontier approaches the plains of India, the boundary line follows the course of the Teesta, and of the Rinkpo, one of its feeders, flowing from the Chola range. This range is much more lofty than that of Singalelah, and the drainage from its eastern flank is into the Machoo river, the upper part of whose course is in Tibet, and the lower in Bhotan.

The Donkia mountain, though 4000 feet lower than Kinchin, is the culminant point of a much more extensive and elevated mountain mass. It throws off an immense spur from its north-west face, which runs west, and then south-west, to Kinchin, forming the watershed of all the remote sources of the Teesta. This spur has a mean elevation of 18,000 to 19,000 feet, and several of its peaks (of which Chomiomo is one) rise much higher. The northern boundary of Sikkim is not drawn along this, but runs due west from Donkia, following a shorter, but stupendous spur, called Kinchinjhow; whence it crosses the Teesta to Chomiomo, and is continued onwards to Kinchinjunga.

Though the great spur connecting Donkia with Kinchin is in Tibet, and bounds the waters that flow directly south into the Teesta, it is far from the true Himalayan axis, for the rivers that rise on its northern slope do not run into the valley of the Tsampu, or Tibetan Burrampooter, but into the Arun of Nepal, which rises to the north of Donkia, and flows south-west for many miles in Tibet, before entering Nepal and flowing south to the Ganges.

Sikkim, thus circumscribed, consists of a mass of mountainous spurs, forest-clad up to 12,000 feet; there are no flat valleys or plains in the whole country, no lakes or precipices of any consequence below that elevation, and few or no bare slopes, though the latter are uniformly steep. The aspect of Sikkim can only be understood by a reference to its climate and vegetation, and I shall therefore take these together, and endeavour, by connecting these phenomena, to give an intelligible view of the main features of the whole country.* [This I did with reference especially to the cultivation of Rhododendrons, in a paper which the Horticultural Society of London did me the honour of printing. Quarterly Journ. of Hort. Soc., vol. vii., p. 82.]

The greater part of the country between Sikkim and the sea is a dead level, occupied by the delta of the Ganges and Burrampooter, above which the slope is so gradual to the base of the mountains, that the surface of the plain from which the Himalayas immediately rise is only 300 feet above the sea. The most obvious effect of this position is, that the prevailing southerly wind reaches the first range of hills, loaded with vapour. The same current, when deflected easterly to Bhotan, or westerly to Nepal and the north-west Himalaya, is intercepted and drained of much moisture, by the Khasia and Garrow mountains (south of Assam and the Burrampooter) in the former case, and the Rajmahal hills (south of the Ganges) in the latter. Sikkim is hence the dampest region of the whole Himalaya.

Viewed from a distance on the plains of India, Sikkim presents the appearance—common to all mountainous countries—of consecutive parallel ridges, running east and west: these are all wooded, and backed by a beautiful range of snowy peaks, with occasional breaks in the foremost ranges, through which the rivers debouch. Any view of the Himalaya, especially at a sufficient distance for the remote snowy peaks to be seen overtopping the outer ridges, is, however, rare, from the constant deposition of vapours over the forest-clad ranges during the greater part of the year, and the haziness of the dry atmosphere of the plains in the winter months. At the end of the rains, when the south-east monsoon has ceased to blow with constancy, views are obtained, sometimes from a distance of nearly two hundred miles. From the plains, the highest peaks subtend so small an angle, that they appear like white specks very low on the horizon, tipping the black lower and outer wooded ranges, which always rise out of a belt of haze, and from the density, probably, of the lower strata of atmosphere, are never seen to rest on the visible horizon. The remarkable lowness on the horizon of the whole stupendous mass is always a disappointing feature to the new comer, who expects to see dazzling peaks towering in the air. Approaching nearer, the snowy mountains sink behind the wooded ones, long before the latter have assumed gigantic proportions; and when they do so, they appear a sombre, lurid grey-green mass of vegetation, with no brightness or variation of colour. There is no break in this forest caused by rock, precipices, or cultivation; some spurs project nearer, and some valleys appear to retire further into the heart of the foremost great chain that shuts out all the country beyond.

From Dorjiling the appearance of parallel ridges is found to be deceptive, and due to the inosculating spurs of long tortuous ranges that ran north and south throughout the whole length of Sikkim, dividing deep wooded valleys, which form the beds of large rivers. The snowy peaks here look like a long east and west range of mountains, at an average distance of thirty or forty miles. Advancing into the country, this appearance proves equally deceptive, and the snowy range is resolved into isolated peaks, situated on the meridional ridges; their snow-clad spurs, projecting east and west, cross one another, and being uniformly white, appear to connect the peaks into one grand unbroken range. The rivers, instead of having their origin in the snowy mountains, rise far beyond them; many of their sources are upwards of one hundred miles in a straight line from the plains, in a very curious country, loftier by far in mean elevation than the meridional ridges which run south from it, yet comparatively bare of snow. This rearward part of the mountain region is Tibet, where all the Sikkim, Nepal, and Bhotan rivers rise as small streams, increasing in size as they receive the drainage from the snowed parts of the ridges that bound them in their courses. Their banks, between 8000 and 14,000 feet, are generally clothed with rhododendrons, sometimes to the almost total exclusion of other woody vegetation, especially near the snowy mountains—a cool temperature and great humidity being the most favourable conditions for the luxuriant growth of this genus.

The source of this humidity is the southerly or sea wind which blows steadily from May till October in Sikkim, and prevails throughout the rest of the year, if not as the monsoon properly so called, as a current from the moist atmosphere above the Gangetic delta. This rushes north to the rarefied regions of Sikkim, up the great valleys, and does not appear materially disturbed by the north- west wind, which blows during the afternoons of the winter months over the plains, and along the flanks of the outer range, and is a dry surface current, due to the diurnal heating of the soil. When it is considered that this wind, after passing lofty mountains on the outer range, has to traverse eighty or one hundred miles of alps before it has watered all the forest region, it will be evident that its moisture must be expended before it reaches Tibet.

Let the figures in the accompanying woodcut, the one on the true scale, the other with the heights exaggerated, represent two of these long meridional ridges, from the watershed to the plains of India, following in this instance the course of the Teesta river, from its source at 19,000 feet to where it debouches from the Himalaya at 300. The lower rugged outline represents one meridional ridge, with all its most prominent peaks (whether exactly or not on the line of section); the upper represents the parallel ridge of Singalelah (D.E.P.), of greater mean elevation, further west, introduced to show the maximum elevation of the Sikkim mountains, Kinchinjunga (28,178 feet), being represented on it. A deep valley is interposed between these two ridges, with a feeder of the Teesta in it (the Great Rungeet), which runs south from Kinchin, and turning west enters the Teesta at R. The position of the bed of the Teesta river is indicated by a dotted line from its source at T to the plains at S; of Dorjiling, on the north flank of the outer range, by d; of the first point where perpetual snow is met with, by P; and of the first indications of a Tibetan climate, by C.

Illustration—SECTION OF THE SIKKIM HIMALAYA ALONG THE COURSE OF THE

TEESTA RIVER.

A warm current of Air, loaded with vapour, will deposit the bulk of its moisture on the ridge of Sinchul, which rises above Dorjiling (d), and is 8,500 feet high. Passing on, little will be precipitated on e whose elevation is the same as that of Sinchul; but much at f (11,000 feet), where the current, being further cooled, has less capacity for holding vapour, and is further exhausted. When it ascends to P (15,000 feet) it is sufficiently cooled to deposit snow in the winter and spring months, more of which falling than can be melted during the summer, it becomes perennial. At the top of ginchin very little falls, and it is doubtful if the southerly current ever reaches that prodigiously elevated isolated summit. The amount of surface above 20,000 feet is, however, too limited and broken into isolated peaks to drain the already nearly, exhausted current, whose condensed vapours roll along in fog beyond the parallel of Kinchin, are dissipated during the day over the arid mountains of Tibet, and deposited at night on the cooled surface of the earth.

Other phenomena of no less importance than the distribution of vapour, and more or less depending on it, are the duration and amount of solar and terrestrial radiation. Towards D the sun is rarely seen during the rainy season, as well from the constant presence of nimbi aloft, as from fog on the surface of the ground. An absence of both light and heat is the result south of the parallel of Kinchin; and at C low fogs prevail at the same season, but do not intercept either the same amount of light or heat; whilst at T there is much sunshine and bright light. During the night, again, there is no terrestrial radiation between S and P; the rain either continues to pour—in some months with increased violence—or the saturated atmosphere is condensed into a thick white mist, which hangs over the redundant vegetation. A bright starlight night is almost unknown in the summer months at 6000 to 10,000 feet, but is frequent in December and January, and at intervals between October and May, when, however, vegetation is little affected by the cold of nocturnal radiation. In the regions north of Kinchin, starlight nights are more frequent, and the cold produced by radiation, at 14,000 feet, is often severe towards the end of the rains in September. Still the amount of clear weather during the night is small; the fog clears off for an hour or two at sunset as the wind falls, but the returning cold north current again chills the air soon afterwards, and rolling masses of vapour are hence flying overhead, or sweeping the surface of the earth, throughout the summer nights. In the Tibetan regions, on the other hand, bright nights and even sharp frosts prevail throughout the warmest months.

Referring again to the cut, it must be borne in mind that neither of the two meridional ridges runs in a straight line, but that they wind or zigzag as all mountain ranges do; that spurs from each ridge are given off from either flank alternately, and that the origin of a spur on one side answers to the source of a river (i.e., the head of a valley) on the other. These rivers are feeders of the main stream, the Teesta, and run at more or less of an angle to the latter. The spurs from the east flank of one ridge cross, at their ends, those from the west flank of another; and thus transverse valleys are formed, presenting many modifications of climate with regard to exposure, temperature, and humidity.

The roads from the plains of India to the watershed in Tibet always cross these lateral spurs. The main ridge is too winding and rugged, and too lofty for habitation throughout the greater part of its length, while the river-channel is always very winding, unhealthy for the greater part of the year below 4000 feet, and often narrow, gorge-like, and rocky. The villages are always placed above the unhealthy regions, on the lateral spurs, which the traveller repeatedly crosses throughout every day's march; for these spurs give off lesser ones, and these again others of a third degree, whence the country is cut up into as many spurs, ridges, and ranges, as there are rills, streams, and rivers amongst the mountains.

Though the direction of the main atmospheric current is to the north, it is in reality seldom felt to be so, except the observer be on the very exposed mountain tops, or watch the motions of the upper strata of atmosphere. Lower currents of air rush up both the main and lateral valleys, throughout the day; and from the sinuosities in the beds of the rivers, and the generally transverse directions of their feeders, the current often becomes an east or west one. In the branch valleys draining to the north the wind still ascends; it is, in short, an ascending warm, moist current, whatever course be pursued by the valleys it follows.

The sides of each valley are hence equally supplied with moisture, though local circumstances render the soil on one or the other flank more or less humid and favourable to a luxuriant vegetation: such differences are a drier soil on the north side, with a too free exposure to the sun at low elevations, where its rays, however transient, rapidly dry the ground, and where the rains, though very heavy, are of shorter duration, and where, owing to the capacity of the heated air for retaining moisture, day fogs are comparatively rare. In the northern parts of Sikkim, again, some of the lateral valleys are so placed that the moist wind strikes the side facing the south, and keeps it very humid, whilst the returning cold current from the neighbouring Tibetan mountains impinges against the side facing the north, which is hence more bare of vegetation. An infinite number of local peculiarities will suggest themselves to any one conversant with physical geography, as causing unequal local distribution of light, heat, and moisture in the different valleys of so irregular a country; namely, the amount of slope, and its power of retaining moisture and soil; the composition and hardness of the rocks; their dip and strike; the protection of some valleys by lofty snowed ridges; and the free southern exposures of others at great elevations.

The position and elevation of the perpetual snow* [It appears to me, as I have asserted in the pages of my Journal, that the limit of perpetual snow is laid down too low in all mountain regions, and that accumulations in hollows, and the descent of glacial ice, mask the phenomenon more effectually than is generally allowed. In this work I define the limit, as is customary, in general terms only, as being that where the accumulations are very great, and whence they are continuous upwards, on gentle slopes. All perpetual snow, however, becomes ice, and, as such, obeys the laws of glacial motion, moving as a viscous fluid; whence it follows that the lower edge of a snow-bed placed on a slope is, in one sense, the termination of a glacier, and indicates a position below that where all the snow that falls melts. I am well aware that it is impossible to define the limit required with any approach to accuracy. Steep and broken surfaces, with favourable exposures to the sun or moist winds, are bare much above places where snow lies throughout the year; but the occurrence of a gentle slope, free of snow, and covered with plants, cannot but indicate a point below that of perpetual snow. Such is the case with the "Jardin" on the Mer de Glace, whose elevation is 9,500 feet, whereas that of perpetual snow is considered by Professor J. Forbes, our best authority, to be 8,500 feet. Though limited in area, girdled by glaciers, presenting a very gentle slope to the east, and screened by surrounding mountains from a considerable proportion of the sun's rays, the Jardin is clear, for fully three months of the year, of all but sporadic falls of snow, that never lie long; and so are similar spots placed higher on the neighbouring slopes; which facts are quite at variance with the supposition that the perpetual snow-line is below that point in the Mont Blanc Alps. On the Monte Rosa Alps, again, Dr. Thomson and I gathered plants in flower, above 12,000 feet on the steep face of the Weiss-thor Pass, and at 10,938 feet on the top of St. Theodule; but in the former case the rocks are too steep for any snow to lie, they are exposed to the south-east, and overhang a gorge 8000 feet deep, up which no doubt warm currents ascend; while at St. Theodule the plants were growing on a slope which, though gentle, is black and stony, and exposed to warm ascending currents, as on the Weiss-thor; and I do not consider either of these as evidences of the limit of perpetual snow being higher than their position.] vary with those of the individual ranges, and their exposure to the south wind. The expression that the perpetual snow lies lower and deeper on the southern slopes of the Himalayan mountains than on the northern, conveys a false impression. It is better to say that the snow lies deeper and lower on the southern faces of the individual mountains and spurs that form the snowy Himalaya. The axis itself of the chain is generally far north of the position of the spurs that catch all the snow, and has comparatively very little snow on it, most of what there is lying upon north exposures.

A reference to the woodcut will show that the same circumstances which affect the distribution of moisture and vegetation, determine the position, amount, and duration of the snow. The principal fall will occur, as before shown, where the meridional range first attains a sufficiently great elevation, and the air becomes consequently cooled below 32 degrees; this is at a little above 14,000 feet, sporadic falls occurring even in summer at that elevation: these, however, melt immediately, and the copious winter falls also are dissipated before June. As the depth of rain-fall diminishes in advancing north to the higher parts of the meridional ranges, so does that of the snow-fall. The permanence of the snow, again, depends on—1. The depth of the accumulation; 2. The mean temperature of the spot; 3. The melting power of the sun's rays; 4. The prevalence and strength of evaporating winds. Now at 14,000 feet, though the accumulation is immense, the amount melted by the sun's rays is trifling, and there are no evaporating winds; but the mean temperature is so high, and the corroding powers of the rain (which falls abundantly throughout summer) and of the warm and humid ascending currents are so great, that the snow is not perennial. At 15,500 feet, again, it becomes perennial, and its permanence at this low elevation (at P) is much favoured by the accumulation and detention of fogs over the rank vegetation which prevails from S nearly to P; and by the lofty mountains beyond it, which shield it from the returning dry currents from the north. In proceeding north all the circumstances that tend to the dispersion of the snow increase, whilst the fall diminishes. At P the deposition is enormous and the snow-line low—16,000 feet; whilst at T little falls, and the limit of perpetual snow is 19,000 and 20,000 feet. Hence the anomaly, that the snow-line ascends in advancing north to the coldest Himalayan regions. The position of the greatest peaks and of the greatest mass of perpetual snow being generally assumed as indicating a ridge and watershed, travellers, arguing from single mountains alone, on the meridional ridges, have at one time supported and at another denied the assertion, that the snow lies longer and deeper on the north than on the south slope of the Himalayan ridge.

The great accumulation of snow at 15,000 feet, in the parallel of P, exercises a decided influence on the vegetation. The alpine rhododendrons hardly reach 14,000 feet in the broad valleys and round-headed spurs of the mountains of the Tunkra and Chola passes; whilst the same species ascend to 16,000, and one to 17,000 feet, at T. Beyond the latter point, again, the great aridity of the climate prevents their growth, and in Tibet there are generally none even as low as 12,000 and 14,000 feet. Glaciers, again, descend to 15,000 feet in the tortuous gorges which immediately debouch from the snows of Kinchinjunga, but no plants grow on the debris they carry down, nor is there any sward of grass or herbage at their base, the atmosphere immediately around being chilled by enormous accumulations of snow, and the summer sun rarely warming the soil. At T, again, the glaciers do not descend below 16,000 feet, but a greensward of vegetation creeps up to their bases, dwarf rhododendrons cover the moraines, and herbs grow on the patches of earth carried down by the latter, which are thawed by the more frequent sunshine, and by the radiation of heat from the unsnowed flanks of the valleys down which these ice-streams pour.

Looking eastward or westward on the map of India, we perceive that the phenomenon of perpetual snow is regulated by the same laws. From the longitude of Upper Assam in 95 degrees E to that of Kashmir in 75 degrees E, the lowest limit of perpetual snow is 15,500 to 16,000 feet, and a shrubby vegetation affects the most humid localities near it, at 12,000 to 14,000 feet. Receding from the plains of India and penetrating the mountains, the climate becomes drier, the snowline rises, and vegetation diminishes, whether the elevation of the land increases or decreases; plants reaching 17,000 and 18,000 feet, and the snow-line, 20,000 feet. To mention extreme cases; the snow-level of Sikkim in 27 degrees 30 minutes is at 16,000 feet, whereas in latitude 35 degrees 30 minutes Dr. Thomson found the snow line 20,000 feet on the mountains near the Karakoram Pass, and vegetation up to 18,500 feet—features I found to be common also to Sikkim in latitude 28 degrees.

The Himalaya, north of Nepal, and thence eastward to the bend of the Yaru-Tsampu (or Tibetan Burrampooter) has for its geographical limits the plains of India to the south, and the bed of the Yaru to the north. All between these limits is a mountain mass, to which Tibet (though so often erroneously called a plain)* [The only true account of the general features of eastern Tibet is to be found in MM. Huc and Gabet's travels. Their description agrees with Dr. Thomson's account of western Tibet, and with my experience of the parts to the north of Sikkim, and the information I everywhere obtained. The so-called plains are the flat floors of the valleys, and the terraces on the margins of the rivers, which all flow between stupendous mountains. The term "maidan," so often applied to Tibet by the natives, implies, not a plain like that of India, but simply an open, dry, treeless country, in contrast to the densely wooded wet regions of the snowy Himalaya, south of Tibet.] forms no exception. The waters from the north side of this chain flow into the Tsampu, and those from the south side into the Burrampooter of Assam, and the Ganges. The line, however tortuous, dividing the heads of these waters, is the watershed, and the only guide we have to the axis of the Himalaya. This has never been crossed by Europeans, except by Captain Turner's embassy in 1798, and Captain Bogle's in 1779, both of which reached the Yaru river. In the account published by Captain Turner, the summit of the watershed is not rigorously defined, and the boundary, of Tibet and Bhotan is sometimes erroneously taken for it; the boundary being at that point a southern spur of Chumulari.* [Between Donkia and Chumulari lies a portion of Tibet (including the upper part of the course of the Machoo river) bounded on the east by Bhotan, and on the west by Sikkim (see chapter xxii). Turner, when crossing the Simonang Pass, descended westwards into the valley of the Machoo, and was still on the Indian watershed.] Eastwards from the sources of the Tsampu, the watershed of the Himalaya seems to follow a very winding course, and to be everywhere to the north of the snowy peaks seen from the plains of India. It is by a line through these snowy peaks that the axis of the Himalaya is represented in all our maps; because they seem from the plains to be situated on an east and west ridge, instead of being placed on subsidiary meridional ridges, as explained above. It is also across or along the subsidiary ridges that the boundary line between the Tibetan provinces and those of Nepal, Sikkim, and Bhotan, is usually drawn; because the enormous accumulations of snow form a more efficient natural barrier than the greater height of the less snowed central part of the chain beyond them.

Though, however, our maps draw the axis through the snowy peaks, they also make the rivers to rise beyond the latter, on the northern slopes as it were, and to flow southwards through gaps in the axis. Such a feature is only reconcilable with the hypothesis of the chain being double, as the Cordillera of Peru and Chili is said to be, geographically, and which in a geological sense it no doubt is: but to the Cordillera the Himalaya offers no parallel. The results of Dr. Thomson's study of the north-west Himalaya and Tibet, and my own of the north-east extreme of Sikkim and Tibet, first gave me an insight into the true structure of this chain. Donkia mountain is the culminant point of an immensely elevated mass of mountains, of greater mean height than a similarly extensive area around Kinchin junga. It comprises Chumulari, and many other mountains much above 20,000 feet, though none equalling Kinchinjunga, Junnoo, and Kubra. The great lakes of Ramchoo and Cholamoo are placed on it; and the rivers rising on it flow in various directions; the Painomchoo north-west into the Yaru; the Arun west to Nepal; the Teesta south- west through Sikkim; the Machoo south, and the Pachoo south-east, through Bhotan. All these rivers have their sources far beyond the great snowed mountains, the Arun most conspicuously of all, flowing completely at the back or north of Kinchinjunga. Those that flow southwards, break through no chain, nor do they meet any contraction as they pass the snowy parts of the mountains which bound the valleys in which they flow, but are bound by uniform ranges of lofty mountains, which become more snowy as they approach the plains of India. These valleys, however, gradually contract as they descend, being less open in Sikkim and Nepal than in Tibet, though there bounded by rugged mountains, which from being so bare of snow and of vegetation, do not give the same impression of height as the isolated sharper peaks which rise out of a dense forest, and on which the snow limit is 4,000 or 5,000 feet lower.

The fact of the bottom of the river valleys being flatter towards the watershed, is connected with that of their fall being less rapid at that part of their course; this is the consequence of the great extent in breadth of the most elevated portion of the chain. If we select the Teesta as an example, and measure its fall at three points of its course, we shall find the results very different. From its principal source at Lake Cholamoo, it descends from 17,000 to 15,000 feet, with a fall of 60 feet to the mile; from 15,000 to 12,000 feet, the fall is 140 feet to the mile; in the third part of its course it descends from 12,000 to 5000 feet, with a fall of 160 feet to the mile; and in the lower part the descent is from 5000 feet to the plains of India at 300 feet, giving a fall of 50 feet to the mile. There is, however, no marked limit to these divisions; its valley. gradually contracts, and its course gradually becomes more rapid. It is worthy of notice that the fall is at its maximum through that part of its valley of which the flanks are the most loaded with snow; where the old moraines are very conspicuous, and where the present accumulations from landslips, etc., are the most extensive.* [It is not my intention to discuss here the geological bearings of this curious question; but I may state that as the humidity of the climate of the middle region of the river-course tends to increase the fall in a given space, so I believe the dryness of the climate of the loftier country has the opposite effect, by preserving those accumulations which have raised the floors of the valleys and rendered them level.]

With reference to Kinchinjunga, these facts are of importance, as showing that mere elevation is in physical geography of secondary importance. That lofty mountain rises from a spur of the great range of Donkia, and is quite removed from the watershed or axis of the Himalaya, the rivers which drain its northern and southern flanks alike flowing to the Ganges. Were the Himalaya to be depressed 18,000 feet, Kubra, Junnoo, Pundim, etc., would form a small cluster of rocky islands 1000 to 7000 feet high, grouped near Kinchinjunga, itself a cape 10,000 feet high, which would be connected by a low, marrow neck, with an extensive and mountainous tract of land to its north-east; the latter being represented by Donkia. To the north of Kinchin a deep bay or inlet would occupy the present valley of the Arun, and would be bounded on the north by the axis of the Himalaya, which would form a continuous tract of land beyond it. Since writing the above, I have seen Professor J. Forbes's beautiful work on the glaciers of Norway: it fully justifies a comparison of the Himalaya to Norway, which has long been a familiar subject of theoretical enquiry with Dr. Thomson and myself. The deep narrow valleys of Sikkim admirably represent the Norwegian fiords; the lofty, rugged, snowy mountains, those more or less submerged islands of the Norwegian coast; the broad rearward watershed, or axis of the chain, with its lakes, is the same in both, and the Yaru-tsampu occupies the relative position of the Baltic.

Along the whole chain of the Himalaya east of Kumaon there are, I have no doubt, a succession of such lofty masses as Donkia, giving off stupendous spurs such as that on which Kinchin forms so conspicuous a feature. In support of this view we find every river rising far beyond the snowy peaks, which are separated by continuously unsnowed ranges placed between the great white masses that these spurs present to the observer from the south.* [At vol. i. chapter viii, I have particularly called attention to the fact, that west of Kinchinjunga there is no continuation of a snowy Himalaya, as it is commonly called. So between Donkia and Chumulari there is no perpetual snow, and the valley of the Machoo is very broad, open, and comparatively flat.] From the Khasia mountains (south-east of Sikkim) many of these groups or spurs were seen by Dr. Thomson and myself, at various distances (80 to 210 miles); and these groups were between the courses of the great rivers the Soobansiri, Monass, and Pachoo, all east of Sikkim. Other masses seen from the Gangetic valley probably thus mark the relative positions of the Arun, Cosi, Gunduk, and Gogra rivers.

Another mass like that of Chumulari and Donkia, is that around the Mansarowar lakes, so ably surveyed by the brothers Captains R. and H. Strachey, which is evidently the centre of the Himalaya. From it the Gogra, Sutlej, Indus, and Yaru rivers all flow to the Indian side of Asia; and from it spring four chains, two of which are better known than the others. These are:—1. The eastern Himalaya, whose axis runs north of Nepal, Sikkim, and Bhotan, to the bend of the Yaru, the valley of which it divides from the plains of India. 2. The north-west Himalaya, which separates the valley of the Indus from the plains of India. Behind these, and probably parallel to them, lie two other chains. 3. The Kouenlun or Karakoram chain, dividing the Indus from the Yarkand river. 4. The chain north of the Yaru, of which nothing is known. All the waters from the two first of these chains, flow into the Indian Ocean, as do those from the south faces of the third and fourth; those from the north side of the Kouenlun, and of the chain north of the Yaru, flow into the great valley of Lake Lhop, which may once have been continuous with the Amoor river.* [The Chinese assert that Lake Lhop once drained into the Hoang-ho; the statement is curious, and capable of confirmation when central Asia shall have been explored.]

For this view of the physical geography of the western Himalaya and central Asia, I am indebted to Dr. Thomson. It is more consonant with nature, and with what we know of the geography of the country and of the nature of mountain chains, than that of the illustrious Humboldt, who divides central Asia by four parallel chains, united by two meridional ones; one at each extremity of the mountain district. It follows in continuation and conclusion of our view that the mountain mass of Pamir or Bolor, between the sources of the Oxus and those of the Yarkand river, may be regarded as a centre from which spring the three greatest mountain systems of Asia. These are:—1. A great chain, which runs in a north-easterly direction as far as Behring's Straits, separating all the rivers of Siberia from those which flow into the Pacific Ocean. 2. The Hindoo Koosh, continued through Persia, and Armenia into Taurus. And, 3. The Muztagh or Karakorum, which probably extends due east into China, south of the Hoang-ho, but which is broken up north of Mansarowar into the chains which have been already enumerated.

APPENDIX F.

ON THE CLIMATE OF SIKKIM.

The meteorology of Sikkim, as of every part of the Himalayan range, is a subject of growing interest and importance; as it becomes yearly more necessary for the Government to afford increased facilities for a residence in the mountains to Europeans in search of health, or of a salubrious climate for their families, or for themselves on retirement from the exhausting service of the plains. I was therefore surprised to find no further register of the weather at Dorjiling, than an insufficient one of the rain-fall, kept by the medical officer in charge of the station; who, in this, as in all similar cases,* [The government of India has gone to an immense expense, and entailed a heavy duty upon its stationary medical officers, in supplying them with sometimes admirable, but more often very inaccurate, meteorological instruments, and requiring that daily registers be made, and transmitted to Calcutta. In no case have I found it to be in the officer's power to carry out this object; he has never time, seldom the necessary knowledge and experience, and far too often no inclination. The majority of the observations are in most cases left to personal native or other servants, and the laborious results I have examined are too frequently worthless.] has neither the time nor the opportunity to give even the minimum of required attention to the subject of meteorology. This defect has been in a measure remedied by Dr. Chapman, who kept a twelve-months' register in 1837, with instruments carefully compared with Calcutta standards by the late James Prinsep, Esq., one of the most accomplished men in literature and science that India ever saw.

The annual means of temperature, rain-fall, etc., vary greatly in the Himalaya; and apparently slight local causes produce such great differences of temperature and humidity, that one year's observations taken at one spot, however full and accurate they may be, are insufficient: this is remarkably the case in Sikkim, where the rainfall is great, and where the difference between those of two consecutive years is often greater than the whole annual London fall. My own meteorological observations necessarily form but a broken series, but they were made with the best instruments, and with a view to obtaining results that should be comparable inter se, and with those of Calcutta; when away from Dorjiling too, in the interior of Sikkim, I had the advantage of Mr. Muller's services in taking observations at hours agreed upon previous to my leaving, and these were of the greatest importance, both for calculating elevations, and for ascertaining the differences of temperature, humidity, diurnal atmospheric tide, and rain-fall; all of which vary with the elevation, and the distance from the plains of India.

Mr. Hodgson's house proved a most favourable spot for an observatory, being placed on the top of the Dorjiling spur, with its broad verandah facing the north, in which I protected the instruments from radiation* [This is a most important point, generally wholly neglected in India, where I have usually seen the thermometer hung in good shade, but exposed to reflected heat from walls, gravel walks, or dry earth. I am accustomed from experience to view all extreme temperatures with great suspicion, on this and other accounts. It is very seldom that the temperature of the free shaded air rises much above 100 degrees, except during hot winds, when the lower stratum only of atmosphere (often loaded with hot particles of sand), sweeps over the surface of a soil scorched by the direct rays of the sun.] and wind. Broad grass-plots and a gravel walk surrounded the house, and large trees were scattered about; on three sides the ground sloped away, while to the north the spur gently rose behind.

Throughout the greater part of the year the prevailing wind is from the south-east, and comes laden with moisture from the Bay of Bengal: it rises at sunrise, and its vapours are early condensed on the forests of Sinchul; billowy clouds rapidly succeed small patches of vapour, which rolling over to the north side of the mountain, are carried north-west, over a broad intervening valley, to Dorjiling. There they bank on the east side of the spur, and this being partially clear of wood, the accumulation is slow, and always first upon the clumps of trees. Very generally by 9 a.m., the whole eastern sky, from the top of Dorjiling ridge, is enveloped in a dense fog, while the whole western exposure enjoys sunshine for an hour or two later. At 7 or 8 a.m., very small patches are seen to collect on Tonglo, which gradually dilate and coalesce, but do not shroud the mountain for some hours, generally not before 11 a.m. or noon. Before that time, however, masses of mist have been rolling over Dorjiling ridge to the westward, and gradually filling up the valleys, so that by noon, or 1 p.m., every object is in cloud. Towards sunset it falls calm, when the mist rises, first from Sinchul, or if a south-east wind sets in, from Tonglo first.

The temperature is more uuiform at Mr. Hodgson's bungalow, which is on the top of the Dorjiling ridge, than on either of its flanks; this is very much because a good deal of wood is left upon it, whose cool foliage attracts and condenses the mists. Its mean temperature is lower by nearly 22 degrees than that of Mr. Muller's and Dr. Campbell's houses, both situated on the slopes, 400 feet below. This I ascertained by numerous comparative observations of the temperature of the air, and by burying thermometers in the earth it is chiefly to be accounted for by the more frequent sunshine at the lower stations, the power of the sun often raising the thermometer in shade to 80 degrees, at Mr. Muller's; whereas during the summer I spent at Mr. Hodgson's it never rose much above 70 degrees, attaining that height very seldom and for a very short period only. The nights, again, are uniformly and equally cloudy at both stations, so that there is no corresponding cold of nocturnal radiation to reduce the temperature.

The mean decrease of temperature due to elevation, I have stated (Appendix I.) to be about 1 degree for every 300 feet of ascent; according to which law Mr. Hodgson's should not be more than 1.5 degrees° colder than Mr. Muller's. These facts prove how difficult it is to choose unexceptionable sites for meteorological observatories in mountainous countries; discrepancies of so great an amount being due to local causes, which, as in this case, are perhaps transient; for should the top of the spur be wholly cleared of timber, its temperature would be materially raised; at the expense, probably, of a deficiency of water at certain seasons. Great inequalities of temperature are also produced by ascending currents of heated air from the Great Rungeet valley, which affect certain parts of the station only; and these raise the thermometer 10 degrees (even when the sun is clouded) above what it indicates at other places of equal elevation.

The mean temperature of Dorjiling (elev. 7,430 feet) is very nearly 50 degrees, or 2 degrees higher than that of London, and 26 degrees below that of Calcutta (78 degrees,* [Prinsep, in As. Soc. Journ., Jan. 1832, p. 30.] or 78.5 degrees in the latest published tables* [Daniell's Met. Essays, vol. ii. p. 341.]); which, allowing 1 degree of diminution of temperature for every degree of latitude leaves 1 degree due to every 300 feet of ascent above Calcutta to the height of Dorjiling, agreeably to my own observations. This diminution is not the same for greater heights, as I shall have occasion to show in a separate chapter of this Appendix, on the decrement of heat with elevation.

A remarkable uniformity of temperature prevails throughout the year at Dorjiling, there being only 22 degrees difference between the mean temperatures of the hottest and coldest months; whilst in London, with a lower mean temperature, the equivalent difference is 27 degrees. At 11,000 feet this difference is equal to that of London. In more elevated regions, it is still greater, the climate becoming excessive at 15,000 feet, where the difference amounts to 30 degrees at least.* [This is contrary to the conclusions of all meteorologists who have studied the climate of the Alps, and is entirely due to the local disturbances which I have so often dwelt upon, and principally to the unequal distribution of moisture in the loftier rearward regions, and the aridity of Tibet. Professor James Forbes states (Ed. Phil. Trans., v. xiv. p. 489):—1. That the decrement of temperature with altitude is most rapid in summer: this (as I shall hereafter show) is not the case in the Himalaya, chiefly because the warm south moist wind then prevails. 2. That the annual range of temperature diminishes with the elevation: this, too, is not the case in Sikkim, because of the barer surface and more cloudless skies of the rearward loftier regions. 3. That the diurnal range of temperature diminishes with the height: that this is not the cane follows from the same cause. 4. That radiation is least in winter: this is negatived by the influence of the summer rains.] The accompanying table is the result of an attempt to approximate to the mean temperatures and ranges of the thermometer at various elevations.

Altitude 11,000 feet 15,000 feet 19,000 feet

Mean shade 40.9 29.8 19.8

Mean warmest month 50.0 40.0 32.0

Mean coldest month 24.0 11.0 0.0

Mean daily range

of temperature 20.0 27.0 35.0

Rain-fall in inches 40.0 20.0 10.0

1 degree equals 320 feet 350 feet 400 feet

Supposing the same formula to apply (which I exceedingly doubt) to heights above 19,000 feet, 2 degrees would be the mean annual temperature of the summit of Kinchinjunga, altitude 28,178 feet, the loftiest known spot on the globe: this is a degree or two higher than the temperature of the poles of greatest cold on the earth's surface, and about the temperature of Spitzbergen and Melville island.

The upper limit of phenogamic vegetation coincides with a mean temperature of 30 degrees on the south flank of Kinchinjunga, and of 22 degrees in Tibet; in both cases annuals and perennial-rooted herbaceous plants are to be found at elevations corresponding to these mean temperatures, and often at higher elevations in sheltered localities. I have assumed the decrease of temperature for a corresponding amount of elevation to be gradually less in ascending (1 degree=320 feet at 6000 to 10,000 feet, 1 degree=400 feet at 14,000 to 18,000 feet). My observations appear to prove this, but I do not regard them as conclusive; supposing them to be so, I attribute it to a combination of various causes, especially to the increased elevation and yet unsnowed condition of the mass of land elevated above 16,000 feet, and consequent radiation of heat; also to the greater amount of sunshine there; and to the less dense mists which obstruct the sun's rays at all elevations. In corroboration of this I may mention that the decrease of temperature with elevation is much less in summer than in winter, 1 degree of Fahr. being equivalent to only 250 feet in January between 7000 and 13,000 feet, and to upwards of 400 feet in July. Again, at Dorjiling (7,430 feet) the temperature hardly ever rises above 70 degrees in the summer months, yet it often rises even higher in Tibet at 12,000 to 14,000 feet. On the other hand, the winters, and the winter nights especially, are disproportionately cold at great heights, the thermometer falling upwards of 40 degrees below the Dorjiling temperature at an elevation only 6000 feet higher.

The diurnal distribution of temperature is equally and similarly affected by the presence of vapour at different altitudes. The lower and outer ranges of 6000 to 10,000 feet, first receive the diurnal charge of vapour-loaded southerly winds; those beyond them get more of the sun's rays, and the rearward ones more still. Though the summer days of the northern localities are warmer than their elevation would indicate, the nights are not proportionally cold; for the light mist of 14,000 feet, which replaces the dense fog of 7000 feet, effectually obstructs nocturnal radiation, though it is less an obstacle to solar radiation. Clear nights, be it observed, are as rare at Momay (15,300 feet) as at Dorjiling, the nights if windy being rainy; or, if calm, cold currents descend from the mountains, condensing the moist vapours of the valleys, whose narrow floors are at sunrise bathed in mist at all elevations in Sikkim. The rise and dispersion of these dense mists, and their collection and recondensation on the mountains in the morning, is one of the most magnificent phenomena of the Himalaya, when viewed from a proper elevation; it commences as soon as the sun appears on the horizon.

The mean daily range of the thermometer at 7000 feet is 13 degrees in cleared spots, but considerably less in wooded, and certainly one-third less in the forest itself. At Calcutta, which has almost an insular climate, it amounts to 17 degrees; at Delhi, which has a continental one, to 24.6 degrees; and in London to 17.5 degrees. At 11,000 feet it amounts to about 20 degrees, and at 15,000 feet to 27 degrees. These values vary widely in the different months, being much less in the summer or rainy months. The following is probably a fair approximation:—

At 7,000 feet it amounts to 8-9 degrees in Aug. and Sept., and 17 degrees in Dec. At 11,000 feet it amounts to 12 degrees in Aug. and Sept., and 30 degrees in Dec. At 15,000 feet it amounts to 15 degrees in Aug. and Sept., and 40 degrees in Dec. At London it amounts to 20 degrees in Aug. and Sept., and 10 degrees in Dec.

The distribution of temperature throughout the day and year varies less at Dorjiling than in most mountainous countries, owing to the prevailing moisture, the effect of which is analogous to that of a circumambient ocean to an island: the difference being, that in the case of the island the bulk of water maintains an uniform temperature; in that of Dorjiling the quantity of vapour acts directly by interfering with terrestrial and solar-radiation, and indirectly by nurturing a luxuriant vegetation. The result in the latter case is a climate remarkable for its equability, and similar in many features to that of New Zealand, South-west Chili, Fuegia, and the damp west coasts of Scotland and Ireland, and other countries exposed to moist sea winds.

The mean temperature of the year at Dorjiling, as taken by maxima and minima thermometers* [The mean of several of the months, thus deduced, often varies a good deal from the truth, owing to the unequal diurnal distribution of heat; a very few minutes' sunshine raises the temperature l0 degrees or 15 degrees above the mean of the day; which excessive heat (usually transient) the maximum thermometer registers, and consequently gives too high a mean.] by Dr. Chapman, is nearly the same as that of March and October: January, the coldest month, is more than 13.4 degrees colder than the mean of the year; but the hottest month is only 8.3 degrees warmer than the same mean: at Calcutta the months vary less from the mean; at Delhi more; and in London the distribution is wholly different; there being no rains to modify the summer heat, July is 13 degrees hotter, and January 14 degrees colder than the mean of the year.

This distribution of the seasons has a most important effect upon vegetation, to which sufficient attention has not been paid by cultivators of alpine Indian plants; in the first place, though English winters are cold enough for such, the summers are too hot and dry; and, in the second place, the great accession of temperature, causing the buds to burst in spring, occurs in the Himalaya in March, when the temperature at 7000 feet rises 8 degrees above that of February, raising the radiating thermometer always above the freezing point, whence the young leaves are never injured by night frost: in England the corresponding rise is only 3 degrees, and there is no such accession of temperature till May, which is 8 degrees warmer than April; hence, the young foliage of many Himalayan plants is cut off by night frosts in English gardens early in the season, of which Abies Webbiana is a conspicuous example.

The greatest heat of the day occurs at Dorjiling about noon, owing to the prevalent cloud, especially during the rainy months, when the sun shines only in the mornings, if at all, and the clouds accumulate as the day advances. According to hourly observations of my own, it occurred in July at noon, in August at 1 p.m., and in September (the most rainy month) there was only four-tenths of a degree difference between the means of noon, 1 p.m., and 2 p.m., but I must refer to the abstracts at the end of this chapter for evidence of this, and of the wonderful uniformity of temperature during the rainy months. In the drier season again, after September, the greatest heat occurs between 2 and 3 p.m.; in Calcutta the hottest hour is about 2.45 p.m., throughout the year; and in England also about 3 p.m.

The hour whose temperature coincides with the mean of the day necessarily varies with the distribution of cloud and sunshine; it is usually about 7 a.m. and 7 p.m.; whereas in Calcutta the same coincidence occurs at a little before 10 a.m., and in England at about 8 a.m.

Next to the temperature of the air, observations on that of the earth are perhaps of the greatest value; both from their application to horticulture, and from the approximation they afford to the mean temperature of the week or month in which they are taken. These form the subject of a separate chapter.

Nocturnal and solar radiation, the one causing the formation of dew and hoar-frost when the air in the shade is above freezing, end killing plants by the rapid abstraction of heat from all their surfaces which are exposed to the clear sky, and the other scorching the skin and tender plants during the day, are now familiar phenomena, and particularly engaged my attention during my whole Indian journey. Two phenomena particularly obstruct radiation in Sikkim—the clouds and fog from the end of May till October, and the haze from February till May. Two months alone are usually clear; one before and one after the rains, when the air, though still humid, is transparent. The haze has never been fully explained, though a well-known phenomenon. On the plains of India, at the foot of the hills, it begins generally in the forenoon of the cold season, with the rise of the west wind; and, in February especially, obscures the sun's disc by noon; frequently it lasts throughout the twenty-four hours, and is usually accompanied by great dryness of the atmosphere. It gradually diminishes in ascending, and have never experienced it at 10,000 feet; at 7000, however, it very often, in April, obscures the snowy ranges 30 miles off, which are bright and defined at sunrise, and either pale away, or become of a lurid yellow-red, according to the density of this haze, till they disappear at 10 a.m. I believe it always accompanies a south-west wind (which is a deflected current of the north-west) and dry atmosphere in Sikkim.

The observations for solar radiation were taken with a black-bulb thermometer, and also with actinometers, but the value of the data afforded by the latter not being fixed or comparative, I shall give the results in a separate section. (See Appendix K.) From a multitude of desultory observations, I conclude that at 7,400 feet, 125.7 degrees, or + 67 degrees above the temperature of the air, is the average maximum effect of the sun's rays on a black-bulb thermometer* [From the mean of very many observations, I find that 10 degrees is the average difference at the level of the sea, in India, between two similar thermometers, with spherical bulbs (half-inch diam.), the one of black, and the other of plain glass, and both being equally exposed to the sun's rays.] throughout the year, amounting rarely to + 70 degrees and + 80 degrees in the summer months, but more frequently in the winter or spring. These results, though greatly above what are obtained at Calcutta, are not much, if at all, above what may be observed on the plains of India. This effect is much increased with the elevation. At 10,000 feet in December, at 9 a.m., I saw the mercury mount to 132 degrees with a difl: of + 94 degrees, whilst the temperature of shaded snow hard by was 22 degrees; at 13,100 feet, in January, at 9 a.m., it has stood at 98 degrees, diff. + 68.2 degrees; and at 10 a.m., at 114 degrees, diff. + 81.4 degrees, whilst the radiating thermometer on the snow had fallen at sunrise to 0.7 degree. In December, at 13,500 feet, I have seen it 110 degrees, diff. + 84 degrees; at 11 a.m., 11,500 feet; 122 degrees, diff: + 82 degrees. This is but a small selection from many instances of the extraordinary power of solar radiation in the coldest months, at great elevations.

Nocturnal and terrestrial radiation are even more difficult phenomena for the traveller to estimate than solar radiation, the danger of exposing instruments at night being always great in wild countries. I most frequently used a thermometer graduated on the glass, and placed in the focus of a parabolic reflector, and a similar one laid upon white cotton,* [Snow radiates the most powerfully of any substance I have tried; in one instance, at 13,000 feet, in January, the thermometer on snow fell to 0.2 degree, which was 10.8 degrees below the temperature at the time, the grass showing 6.7 degrees; and on another occasion to l.2 degrees, when the air at the time (before sunrise) was 21.2 degrees; the difference therefore being 20 degrees. I have frequently made this observation, and always with a similar result; it may account for the great injury plants sustain from a thin covering of ice on their foliage, even when the temperature is but little below the freezing-point.] and found no material difference in the mean of many observations of each, though often 1 degree to 2 degrees in individual ones. Avoiding radiation from surrounding objects is very difficult, especially in wooded countries. I have also tried the radiating power of grass and the earth; the temperature of the latter is generally less, and that of the former greater, than the thermometer exposed on cotton or in the reflector, but much depends on the surface of the herbage and soil.

The power of terrestrial, like that of solar radiation, increases with the elevation, but not in an equal proportion. At 7,400 feet, the mean of all my observations shows a temperature of 35.4 degrees. During the rains, 3 degrees to 4 degrees is the mean maximum, but the nights being almost invariably cloudy, it is scarcely on one night out of six that there is any radiation. From October to December the amount is greater = 10 degrees to 12, and from January till May greater still, being as much as 15 degrees. During the winter months the effect of radiation is often felt throughout the clear days, dew forming abundantly at 4000 to 8000 feet in the shaded bottoms of narrow valleys, into which the sun does not penetrate till 10 a.m., and from which it disappears at 3 p.m. I have seen the thermometer in the reflector fall 12 degrees at 10 a.m. in a shaded valley. This often produces an anomalous effect, causing the temperature in the shade to fall after sunrise; for the mists which condense in the bottom of the valleys after midnight disperse after sunrise, but long before reached by the sun, and powerful radiation ensues, lowering the surrounding temperature: a fall of 1 degree to 2 degrees after sunrise of air in the shade is hence common in valleys in November and December.* [Such is the explanation which I have offered of this phenomenon in the Hort. Soc. Journal. On thinking over the matter since, I have speculated upon the probability of this fall of temperature being due to the absorption of heat that must become latent on the dispersion of the dense masses of white fog that choke the valleys at sunrise.] The excessive radiation of the winter months often gives rise to a curious phenomenon; it causes the formation of copious dew on the blanket of the traveller's bed, which radiates heat to the tent roof, and this inside either an open or a closed tent. I have experienced this at various elevations, from 6000 to 16,000 feet. Whether the minimum temperature be as high as 50 degrees, or but little above zero, the effect is the same, except that hoar-frost or ice forms in the latter case. Another remarkable effect of nocturnal radiation is the curl of the alpine rhododendron leaves in November, which is probably due to the freezing and consequent expansion of the water in the upper strata of cells exposed to the sky. The first curl is generally repaired by the ensuing day's sun, but after two or three nights the leaves become permanently curled, and remain so till they fall in the following spring.

I have said that the nocturnal radiation in the English spring months is the great obstacle to the cultivation of many Himalayan plants; but it is not therefore to be inferred that there is no similar amount of radiation in the Himalaya; for, on the contrary, in April its amount is much greater than in England, frequently equalling 13 degrees of difference; and I have seen 16 degrees at 7,500 feet; but the minimum temperature at the time is 51 degrees, and the absolute amount of cold therefore immaterial. The mean minimum of London is 38 degrees, and, when lowered 5.5 degrees by radiation, the consequent cold is very considerable. Mr. Daniell, in his admirable essay on the climate of London, mentions 17 degrees as the maximum effect of nocturnal radiation ever observed by him. I have registered 16 degrees in April at Dorjiling; nearly as much at 6000 feet in February; twice 13 degrees, and once 14.2 degrees in September at 15,500 feet; and 10 degrees in October at 16,800 feet; nearly 13 degrees in January at 7000 feet; 14.5 degrees in February at that elevation, and, on several occasions, 14.7 degrees at 10,000 feet in November.

The annual rain-fall at Dorjiling averages 120 inches (or 10 feet), but varies from 100 to 130 in different years; this is fully three times the amount of the average English fall,* [The general ideas on the subject of the English rain-fall are so very vague, that I may be pardoned for reminding my readers that in 1852, the year of extraordinary rain, the amounts varied from 28.5 inches in Essex, to 50 inches at Cirencester, and 67.5 (average of five years) at Plympton St. Mary's, and 102.5 at Holme, on the Dart.] and yet not one-fourth of what is experienced on the Khasia hills in Eastern Bengal, where fifty feet of rain falls. The greater proportion descends between June and September, as much as thirty inches sometimes falling in one month. From November to February inclusive, the months are comparatively dry; March and October are characterised by violent storms at the equinoxes, with thunder, destructive lightning, and hail.

The rain-gauge takes no account of the enormous deposition from mists and fogs: these keep the atmosphere in a state of moisture, the amount of which I have estimated at 0.88 as the saturation-point at Dorjiling, 0.83 being that of London. In July, the dampest month, the saturation-point is 0.97; and in December, owing to the dryness of the air on the neighbouring plains of India, whence dry blasts pass over Sikkim, the mean saturation-point of the month sometimes falls as low as 0.69.

The dew-point is on the average of the year 49.3 degrees, or 3 degrees below the mean temperature of the air. In the dampest month (July) the mean dew-point is only eight-tenths of a degree below the temperature, whilst in December it sinks 10 degrees below it. In London the dew-point is on the average 5.6 degrees below the temperature; none of the English months are so wet as those of Sikkim, but none are so dry as the Sikkim December sometimes is.

On the weight of the atmosphere in Sikkim; and its effects on the human frame.

Of all the phenomena of climate, the weight of the atmosphere is the most remarkable for its elusion of direct observation, when unaided by instruments. At the level of the sea, a man of ordinary bulk and stature is pressed upon by a auperincumbent weight of 30,000 pounds or 13.5 tons. An inch fall or rise in the barometer shows that this load is lightened or increased, sometimes in a few hours, by nearly 1,000 pounds; and no notice is taken of it, except by the meteorologist, or by the speculative physician, seeking the subtle causes of epidemic and endemic domplaints. At Dorjiling (7,400 feet), this load is reduced to less than 2,500 pounds, with no appreciable result whatever on the frame, however suddenly it be transported to that elevation. And the observation of my own habits convinced me that I took the same amount of meat, drink, sleep, exercise and work, not only without inconvenience, but without the slightest perception of my altered circumstances. On ascending to 14,000 feet, owing to the diminished supply of oxygen, exercise brings on vertigo and headache; ascending higher still, lassitude and tension across the forehead ensue, with retching, and a sense of weight dragging down the stomach, probably due to dilatation of the air contained in that organ. Such are the all but invariable effects of high elevations; varying with most persons according to the suddenness and steepness of the ascent, the amount and duration of exertion, and the length of time previously passed at great heights. After having lived for some weeks at 15,300 feet, I have thence ascended several times to 18,500, and once above 19,000 feet, without any sensations but lassitude and quickness of pulse;* [I have in a note to vol. ii. chapter xxiii, stated that I never experienced in my own person, nor saw in others, bleeding at the ears, nose, lips, or eyelids.] but in these instances it required great caution to avoid painful symptoms. Residing at 15,300 feet, however, my functions were wholly undisturbed; nor could I detect any quickness of pulse or of respiration when the body was at rest, below 17,000 feet. At that elevation, after resting a party of eight men for an hour, the average of their and my pulses was above 100 degrees, both before and after eating; in one case it was 120 degrees, in none below 80 degrees.

Not only is the frame of a transient visitor unaffected (when at rest) by the pressure being reduced from 30,000 to 13,000 pounds, but the Tibetan, born and constantly residing at upwards of 14,000 feet, differs in no respect that can be attributed to diminished pressure, from the native of the level of the sea. The averaged duration of life, and the amount of food and exercise is the same; eighty years are rarely reached by either. The Tibetan too, however inured to cold and great elevations, still suffers when he crosses passes 18,000 or 19,000 feet high, and apparently neither more nor less than I did.

Liebig remarks (in his "Animal Chemistry") that in an equal number of respirations,* [For the following note I am indebted to my friend, C. Muller, Esq., of Patna.—

According to Sir H. Davy, a man consumes 45,504 cubic inches of oxygen in twenty-four hours, necessitating the inspiration of 147,520 cubic inches of atmospheric air.—At pressure 23 inches, and temp. 60 degrees this volume of atmospheric air (dry) would weigh 35,138•75 grains.-At pressure 30 in., temp. 80°, it would weigh 43,997.83 gr.

The amount of oxygen in atmospheric air is 23.32 per cent. by weight. The oxygen, then, in 147,520 cubic inches of dry air, at pressure 23 in., temp. 80 degrees, weighs 8,194.35 gr.; and at pressure 30 in., temp. 80 degrees, it weighs 10,260.25 gr.

Hence the absolute quantity of oxygen in a given volume of atmospheric air, when the pressure is 23 in., and the temp. 60 degrees, is 20.14 per cent. less than when the pressure is 30 in. and the temp. 80 degrees.

When the air at pressure 23 in:, temp. 60 degrees, is saturated with

moisture, the proportion of dry air and aqueous vapour in 100 cubic

inches is as follows:—

Dry air 97.173

Vapour 2.827

At pressure 30 in., temp. 80 degrees, the proportions are:—

Dry air 96.133

Vapour 3.867

The effect of aqueous vapour in the sir on the amount of oxygen available for consumption, is very trifling; and it must not be forgotten that aqueous vapour supplies oxygen to the system as well as atmospheric air.] we consume a larger amount of oxygen at the level of the sea than on a mountain; and it can be shown that under ordinary circumstances at Dorjiling, 20.14 per cent. less is inhaled than on the plains of India. Yet the chest cannot expand so as to inspire more at once, nor is the respiration appreciably quickened; by either of which means nature would be enabled to make up the deficiency. It is true that it is difficult to count one's own respirations, but the average is considered in a healthy man to be eighteen in a minute; in my own case it is sixteen, an acceleration of which by three or four could not have been overlooked, in the repeated trials I made at Dorjiling, and still less the eight additional inhalations required at 15,000 feet to make up for the deficiency of oxygen in the air of that elevation.

It has long been surmised that an alpine vegetation may owe some of its peculiarities to the diminished atmospheric pressure; and that the latter being a condition which the gardener cannot supply, he can never successfully cultivate such plants in general. I know of no foundation for this hypothesis; many plants, natives of the level of the sea in other parts of the world, and some even of the hot plains of Bengal, ascend to 12,000 and even 15,000 feet on the Himalaya, unaffected by the diminished pressure. Any number of species from low countries may be cultivated, and some have been for ages, at 10,000 to 14,000 feet without change. It is the same with the lower animals; innumerable instances may with ease be adduced of pressure alone inducing no appreciable change, whilst there is absence of proof to the contrary. The phenomena that accompany diminished pressure are the real obstacles to the cultivation of alpine plants, of which cold and the excessive climate are perhaps the most formidable. Plants that grow in localities marked by sudden extremes of heat and cold, are always very variable in stature, habit, and foliage. In a state of nature we say the plants "accommodate themselves" to these changes, and so they do within certain limits; but for one that survives of all the seeds that germinate in these inhospitable localities, thousands die. In our gardens we can neither imitate the conditions of an alpine climate, nor offer others suited to the plants of such climates.

The mean height of the barometer at Mr. Hodgson's was 23.010, but varied 0.161 between July, when it was lowest, and October, when it was highest; following the monthly rise and fall of Calcutta as to period, but not as to amount (or amplitude); for the mercury at Calcutta stands in July upwards of half an inch (0.555 Prinsep) lower than it does in December.

The diurnal tide of atmosphere is as constant as to the time of its ebb and flow at Dorjiling as at Calcutta; and a number of very careful observations (made with special reference to this object) between the level of the plains of India, and 17,000 feet, would indicate that there is no very material deviation from this at any elevation in Sikkim. These times are very nearly 9.50 a.m. and about 10 p.m. for the maxima, the 9.50 a.m. very constantly, and the 10 p.m. with more uncertainty; and 4 a.m. and 4 p.m. for the minima, the afternoon ebb being most true to its time, except during the rains.

At 9.50 a.m. the barometer is at its highest, and falls till 4 p.m., when it stands on the average of the year 0.074 of an inch lower; during the same period the Calcutta fall is upwards of one-tenth of an inch (0.121 Prinsep).

It has been proved that at considerable elevations in Europe, the hours of periodic ebb and flow differ materially from those which prevail at the level of the sea; but this is certainly not the case in the Sikkim Himalaya.

The amplitude decreases in amount from 0.100 at the foot of the hills, to 0.074 at 7,000 feet; and the mean of 132 selected unexceptionable observations, taken at nine stations between 8000 and 15,500 feet, at 9.50 a.m. and 4 p.m., gives an average fall of 0.056 of an inch; a result which is confirmed by interpolation from numerous horary observations at these and many other elevations, where I could observe at the critical hours.

That the Calcutta amplitude is not exceptionally great, is shewn by the register kept at different places in the Gangetic valley and plains of India, between Saharunpore and the Bay of Bengal. I have seen apparently trustworthy records of seven* [Calcutta, Berampore, Benares, Nagpore, Moozufferpore, Delhi, and Saharunpore.] such, and find that in all it amounts to between 0.084 and 0.120 inch, the mean of the whole being 0.101 of an inch.

The amplitude is greatest (0.088) in the spring months (March, April, and May), both at Dorjiling and Calcutta: it is least at both in June and July, (0.027 at Dorjiling), and rises again in autumn (to .082 in September).

The horary oscillations also are as remarkably uniform at all elevations, as the period of ebb and flow: the mercury falls slowly from 9.50 a.m. (when it is at its highest) till noon, then rapidly till 3 p.m., and slowly again till 4 p.m.; after which there is little change until sunset; it rises rapidly between 7 and 9 p.m., and a little more till 10 p.m.; thence till 4 a.m. the fall is inconsiderable, and the great rise occurs between 7 and 9 a.m.

It is well known that these fluctuations of the barometer are due to the expansion and contraction by heat and moisture of the column of atmosphere that presses on the mercury, in the cistern of the instrument: were the air dry, the effect would be a single rise and fall;* [This law, for which we are indebted to Professor Dove, has been clearly explained by Colonel Sabine in the appendix to his translation of Humboldt's "Cosmos," vol. i. p. 457.] the barometer would stand highest at the hottest of the twenty-four hours, and lowest at the coldest; and such is the case in arid continental regions which are perennially dry. That such would also be the case at Calcutta and throughout the Himalaya of Sikkim, is theoretically self-evident, and proved by my horary observations taken during the rainy months of 1848. An inspection of these at the end of this section (where a column contains the pressure of dry air) shows but one maximum of pressure, which occurs at the coldest time of the twenty-four hours (early in the morning), and one minimum in the afternoon. In the table of mean temperatures of the months, also appended to this section, will also be found a column allowing the pressure of dry air, whence it will be seen that there is but one maximum of the pressure of dry air, occurring at the coldest season in December, and one minimum, in July. The effect of the vapour is the same on the annual as upon the diurnal march of the pressure, producing a double maximum and minimum in the year in one case, and in the twenty-four hours in the other.

I append a meteorological register of the separate months, but at the same time must remind the reader that it does not pretend to strict accuracy. It is founded upon observations made at Dorjiling by Dr. Chapman in the year 1837, for pressure temperature and wet-bulb only; the other data and some modifications of the above are supplied from observations of my own. Those for terrestrial and nocturnal radiation are accurate as far as they go, that is to say, they are absolute temperatures taken by myself, which may, I believe, be recorded in any year, but much higher are no doubt often to be obtained. The dew-points and saturations are generally calculated from the mean of two day observations (10 a.m. and 4 p.m.) of the wet-bulb thermometer, together with the minimum, or are taken from observations of Daniell's hygrometer; and as I find the mean of the temperature of 10 a.m., 4 p.m., and the minimum, to coincide within a few tenths with the mean temperature of the whole day, I assume that the mean of the wet-bulb observations of the same hours will give a near approach to that of the twenty-four hours. The climate of Dorjiling station has been in some degree altered by extensive clearances of forest, which render it more variable, more exposed to night frosts and strong sun-heat, and to drought, the drying up of small streams being one direct consequence. My own observations were taken at Mr. Hodgson's house, elevated 7,430 feet, the position of which I have indicated at the commencement of this section, where the differences of climate due to local causes are sufficiently indicated to show that in no two spots could similar meteorological results be obtained. At Mr. Hodgson's, for instance, the uniformity of temperature and humidity is infinitely more remarkable than at Dr. Chapman's, possibly from my guarding more effectually against radiation, and from the greater forests about Mr. Hodgson's house. I have not, however, ventured to interfere with the temperature columns on this account.

DORJILING METEOROLOGICAL REGISTER.

Jan. Feb. Mar. Apr. May June

Pressure of Atmosphere* 23.307 .305 .307 .280 .259 .207

Range of Pressure .072 .061 .083 .085 .088 .067

Mean Shade 40.0 42.1 50.7 55.9 57.6 61.2

Max. Shade 56.0 57.0 66.5 68.5 69.0 71.0

Max. Sun 119.0 124.0 120.0 125.0 125.0 126.2

Greatest Diff. 72.0 78.0 60.0 66.0 65.0 62.2

Mean Max. Shade 47.2 50.0 58.4 63.7 65.3 66.7

Minim. Shade 29.0 25.5 37.0 38.0 38.0 51.5

Minim. Rad. 16.0 23.0 27.8 33.0 40.0 47.0

Greatest Diff. 12.7 15.3 8.7 16.0 10.0 4.8

Mean Minim. Shade 32.8 34.2 43.1 48.1 50.0 55.8

Mean Daily Range of Temp. 14.4 15.8 15.3 15.6 15.3 10.9

Sunk Therm. 46.0 48.0 50.0 58.0 61.0 62.0

Mean Dew-Point 34.3 37.2 45.8 49.8 54.4 59.5

Mean Dryness 5.1 3.9 5.8 6.6 2.7 2.0

Force of Vapour .216 .239 .323 .371 .434 .515

Pressure of Dry Air 23.091 .066 .084 22.909 .825 .692

Mean Saturation .84 .87 .82 .80 .91 .93

Rain in Inches 1.72 0.92 1.12 2.52 9.25 26.96

July Aug. Sep. Oct. Nov. Dec. Mean

Pressure of Atmosphere* 23.203 .230 .300 .372 .330 .365 23.289

Range of Pressure .062 .070 .082 .075 .078 .062 .074

Mean Shade 61.4 61.7 59.9 58.0 50.0 43.0 53.5

Max. Shade 69.5 70.0 70.0 68.0 63.0 56.0 65.4

Max. Sun 130.0 133.0 142.0 133.0 123.0 108.0 125.7

Greatest Diff. 62.0 62.0 70.0 65.0 68.0 77.2 67.3

Mean Max. Shade 65.5 66.1 64.7 66.5 56.5 51.6 60.2

Minim. Shade 56.0 54.5 51.5 43.5 38.0 32.5 41.3

Minim. Rad. 52.0 50.0 47.5 32.0 30.0 26.0 35.4

Greatest Diff. 3.5 3.5 10.0 12.0 12.0 10.0 9.9

Mean Minim. Shade 57.3 57.4 55.2 49.5 43.5 34.9 46.8

Mean Daily Range of Temp. 8.2 8.7 9.5 17.0 13.0 16.7 13.4

Sunk Therm. 62.2 62.0 61.0 60.0 55.0 49.0 56.2

Mean Dew-Point 60.7 60.4 58.5 52.5 46.5 31.8 49.4

Mean Dryness 0.8 1.1 1.4 4.2 3.2 10.6 4.0

Force of Vapour .535 .530 .498 .407 .331 .198 .383

Pressure of Dry Air 22.668 .700 .802 .865 .999 23.165 22.906

Mean Saturation .97 .96 .95 .86 .90 .69 .88

Rain in Inches 25.34 29.45 15.76 8.66 0.11 0.45 Sum

122.26

*These are taken from Dr. Chapman's Table; and present a greater annual range (=0.169) than my observations in 1848-9, taken at Mr. Hodgson's, which is higher than Dr. Chapman's; or Mr. Muller's, which is a little lower, and very near.

Horary Observations at Jillapahar, Dorjiling, Alt. 7,430 feet.

JULY, 1848

No. of

Observations 7 23 27 22 20 26 12 11 25

Hour 1 a.m. 8 9 10 11 Noon 1 p.m. 2 3

Barom.

corrected 22.877 .882 .884 +.899 .899 .884 .876 .866 .852

Temp. Air 59.6 62.1 62.6 63.5 64.1 65.0 64.1 64.4 64.8

D.P. 58.9 60.6 61.3 61.7 62.3 63.1 61.7 61.0 62.6

Diff. 0.7 1.5 1.3 1.8 1.8 1.9 2.4 3.4 2.2

Tens. of

Vapour .504 .534 .546 .554 .565 .580 .566 .541 .571

Weight of

Vapour 5.65 6.03 6.10 6.12 6.27 6.44 6.13 6.00 6.32

Humidity .988 .950 .960 .945 .945 .940 .923 .892 .930

Press. of

Dry Air 22.373 .348 .338 .345 .334 .304 .310 .325 .281

No. of

Observations 23 13 10 6 6 22 6 6 19

Hour 4 p.m. 5 6 7 8 9 10 11 M.n.

Barom.

corrected 22.846 -.840 .845 .853 .867 .878 .885 +.887 .887

Temp. Air 64.1 64.7 63.7 62.7 61.0 60.7 60.5 60.2 59.8

D.P. 61.7 64.0 61.5 61.1 59.5 59.4 59.5 59.2 59.1

Diff. 2.4 0.7 2.2 1.6 1.5 1.3 1.0 1.0 0.7

Tens. of

Vapour .554 .597 .549 .542 .515 .512 .514 .508 .507

Weight of

Vapour 6.13 6.62 6.12 6.03 5.74 5.72 5.75 5.70 5.68

Humidity .924 .978 .928 .948 .952 .960 .968 .965 .975

Press. of

Dry Air 22.292 -.243 .296 .311 .352 .366 .371 .379 +.382

AUGUST

No. of

Observations 15 26 28 28 24 23 21 21 21

Hour 1 a.m. 8 9 10 11 Noon 1 p.m. 2 3

Barom.

corrected 22.909 .904 .915 +.917 .915 .905 .898 .884 .873

Temp. Air 59.8 62.1 63.1 64.3 64.7 64.7 65.3 65.0 64.8

D.P. 59.5 61.5 61.9 62.7 63.1 63.4 63.3 63.4 63.1

Diff. 0.3 0.6 1.2 1.6 1.6 1.3 2.0 1.6 1.7

Tens. of

Vapour .514 .549 .558 .572 .580 .586 .584 .586 .579

Weight of

Vapour 5.70 6.13 6.20 6.35 6.42 6.50 6.48 6.50 6.43

Humidity .992 .980 .962 .950 .948 .958 .940 .950 .943

Press. of

Dry Air +22.395 .355 .357 .345 .335 .319 .314 .298 .294

No. of

Observations 19 19 19 19 19 19 19 19 19

Hour 4 p.m. 5 6 7 8 9 10 11 M.n.

Barom.

corrected 22.855 -.853 .863 .865 .878 .890 +.823 .892 .889

Temp. Air 63.9 63.2 62.3 61.6 61.1 60.7 60.3 60.1 60.0

D.P. 62.4 61.7 60.8 60.4 60.2 60.0 59.7 59.7 59.4

Diff. 1.5 1.5 1.5 1.2 0.9 0.7 0.6 0.4 0.6

Tens. of

Vapour .568 .554 .538 .531 .527 .523 .518 .517 .513

Weight of

Vapour 6.30 6.15 6.00 5.92 5.88 5.85 5.78 5.79 5.73

Humidity .952 .952 .952 .952 .970 .976 .980 .988 .980

Press. of

Dry Air -.287 .299 .325 .334 .351 .367 .375 .375 .376

DECEMBER

No. of

Observations 28 29 28 24 23 23 23 23 23

Hour 8 a.m. 9 10 11 Noon 1 p.m. 2 3 4

Barom.

corrected 23.000 .013 +.018 .009 22.995 .980 .962 .947 -.944

Temp. Air 59.2 60.1 60.8 61.6 62.4 62.7 62.8 62.3 61.8

D.P. 58.1 58.5 59.5 60.0 60.5 60.5 60.4 60.0 59.9

Diff. 1.1 1.6 1.3 1.6 1.9 2.2 2.4 2.3 1.9

Tens. of

Vapour .492 .497 .514 .523 .533 .532 .531 .522 .521

Weight of

Vapour 5.50 5.57 5.77 5.83 5.93 5.92 5.90 5.83 5.82

Humidity .968 .945 .958 .950 .942 .942 .925 .924 .940

Press. of

Dry Air 22.508 .516 .504 .506 .462 .448 .431 .425 -.423

No. of

Observations 19 19 20 21 22 24 24 23

Hour 5 p.m. 6 7 8 9 10 11 M.n.

Barom.

corrected 22.944 .948 .958 .975 .986 +.991 .989 .994

Temp. Air 60.3 59.4 58.7 58.2 57.8 57.4 57.0 56.7

D.P. 58.6 58.4 57.4 57.0 56.6 56.4 55.9 55.4

Diff. 1.7 1.0 1.3 1.2 1.2 1.0 1.1 1.3

Tens. of

Vapour .498 .496 .479 .473 .467 .463 .456 .449

Weight of

Vapour 5.58 5.58 5.60 5.33 5.25 5.23 5.15 5.07

Humidity .940 .968 .960 .962 .960 .968 .962 .927

Press. of

Dry Air .446 .452 .479 .502 .519 .528 .533 +.545

OCTOBER (22 days)

No. of

Observations 11 19 20 20 19 13 15 13 13 14

Hour 6-6.30 a.m. 7 8 9 10 11 Noon 1 p.m. 2 3

Barom.

corrected 23.066 .072 .086 .099 +.100 .079 .072 .055 .033 .027

Temp. Air 54.4 54.3 55.2 56.3 57.1 57.6 57.9 58.0 57.7 57.9

D.P. 52.7 52.3 53.7 54.4 55.5 55.6 56.1 56.4 56.6 56.2

Diff. 1.7 2.0 1.5 1.9 1.6 2.0 1.8 1.6 1.1 1.7

Tens. of

Vapour .4.9 .403 .423 .434 .450 .451 .459 .463 .466 .460

Weight of

Vapour 4.65 4.58 4.78 4.90 5.07 5.08 5.15 5.17 5.25 5.16

Humidity .943 .925 .950 .935 .942 .935 .940 .950 .962 .940

Press. of

Dry Air +22.657 +.669 .663 .665 .650 .628 .613 .592 .567 .567

No. of

Observations 16 13 6 7 3 7 14 18 14

Hour 4 p.m. 5 6 7 8 9 10 11 M.n.

Barom.

corrected 23.024 -.022 .033 .045 .038 .061 +.072 .067 .068

Temp. Air 57.9 56.6 55.9 55.4 53.7 55.1 54.6 54.5 54.1

D.P. 56.1 54.8 54.4 53.8 53.3 54.1 53.0 53.0 52.8

Diff. 1.8 1.8 1.5 1.6 0.4 1.0 1.6 1.5 1.3

Tens. of

Vapour .458 .439 .433 .424 .417 .429 .413 .413 .411

Weight of

Vapour 5.15 4.98 4.90 4.80 4.75 4.83 4.82 4.82 4.65

Humidity .940 .948 .950 .950 .990 .965 .949 .950 .962

Press. of

Dry Air -.566 .583 .600 .621 .621 .632 .659 .654 .657

APPENDIX G.

ON THE RELATIVE HUMIDITY, AND ABSOLUTE AMOUNT OF VAPOUR CONTAINED IN THE ATMOSPHERE AT DIFFERENT ELEVATIONS IN THE SIKKIM HIMALAYA.

My observations for temperature and wet-bulb being for the most part desultory, taken at different dates, and under very different conditions of exposure, etc., it is obvious that those at one station are hardly, if at all, comparative with those of another, and I have therefore selected only such as were taken at the same date and hour with others taken at the Calcutta Observatory, or as can easily be reduced; which thus afford a standard (however defective in many respects) for a comparison. I need hardly remind my reader that the vapour-charged wind of Sikkim is the southerly one, which blows over Calcutta; that in its passage northwards to Sikkim in the summer months, it traverses the heated plains at the foot of the Himalaya, and ascending that range, it discharges the greater part of its moisture (120 to 140 inches annually) over the outer Himalayan ranges, at elevations of 4000 to 8000 feet. The cooling effect of the uniform covering of forest on the Sikkim ranges is particularly favourable to this deposition, but the slope of the mountains being gradual, the ascending currents are not arrested and cooled so suddenly as in the Khasia mountains, where the discharge is consequently much greater. The heating of the atmosphere, too, over the dry plains at the foot of the outer range, increases farther its capacity for the retention of vapour, and also tends to render the rain-fall less sudden and violent than on the Khasia, where the south wind blows over the cool expanse of the Jheels. It will be seen from the following observations, that in Sikkim the relative humidity of the atmosphere remains pretty constantly very high in the summer months, and at all elevations, except in the rearward valleys; and even there a humid atmosphere prevails up to 14,000 feet, everywhere within the influence of the snowy mountains. The uniformly high temperature which prevails throughout the summer, even at elevations of 17,000 and 18,000 feet, is no doubt proximately due to the evolution of heat during the condensation of these vapours. It will be seen by the pages of my journal, that continued sunshine, and the consequent heating of the soil, is almost unknown during the summer, at any elevation on the outer or southward ranges of Dorjiling: but the sunk thermometer proves that in advancing northward into the heart of the mountains and ascending, the sun's effect is increased, the temperature of the earth becoming in summer considerably higher than that of the air. With regard to the observations themselves, they may be depended upon as comparable with those of Calcutta, the instruments having been carefully compared, and the cases of interpolation being few. The number of observations taken at each station is recorded in a separate column; where only one is thus recorded, it is not to be regarded as a single reading, but the mean, of several taken during an hour or longer period. I have rejected all solitary observations, even when accompanied by others at Calcutta; and sundry that were, for obvious reasons, likely to mislead. Where many observations were taken at one place, I have divided them into sets, corresponding to the hours at which alone the Calcutta temperature and wet-bulb thermometer are recorded,* [Sunrise; 9.50 a.m.; noon; 2.40 p.m.; 4 p.m., and sunset.] in order that meteorologists may apply them to the solution of other questions relating to the distribution of heat and moisture. The Dorjiling observations, and those in the immediate neighbourhood of that station, appeared to me sufficiently numerous to render it worth while classing them in months, and keeping them in a series by themselves. The tensions of vapour are worked from the wet-bulb readings by Apjohn's formula and tables, corrected for the height of the barometer at the time. The observations, except where otherwise noted, are taken by myself.

SERIES I. Observations made at or near Dorjiling.

JANUARY, 1849

DORJILING No. of Obs. Place Elev. Hour Tp. D.P. Diff. Tens. ——————————————————————————————————- 15 The Dale* 6956 ft. 9.50 a.m. 42.9 32.4 10.5 .202 15 Mr. Muller's … Noon 45.8 33.8 12.0 .212 10 … … 2.40 p.m. 48.3 37.4 10.9 .241 8 … … 4 p.m. 48.6 37.8 10.8 .244 9 … … Sunset 46.5 37.1 9.4 .238 ——————————————————————————————————- 57 … … Mean 46.4 35.7 10.7 .227 ——————————————————————————————————-

CALCUTTA No. of Obs. Place Elev. Hour Tp. D.P. Diff. Tens. ——————————————————————————————————- 15 The Dale* 6956 ft. 9.50 a.m. 67.5 55.3 12.2 .446 15 Mr. Muller's … Noon 72.9 55.7 17.2 .455 10 … … 2.40 p.m. 76.1 55.1 21.0 .444 8 … … 4 p.m. 75.1 54.8 20.3 .440 9 … … Sunset 71.8 54.9 16.9 .441 ——————————————————————————————————- 57 … … Mean 72.7 55.2 17.5 .445 ——————————————————————————————————-

*Observations to which the asterisk is affixed were taken by

Mr. Muller.

Dorjiling.—Humidity 0.700 Calcutta 0.562

,, Vapour in cubic foot

of atmosphere 2.63 gr. ,, 4.86 gr.

JANUARY, 1850

DORJILING

No. of

Obs. Place Elev. Hour Tp. D.P. Diff. Tens.

——————————————————————————————————-

3 Jillapahar, 7430 ft. Sunrise 32.8 30.1 2.7 .186

6 Mr. Hodgson's … 9.50 a.m. 39.5 34.7 4.8 .219

3 … … Noon 42.4 38.0 4.4 .246

5 … … 2.40 p.m. 41.9 37.8 4.1 .244

5 … … 4 p.m. 41.1 38.5 2.6 .250

5 … … Sunset 38.7 35.6 3.1 .226

13 … … Miscel. 41.9 39.9 2.0 .263

4 Saddle of road 7412 ft. Do. 41.1 36.4 4.7 .233

at Sinchul.

1 Pacheem. 7258 ft. Do. 39.8 38.7 1.1 .252

——————————————————————————————————-

45 … … Mean 39.9 36.6 3.3 .235

——————————————————————————————————-

CALCUTTA

No. of

Obs. Place Elev. Hour Tp. D.P. Diff. Tens.

——————————————————————————————————-

3 Jillapahar, 7430 ft. Sunrise 51.5 48.5 3.0 .354

6 Mr. Hodgson's … 9.50 a.m. 66.9 55.1 11.8 .444

3 … … Noon 74.1 51.7 22.4 .395

5 … … 2.40 p.m. 78.3 51.4 26.9 .391

5 … … 4 p.m. 77.4 59.5 17.9 .514

5 … … Sunset 72.4 54.7 17.7 .438

13 … … Miscel. 77.9 60.1 17.8 .525

4 Saddle of road 7412 ft. Do. 67.7 57.2 10.5 .476

at Sinchul.

1 Pacheem. 7258 ft. Do. 71.6 50.5 21.2 .379

——————————————————————————————————-

45 … … Mean 70.9 54.3 16.6 .435

——————————————————————————————————-

Dorjiling.—Humidity 0.890 Calcutta 0.580

,, Weight of vapour 2.75 gr. ,, 4.86 gr.

FEBRUARY DORJILING No. of Obs. Place Elev. Hour Tp. D.P. Diff. Tens. ——————————————————————————————————- 3 Jillapahar, 7430 ft. Sunrise 36.9 34.7 2.2 .219 18 1850 … 9.50 a.m. 42.9 38.6 4.3 .251 12 … … Noon 44.8 41.3 3.5 .276 12 … … 2.40 p.m. 44.8 37.4 7.4 .241 17 … … 4 p.m. 44.0 35.6 8.4 .226 19 … … Sunset 42.4 35.8 6.6 .228 13 The Dale* 6956 ft. Miscel. 40.8 35.1 5.7 .222 ——————————————————————————————————- 97 … … Mean 42.4 36.9 5.4 .238 ——————————————————————————————————-

CALCUTTA No. of Obs. Place Elev. Hour Tp. D.P. Diff. Tens. ——————————————————————————————————- 3 Jillapahar, 7430 ft. Sunrise 60.0 54.2 5.8 .431 18 1850 … 9.50 a.m. 72.8 58.8 14.0 .503 12 … … Noon 79.8 58.7 21.2 .501 12 … … 2.40 p.m. 82.4 57.9 24.5 .487 17 … … 4 p.m. 81.1 58.1 23.0 .492 19 … … Sunset 76.3 60.7 15.6 .536 13 The Dale* 6956 ft. Miscel. 69.9 59.8 10.1 .518 ——————————————————————————————————- 97 … … Mean 74.6 58.3 16.3 .495 ——————————————————————————————————-

Dorjiling.—Humidity 0.828 Calcutta 0.590

,, Weight of vapour 2.75 gr. ,, 5.40 gr.

MARCH DORJILING No. of Obs. Place Elev. Hour Tp. D.P. Diff. Tens. ——————————————————————————————————- 10 Jillapahar, 7430 ft. 9.50 a.m. 44.2 42.7 1.5 .290 8 1850 … Noon 45.5 43.0 2.5 .293 5 … … 2.40 p.m. 46.4 44.0 2.4 .303 8 … … 4 p.m. 45.5 43.4 2.1 .297 6 … … Sunset 43.1 41.5 1.6 .278 3 Pacheem. 7258 ft. Misc. 44.8 44.6 0.2 .310 ——————————————————————————————————- 40 … … Mean 44.9 43.2 1.7 .295 ——————————————————————————————————-

CALCUTTA No. of Obs. Place Elev. Hour Tp. D.P. Diff. Tens. ——————————————————————————————————- 10 Jillapahar, 7430 ft. 9.50 a.m. 81.6 64.1 17.5 .602 8 1850 … Noon 88.2 57.0 31.2 .472 5 … … 2.40 p.m. 91.3 53.2 38.1 .416 8 … … 4 p.m. 90.1 52.0 38.1 .399 6 … … Sunset 82.9 63.7 19.2 .590 3 Pacheem. 7258 ft. Misc. 85.0 74.8 10.2 .848 ——————————————————————————————————- 40 … … Mean 86.5 60.8 25.7 .555 ——————————————————————————————————-

Dorjiling.—Humidity 0.940 Calcutta 0.438

,, Weight of vapour 3.42 gr. ,, 5.72 gr.

APRIL

DORJILING

No. of

Obs. Place Elev. Hour Tp. D.P. Diff. Tens.

——————————————————————————————————-

3 Jillapahar, 7430 ft. 9.50 a.m. 57.0 40.2 16.8 .266

3 1849 … Noon 59.8 44.1 15.7 .305

1 … … 2.40 p.m. 60.2 44.4 15.8 .308

7 Dr. Campbell's 6932 ft. 9.50 a.m. 61.8 53.3 8.5 .417

2 1850 … Noon 65.4 52.8 12.6 .411

4 … … 4 p.m. 57.5 53.7 13.8 .423

3 … … Sunset 56.9 51.4 5.5 .392

——————————————————————————————————-

23 … … Mean 59.8 48.6 11.3 .360

——————————————————————————————————-

CALCUTTA

No. of

Obs. Place Elev. Hour Tp. D.P. Diff. Tens.

——————————————————————————————————-

3 Jillapahar, 7430 ft. 9.50 a.m. 90.3 71.3 19.0 .758

3 1849 … Noon 97.0 64.5 32.5 .607

1 … … 2.40 p.m. 97.7 73.4 24.3 .812

7 Dr. Campbell's 6932 ft. 9.50 a.m. 86.7 66.3 20.4 .644

2 1850 … Noon 91.3 68.8 22.5 .699

4 … … 4 p.m. 88.6 72.1 16.5 .778

3 … … Sunset 82.8 73.0 9.8 .800

——————————————————————————————————-

23 … … Mean 90.6 69.9 20.7 .728

——————————————————————————————————-

Dorjiling.—Humidity 0.684 Calcutta 0.523

,, Weight of vapour 3.98 gr. ,, 7.65 gr.

MAY DORJILING No. of Obs. Place Elev. Hour Tp. D.P. Diff. Tens. ——————————————————————————————————- 3 Smith's Hotel, 6863 ft. Misc. 57.2 55.0 2.2 .443 1848 45 Colinton,* 7179 ft. Misc. 60.4 57.9 12.5 .466 1849 ——————————————————————————————————- 48 … … Mean 58.8 56.5 12.4 .455 ——————————————————————————————————-

CALCUTTA No. of Obs. Place Elev. Hour Tp. D.P. Diff. Tens. ——————————————————————————————————- 3 Smith's Hotel, 6863 ft. Misc. 88.6 78.4 10.2 .951 1848 45 Colinton,* 7179 ft. Misc. 90.0 77.2 12.8 .917 1849 ——————————————————————————————————- 48 … … Mean 89.3 77.8 11.5 .934 ——————————————————————————————————-

Dorjiling.—Humidity 0.926 Calcutta 0.698

,, Weight of vapour 5.22 gr. ,, 9.90 gr.

JUNE DORJILING No. of Obs. Place Elev. Hour Tp. D.P. Diff. Tens. ——————————————————————————————————- 40 Colinton* 7179 ft. Misc. 60.9 57.6 13.3 .483 ——————————————————————————————————-

CALCUTTA No. of Obs. Place Elev. Hour Tp. D.P. Diff. Tens. ——————————————————————————————————- 40 Colinton* 7179 ft. Misc. 85.5 78.4 7.1 .952 ——————————————————————————————————-

Dorjiling.—Humidity 0.895 Calcutta 0.800

,, Weight of vapour 5.39 gr. ,, 10.17 gr.

JULY

DORJILING

No. of

Obs. Place Elev. Hour Tp. D.P. Diff. Tens.

——————————————————————————————————-

18 Jillapahar, 7430 ft. 9.50 a.m. 63.2 61.4 1.8 .548

25 1848 … Noon 65.0 62.6 2.4 .570

24 … … 2.40 p.m. 64.7 62.3 2.4 .565

16 … … 4 p.m. 63.8 61.5 2.3 .550

31 The Dale,* 6952 ft. 6 a.m. 60.2 58.7 1.5 .537

31 1848 … 2 p.m. 66.3 63.3 3.0 .621

31 … … 6 p.m. 63.0 60.9 2.1 .575

——————————————————————————————————-

176 … … Mean 63.7 61.5 2.2 .567

——————————————————————————————————-

CALCUTTA

No. of

Obs. Place Elev. Hour Tp. D.P. Diff. Tens.

——————————————————————————————————-

18 Jillapahar, 7430 ft. 9.50 a.m. 87.0 79.4 7.6 .983

25 1848 … Noon 89.0 80.0 9.0 1.001

24 … … 2.40 p.m. 88.1 79.4 8.7 .983

16 … … 4 p.m. 87.2 79.5 7.7 .985

31 The Dale,* 6952 ft. 6 a.m. 81.3 79.0 2.3 .969

31 1848 … 2 p.m. 88.0 79.6 8.4 .989

31 … … 6 p.m. 84.8 79.2 5.6 .977

——————————————————————————————————-

176 … … Mean 86.5 79.4 7.0 .984

——————————————————————————————————-

Dorjiling.—Humidity 0.929 Calcutta 0.800

,, Weight of vapour 6.06 gr. ,, 10.45 gr.

AUGUST

DORJILING

No. of

Obs. Place Elev. Hour Tp. D.P. Diff. Tens.

——————————————————————————————————-

23 Jillapahar, 7430 ft. 9.50 a.m. 64.2 62.4 1.8 .567

21 1848 … Noon 64.7 63.3 1.4 .584

17 … … 2.40 p.m. 64.7 62.8 1.9 .574

13 … … 4 p.m. 63.9 62.5 1.4 .568

31 The Dale,* 6952 ft. 6 a.m. 60.5 59.5 1.0 .551

31 1848 … 2 p.m. 65.3 63.6 1.7 .628

31 … … 6 p.m. 62.8 61.8 1.0 .591

——————————————————————————————————-

167 … … Mean 63.7 62.3 1.5 .580

——————————————————————————————————-

CALCUTTA

No. of

Obs. Place Elev. Hour Tp. D.P. Diff. Tens.

——————————————————————————————————-

23 Jillapahar, 7430 ft. 9.50 a.m. 85.8 79.1 6.7 .973

21 1848 … Noon 87.2 79.2 8.0 .976

17 … … 2.40 p.m. 87.4 79.3 8.1 .979

13 … … 4 p.m. 86.5 79.5 7.0 .984

31 The Dale,* 6952 ft. 6 a.m. 80.8 78.8 2.0 .962

31 1848 … 2 p.m. 87.2 79.2 8.0 .976

31 … … 6 p.m. 83.7 78.7 5.0 .959

——————————————————————————————————-

167 … … Mean 85.5 79.1 6.4 .973

——————————————————————————————————-

Dorjiling.—Humidity 0.955 Calcutta 0.818

,, Weight of vapour 6.25 gr. ,, 10.35 gr.

SEPTEMBER

DORJILING

No. of

Obs. Place Elev. Hour Tp. D.P. Diff. Tens.

——————————————————————————————————-

28 Jillapahar, 7430 ft. 9.50 a.m. 60.8 59.3 1.5 .511

23 1848 … Noon 62.4 60.3 2.1 .528

23 … … 2.40 p.m. 62.4 59.6 2.8 .516

21 … … 4 p.m. 62.0 59.6 2.4 .516

30 The Dale,* 6952 ft. 6 a.m. 57.4 56.2 1.2 .495

30 1848 … 2 p.m. 64.9 60.8 4.1 .573

30 … … 6 p.m. 60.8 59.0 1.8 .543

——————————————————————————————————-

185 … … Mean 61.5 59.3 2.3 .526

——————————————————————————————————-

CALCUTTA

No. of

Obs. Place Elev. Hour Tp. D.P. Diff. Tens.

——————————————————————————————————-

28 Jillapahar, 7430 ft. 9.50 a.m. 87.0 78.4 8.6 .952

23 1848 … Noon 88.5 78.1 10.4 .943

23 … … 2.40 p.m. 88.1 77.4 10.7 .922

21 … … 4 p.m. 86.9 77.1 9.8 .914

30 The Dale,* 6952 ft. 6 a.m. 80.9 78.3 2.6 .948

30 1848 … 2 p.m. 88.8 77.4 11.4 .923

30 … … 6 p.m. 84.7 76.6 8.1 .899

——————————————————————————————————-

185 … … Mean 86.4 77.6 8.8 .929

——————————————————————————————————-

Dorjiling.—Humidity 0.932 Calcutta 0.760

,, Weight of vapour 5.72 gr. ,, 9.88 gr.

OCTOBER DORJILING No. of Obs. Place Elev. Hour Tp. D.P. Diff. Tens. ——————————————————————————————————- 6 Jillapahar, 7430 ft. Noon 55.9 55.3 0.6 .446 6 1848 … 2.40 p.m. 55.7 54.9 0.8 .440 6 … … 4 p.m. 55.6 54.9 0.7 .441 4 Goong. 7436 ft. Misc. 48.3 48.3 0.0 .352 8 ditto 7441 ft. ditto 51.2 50.2 1.0 .376 8 The Dale* 6952 ft. 6 a.m. 55.2 52.7 2.5 .439 17 … … 2 p.m. 61.4 56.3 5.1 .497 19 … … 6 p.m. 56.9 54.2 2.7 .463 ——————————————————————————————————- 74 … … Mean 55.0 53.4 1.7 .432 ——————————————————————————————————-

CALCUTTA No. of Obs. Place Elev. Hour Tp. D.P. Diff. Tens. ——————————————————————————————————- 6 Jillapahar, 7430 ft. Noon 84.4 75.3 9.1 .863 6 1848 … 2.40 p.m. 86.0 73.3 12.7 .808 6 … … 4 p.m. 85.2 74.4 10.8 .837 4 Goong. 7436 ft. Misc. 81.2 73.7 7.5 .819 8 ditto 7441 ft. ditto 80.7 66.9 13.8 .657 8 The Dale* 6952 ft. 6 a.m. 76.1 74.2 1.9 .834 17 … … 2 p.m. 87.0 71.2 15.8 .756 19 … … 6 p.m. 82.8 73.9 8.9 .824 ——————————————————————————————————- 74 … … Mean 82.9 72.9 10.1 .800 ——————————————————————————————————-

Dorjiling.—Humidity 0.950 Calcutta 0.658

,, Weight of vapour 4.74 gr. ,, 8.55 gr.

NOVEMBER AND DECEMBER DORJILING No. of Obs. Place Elev. Hour Tp. D.P. Diff. Tens. ——————————————————————————————————- 4 The Dale,* 6952 ft. 6 a.m. 45.6 41.4 4.2 .277 8 Nov. & Dec. … 2 p.m. 60.0 48.3 11.7 .355 6 1848 … 6 p.m. 50.6 44.7 5.9 .311 9 December, … 2 p.m. 49.7 41.7 8.0 .280 19 1848 … 6 p.m. 44.0 40.5 3.5 .269 ——————————————————————————————————- 46 … … Mean 49.9 43.3 6.7 .298 ——————————————————————————————————-

CALCUTTA No. of Obs. Place Elev. Hour Tp. D.P. Diff. Tens. ——————————————————————————————————- 4 The Dale,* 6952 ft. 6 a.m. 67.9 64.7 3.2 .610 8 Nov. & Dec. … 2 p.m. 83.3 65.2 18.1 .621 6 1848 … 6 p.m. 77.3 63.1 14.2 .579 9 December, … 2 p.m. 79.3 59.0 20.3 .505 19 1848 … 6 p.m. 75.8 62.6 13.2 .569 ——————————————————————————————————- 46 … … Mean 76.7 62.9 13.8 .577 ——————————————————————————————————-

Dorjiling.—Humidity 0.798 Calcutta 0.640

,, Weight of vapour 3.40 gr. ,, 6.27 gr.

Comparison of Dorjiling and Calutta.

HUMIDITY

No. of Diff. Obs. Month Dorjiling Calcutta Dorjiling ————————————————————————————- 102 January -.795 .571 +.224 97 February .828 .590 +.238 40 March .940 -.438 +.502 23 April .684 .523 +.161 48 May .926 .698 +.228 40 June .895 .800 +.095 176 July .929 .800 +.129 167 August +.955 +.818 +.136 185 September .932 .760 +.172 74 October .950 .658 +.292 46 Nov. and Dec. .798 .640 +.158 ————————————————————————————— 998 Mean 0.876 0.663 +.212

WEIGHT OF VAPOUR IN CUBIC FOOT OF AIR

No. of Diff. Obs. Month Dorjiling Calcutta Calcutta ———————————————————————————— 102 January -2.68 -4.80 +2.12 97 February 2.75 5.40 +2.65 40 March 3.42 5.72 +2.30 23 April 3.98 7.65 +3.67 48 May 5.22 9.90 +4.62 40 June 5.39 10.17 +4.78 176 July 6.06 10.05 +3.99 167 August +6.25 +10.35 +4.10 185 September 5.72 9.88 +4.16 74 October 4.74 8.55 +3.81 46 Nov. and Dec. 3.40 6.27 +2.87 ———————————————————————————— 998 Mean 4.51 8.07 +3.55

It is hence evident, from nearly 1,000 comparative observations, that the atmosphere is relatively more humid at Dorjiling than at Calcutta, throughout the year. As the southerly current, to which alone is due all the moisture of Sikkim, traverses 200 miles of land, and discharges from sixty to eighty inches of rain before arriving at Dorjiling, it follows that the whole atmospheric column is relatively drier over the Himalaya than over Calcutta; that the absolute amount of vapour, in short, is less than it would otherwise be at the elevation of Dorjiling, though the relative humidity is so great. A glance at the table at the end of this section appears to confirm this; for it is there shown that, at the base of the Himalaya, at an elevation of only 250 feet higher than Calcutta, the absolute amount of vapour is less, and of relative humidity greater, than at Calcutta.

SERIES II.—Observations at various Stations and Elevations in the Himalaya of East Nepal and Sikkim.

ELEVATION 735 TO 2000 FEET.

EASTERN NEPAL AND SIKKIM.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————- 3 Katong Ghat. 735 Dec. 60.2 55.3 4.9 .447

Teesta river

2 Great Rungeet, at bridge 818 April 82.8 63.5 19.3 .588

1 Ditto 818 May 77.8 60.3 17.5 .528

3 Tambur river, E. Nepal 1388 Nov. 60.6 57.0 3.6 .473

1 Ditto 1457 Nov. 64.2 59.1 5.1 .507

6 Bhomsong, Teesta river 1596 Dec. 58.6 52.0 6.6 .399

1 Ditto 1596 May 68.2 66.4 1.8 .647

5 Little Rungeet 1672 Jan. 51.0 50.2 0.8 .377

5 Pemiongchi,

Great Rungeet 1840 Dec. 54.6 53.7 0.9 .424

11 Punkabaree 1850 March 70.1 55.6 14.5 .472

Ditto 1850 May 73.5 68.3 5.2 .687

10 Guard house 1864 April 73.7 63.8 9.9 .592

(Gt. Rungeet)

——————————————————————————————————-

48 Mean 66.3 58.8 7.5 .512

CALCUTTA.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

3 Katong Ghat. 735 Dec. 73.2 56.7 16.5 .468

Teesta river

2 Great Rungeet, at bridge 818 April 95.8 61.9 33.9 .557

1 Ditto 818 May 91.7 78.3 13.4 .947

3 Tambur river, E. Nepal 1388 Nov. 73.3 62.7 10.6 .571

1 Ditto 1457 Nov. 77.3 63.4 13.9 .585

6 Bhomsong, Teesta river 1596 Dec. 71.6 57.0 14.6 .474

1 Ditto 1596 May 82.6 77.4 5.2 .923

5 Little Rungeet 1672 Jan. 58.5 58.0 0.5 .489

5 Pemiongchi,

Great Rungeet 1840 Dec. 73.5 66.2 7.3 .642

11 Punkabaree 1850 March 79.2 62.6 16.6 .570

Ditto 1850 May 83.7 77.9 5.8 .938

10 Guard house 1864 April 92.4 67.0 25.4 .660

(Gt. Rungeet)

——————————————————————————————————-

48 Mean 79.4 65.8 13.6 .652

Humidity 0.717 Calcutta 0.663

Weight of vapour 5.57 gr. ,, 6.88 gr.

ELEVATION 2000 TO 3000 FEET.

EASTERN NEPAL AND SIKKIM.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

2 Singdong 2116 Dec. 60.5 53.4 7.1 .419

8 Mywa Guola, E. Nepal 2132 Nov. 66.2 57.5 8.7 .481

3 Pemmi river, E. Nepal 2256 Nov. 55.6 53.9 1.7 .426

3 Tambur river, E. Nepal 2545 Nov. 57.3 51.6 5.7 .394

2 Blingbong (Teesta) 2684 May 72.6 64.0 8.6 .597

8 Lingo (Teesta) 2782 May 75.8 67.3 8.5 .666

12 Serriomsa (Teesta) 2820 Dec. 64.1 56.8 7.3 .469

8 Lingmo (Teesta) 2849 May 68.6 64.6 4.0 .610

3 Ditto 2952 Dec. 56.4 53.5 2.9 .420

——————————————————————————————————-

49 Mean 64.1 58.1 6.1 .498

ELEVATION 2000 TO 3000 FEET.

EASTERN NEPAL AND SIKKIM.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

2 Singdong 2116 Dec. 72.1 52.9 19.2 .411

8 Mywa Guola, E. Nepal 2132 Nov. 75.7 68.7 7.0 .697

3 Pemmi river, E. Nepal 2256 Nov. 62.9 62.3 0.6 .566

3 Tambur river, E. Nepal 2545 Nov. 75.0 63.7 11.3 .591

2 Blingbong (Teesta) 2684 May 81.7 73.6 8.1 .817

8 Lingo (Teesta) 2782 May 90.7 77.7 13.0 .932

12 Serriomsa (Teesta) 2820 Dec. 70.8 62.4 8.4 .567

8 Lingmo (Teesta) 2849 May 87.9 74.9 13.0 .851

3 Ditto 2952 Dec. 69.5 66.5 3.0 .647

——————————————————————————————————-

49 Mean 76.3 67.0 9.3 .675

Humidity 0.820 Calcutta 0.740

Weight of vapour 5.45 gr. ,, 7.13 gr.

ELEVATION 3000 TO 4000 FEET.

EASTERN NEPAL AND SIKKIM.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

5 Kulhait river 3159 Jan. 49.8 47.0 2.8 .337

9 Ratong river 3171 Jan. 44.2 43.0 1.2 .294

3 Tambur river 3201 Nov. 53.0 50.0 3.0 .373

2 Chingtam 3404 Nov. 54.8 49.0 5.8 .360

2 Tikbotang 3763 Dec. 56.5 53.4 3.1 .419

7 Myong Valley 3782 Oct. 61.4 58.4 3.0 .496

7 Iwa river 3783 Dec. 47.5 45.6 1.9 .321

1 Ratong river 3790 Jan. 56.2 41.1 15.1 .275

3 Tukcham 3849 Nov. 68.8 65.4 3.4 .625

1 Pacheem village 3855 Jan. 54.5 46.3 8.2 .329

1 Yankoon 3867 Dec. 50.0 43.6 6.4 .299

2 Mikk 3912 May 66.1 63.9 2.2 .595

5 Sunnook 3986 Dec. 47.9 45.5 2.4 .320

——————————————————————————————————-

48 Mean 54.7 50.2 4.5 .388

CALCUTTA.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

5 Kulhait river 3159 Jan. 65.8 57.3 8.5 .477

9 Ratong river 3171 Jan. 69.9 56.6 13.3 .466

3 Tambur river 3201 Nov. 72.9 63.2 9.7 .582

2 Chingtam 3404 Nov. 74.9 73.0 1.9 .302

2 Tikbotang 3763 Dec. 68.0 61.8 6.2 .555

7 Myong Valley 3782 Oct. 80.7 71.2 9.5 .755

7 Iwa river 3783 Dec. 73.3 64.7 8.6 .611

1 Ratong river 3790 Jan. 75.8 53.0 22.8 .414

3 Tukcham 3849 Nov. 83.7 76.8 6.9 .904

1 Pacheem village 3855 Jan. 73.6 59.4 14.2 .513

1 Yankoon 3867 Dec. 69.1 63.8 5.3 .593

2 Mikk 3912 May 84.3 75.1 9.2 .856

5 Sunnook 3986 Dec. 69.4 61.1 8.3 .542

——————————————————————————————————-

48 Mean 74.0 64.4 9.6 .621

Humidity 0.858 Calcutta 0.732

Weight of vapour 4.23 gr. ,, 6.60 gr.

ELEVATION 4000 TO 5000 FEET.

EASTERN NEPAL AND SIKKIM.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

3 Yangyading 4111 Dec. 52.0 43.6 8.4 .300

4 Gorh 4128 May. 66.4 59.0 7.4 .506

2 Namgah 4229 Oct. 57.2 54.1 3.1 .429

3 Taptiatok (Tambur) 4283 Nov. 51.3 45.8 5.5 .323

7 Myong Valley 4345 Oct. 59.1 57.8 1.3 .487

3 Jummanoo 4362 Nov. 60.4 50.0 10.4 .374

6 Nampok 4377 Dec. 49.6 49.1 0.5 .362

7 Chakoong 4407 May 57.8 57.6 0.2 .483

10 Singtam 4426 May 62.4 61.7 0.7 .553

5 Namten 4483 Dec. 44.7 44.3 0.4 .307

5 Purmiokshong 4521 Nov. 60.5 56.5 4.0 .466

2 Rungniok 4565 Jan. 54.7 44.3 10.4 .307

16 Singtam 4575 O.&N. 63.8 60.1 3.7 .525

6 Cheadam 4653 Dec. 51.4 46.6 4.8 .332

4 Sablakoo 4676 Dec. 50.0 44.9 5.2 .314

4 Bheti 4683 Nov. 59.0 52.3 6.7 .405

2 Temi 4771 May 59.8 50.1 9.7 .374

4 Lingtam 4805 May 60.4 56.6 3.8 .467

7 Khersiong 4813 Jan. 51.0 45.2 5.8 .316

6 Ditto 4813 March 53.6 45.5 8.1 .320

3 Tassiding 4840 Dec. 52.0 46.6 5.4 .333

6 Lingcham 4870 Dec. 48.5 46.1 2.4 .327

11 Dikkeeling 4952 Dec. 62.0 55.3 6.7 .447

9 Tehonpong 4978 Jan. 49.4 34.7 14.7 .219

——————————————————————————————————-

137 Mean 55.7 50.4 5.4 .387

CALCUTTA.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

3 Yangyading 4111 Dec. 71.1 67.2 3.9 .663

4 Gorh 4128 May. 85.5 74.2 11.3 .834

2 Namgah 4229 Oct. 80.8 73.7 7.1 .819

3 Taptiatok (Tambur) 4283 Nov. 73.3 64.8 8.5 .614

7 Myong Valley 4345 Oct. 81.7 72.9 8.8 .797

3 Jummanoo 4362 Nov. 77.4 70.2 17.2 .731

6 Nampok 4377 Dec. 64.1 56.3 7.8 .462

7 Chakoong 4407 May 83.9 76.2 7.7 .889

10 Singtam 4426 May 88.6 79.0 9.6 .969

5 Namten 4483 Dec. 64.8 58.3 6.5 .495

5 Purmiokshong 4521 Nov. 79.2 69.5 9.7 .715

2 Rungniok 4565 Jan. 66.5 59.7 16.8 .517

16 Singtam 4575 O.&N. 82.5 76.7 5.8 .901

6 Cheadam 4653 Dec. 70.2 55.0 15.2 .442

4 Sablakoo 4676 Dec. 72.9 65.7 7.2 .632

4 Bheti 4683 Nov. 78.3 66.1 12.2 .639

2 Temi 4771 May 81.2 74.1 7.1 .834

4 Lingtam 4805 May 80.0 73.8 6.2 .820

7 Khersiong 4813 Jan. 67.0 49.8 17.2 .370

6 Ditto 4813 March 77.1 70.5 6.6 .738

3 Tassiding 4840 Dec. 79.7 60.8 18.9 .538

6 Lingcham 4870 Dec. 78.5 71.8 6.7 .771

11 Dikkeeling 4952 Dec. 80.8 62.0 18.8 .559

9 Tehonpong 4978 Jan. 71.0 54.7 16.3 .439

——————————————————————————————————-

137 Mean 76.5 66.8 9.7 .675

Humidity 0.837 Calcutta 0.730

Weight of vapour 4.33 gr. ,, 7.12 gr.

ELEVATION 5000 TO 6000 FEET.

EASTERN NEPAL AND SIKKIM.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

4 Nampok 5075 May 65.8 60.8 5.0 .537

4 Tengling 5257 Jan. 44.7 39.1 5.6 .257

2 Choongtam, sunrise 5368 May 54.9 54.7 0.2 .438

7 ,, 9.50 a.m. ,, May 71.5 58.9 12.6 .504

5 ,, noon ,, May 71.0 59.4 11.6 .513

3 ,, 2.45 p.m. ,, May 66.4 59.4 7.0 .513

4 ,, 4 p.m. ,, May 63.5 59.2 4.3 .510

6 ,, sunset ,, May 61.4 60.5 0.9 .532

8 ,, 9.50 a.m. ,, Aug. 76.3 66.1 10.2 .640

8 ,, noon ,, Aug. 78.8 67.8 11.0 .677

7 ,, 2.40 p.m. ,, Aug. 72.9 66.5 6.4 .649

6 ,, 4 p.m. ,, Aug. 69.5 66.8 2.7 .655

8 ,, sunset ,, Aug. 66.9 65.4 1.5 .627

5 Salloobong 5277 Nov. 57.6 51.2 6.4 .390

6 Lingdam 5375 Dec. 44.3 43.0 1.3 .293

3 Makaroumbi 5485 Nov. 52.1 48.1 4.0 .350

8 Khabang 5505 Dec. 55.1 47.3 7.8 .340

6 Lingdam 5554 Dec. 45.0 43.7 1.3 .301

3 Yankutang 5564 Dec. 43.6 41.7 1.9 .280

4 Namtchi 5608 May 67.1 61.2 5.9 .544

6 Yoksun 5619 Jan. 42.7 34.0 8.7 .214

16 Ditto ,, Jan. 43.0 33.9 9.1 .213

2 Loongtoong 5677 Nov. 45.3 42.8 2.5 .292

4 Sakkiazong 5625 Nov. 54.1 50.9 3.2 .358

3 Phadong 8 a.m. 5946 Nov. 51.9 50.8 1.1 .383

3 ,, 9.50 a.m. ,, Nov. 55.9 53.0 2.9 .413

3 ,, noon ,, Nov. 60.7 56.5 4.2 .465

3 ,, 2.40 p.m. ,, Nov. 57.4 54.7 2.7 .438

2 ,, 4 p.m. ,, Nov. 55.5 52.8 2.7 .410

3 ,, sunset ,, Nov. 53.7 52.6 1.1 .408

3 Tumloong 5368 Nov. 64.2 62.6 1.6 .570

22 ,, 9.50 a.m. 5976) 54.1 50.0 4.1 .375

21 ,, noon ,, ) Nov. 57.3 51.7 5.6 .396

20 ,, 2.40 p.m. ,, _ and 57.3 51.4 5.9 .391

21 ,, 4 p.m. ,, ) Dec. 54.7 50.5 4.2 .380

21 ,, sunset ,, ) 51.8 48.5 3.3 .355

——————————————————————————————————-

260 Mean 57.7 53.3 4.5 .438

ELEVATION 5000 TO 6000 FEET.

CALCUTTA.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

4 Nampok 5075 May 83.1 74.7 8.4 .845

4 Tengling 5257 Jan. 65.4 38.1 27.3 .247

2 Choongtam, sunrise 5368 May 78.2 73.9 4.3 .826

7 ,, 9.50 a.m. ,, May 89.8 80.0 19.8 1.000

5 ,, noon ,, May 92.7 79.9 12.8 .999

3 ,, 2.45 p.m. ,, May 95.4 78.7 16.7 .959

4 ,, 4 p.m. ,, May 93.6 79.0 14.6 .971

6 ,, sunset ,, May 89.1 77.1 12.0 .915

8 ,, 9.50 a.m. ,, Aug. 85.3 78.9 16.4 .967

8 ,, noon ,, Aug. 86.6 78.8 17.8 .965

7 ,, 2.40 p.m. ,, Aug. 86.4 78.8 7.6 .963

6 ,, 4 p.m. ,, Aug. 85.3 79.3 6.0 .980

8 ,, sunset ,, Aug. 83.6 78.5 5.1 .956

5 Salloobong 5277 Nov. 79.4 65.8 13.6 .634

6 Lingdam 5375 Dec. 68.8 59.9 8.9 .521

3 Makaroumbi 5485 Nov. 72.5 60.5 12.0 .532

8 Khabang 5505 Dec. 75.0 64.7 10.3 .611

6 Lingdam 5554 Dec. 71.0 56.5 14.5 .466

3 Yankutang 5564 Dec. 69.5 63.1 6.4 .579

4 Namtchi 5608 May 87.8 74.9 12.8 .850

6 Yoksun 5619 Jan. 68.2 58.1 10.1 .492

16 Ditto ,, Jan. 66.2 51.9 14.3 .399

2 Loongtoong 5677 Nov. 72.1 63.8 8.3 .595

4 Sakkiazong 5625 Nov. 78.3 66.1 12.2 .639

3 Phadong 8 a.m. 5946 Nov. 75.0 67.5 7.5 .670

3 ,, 9.50 a.m. ,, Nov. 80.9 67.9 13.0 .678

3 ,, noon ,, Nov. 85.6 64.8 20.8 .613

3 ,, 2.40 p.m. ,, Nov. 86.6 62.2 24.4 .562

2 ,, 4 p.m. ,, Nov. 85.5 61.9 23.6 .557

3 ,, sunset ,, Nov. 80.6 67.4 13.2 .667

3 Tumloong 5368 Nov. 83.8 77.5 6.3 .924

22 ,, 9.50 a.m. 5976) 75.1 61.9 13.2 .557

21 ,, noon ,, ) Nov. 79.7 60.1 19.6 .524

20 ,, 2.40 p.m. ,, _ and 81.3 58.0 23.3 .489

21 ,, 4 p.m. ,, ) Dec. 80.2 58.6 21.6 .499

21 ,, sunset ,, ) 76.7 61.2 15.5 .545

——————————————————————————————————-

260 Mean 77.6 67.8 9.8 .700

Humidity 0.865 Calcutta 0.730

Weight of vapour 4.70 gr. ,, 7.34 gr.

ELEVATION 6000 TO 7000 FEET.

EASTERN NEPAL AND SIKKIM.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

5 Runkpo 6008 Nov. 57.5 54.8 2.7 .440

11 Leebong 6021 Feb. 47.8 43.7 4.1 .300

11 Ditto ,, Jan. 47.8 43.4 4.4 .297

4 Dholep 6133 May 60.5 59.9 0.6 .520

2 Iwa River 6159 Dec. 41.2 40.5 0.7 .269

4 Dengha 6368 Aug. 66.7 64.0 2.7 .597

4 Kulhait River 6390 Dec. 41.9 41.9 0.0 .283

3 Latong 6391 Oct. 54.0 53.2 0.8 .416

1 Doobdi 6472 Jan. 46.6 36.2 10.4 .231

10 Pemiongchi 6584 Jan. 40.7 35.8 4.9 .228

4 Keadom 6609 Aug. 63.5 60.0 3.5 .523

6 Hee-hill 6677 Jan. 40.8 34.1 6.7 .215

7 Dumpook 6678 Jan. 40.2 31.8 8.4 .198

4 Changachelling 6828 Jan. 50.6 31.8 18.8 .198

——————————————————————————————————-

76 Mean 50.0 45.1 4.9 .337

CALCUTTA.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

5 Runkpo 6008 Nov. 79.5 73.4 6.1 .810

11 Leebong 6021 Feb. 74.9 59.7 15.2 .517

11 Ditto ,, Jan. 66.9 56.2 10.7 .460

4 Dholep 6133 May 89.4 81.4 8.0 .046

2 Iwa River 6159 Dec. 69.6 60.2 9.4 .527

4 Dengha 6368 Aug. 86.1 78.8 7.3 .962

4 Kulhait River 6390 Dec. 71.3 60.9 10.4 .539

3 Latong 6391 Oct. 55.5 44.1 11.4 .305

1 Doobdi 6472 Jan. 78.7 58.0 20.7 .490

10 Pemiongchi 6584 Jan. 66.3 54.4 11.9 .434

4 Keadom 6609 Aug. 79.7 77.5 2.2 .925

6 Hee-hill 6677 Jan. 64.0 58.0 6.0 .489

7 Dumpook 6678 Jan. 68.5 53.8 14.7 .426

4 Changachelling 6828 Jan. 68.3 53.6 14.8 .423

——————————————————————————————————-

76 Mean 72.8 62.1 10.6 .597

Humidity 0.845 Calcutta 0.701

Weight of vapour 3.60 gr. ,, 6.11 gr.

ELEVATION 7000 TO 8000 FEET.

EASTERN NEPAL AND SIKKIM.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

1 Pemiongchi 7083 Jan. 46.2 33.5 12.7 .210

2 Goong 7216 Nov. 49.0 48.5 0.5 .355

8 Kampo-Samdong 7329 May/ 59.1 58.2 0.9 .493

Aug.

1 Hee-hill 7289 Jan. 51.3 26.4 24.9 .163

1 Ratong river 7143 Jan. 36.5 25.3 11.2 .157

4 Source of Balasun 7436 Oct. 48.3 48.3 0.0 .352

8 Goong ridge 7441 Oct. 51.2 50.2 1.0 .376

——————————————————————————————————-

25 Dorjiling Mean 48.8 41.5 7.3 .301

CALCUTTA.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

1 Pemiongchi 7083 Jan. 76.8 51.8 25.0 .396

2 Goong 7216 Nov. 79.7 69.1 10.6 .705

8 Kampo-Samdong 7329 May/ 83.6 77.4 6.2 .922

Aug.

1 Hee-hill 7289 Jan. 72.8 56.6 16.2 .466

1 Ratong river 7143 Jan. 60.0 52.9 17.1 .412

4 Source of Balasun 7436 Oct. 81.2 73.7 7.5 .819

8 Goong ridge 7441 Oct. 80.7 66.9 13.8 .657

——————————————————————————————————-

25 Dorjiling Mean 76.4 64.1 12.3 .625

From mean of above and Dorjiling:

Humidity 0.826 Calcutta 0.668

Weight of vapour 3.85 gr. ,, 7.28 gr.

ELEVATION 8000 TO 9000 FEET.

EASTERN NEPAL AND SIKKIM.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

4 Sinchul 8607 Jan. 41.7 34.3 7.4 .216

2 Ditto ,, April 66.8 44.6 22.2 .310

1 Ascent of Tonglo 8148 May 56.2 54.4 1.8 .434

2 Tambur river 8081 Nov. 38.0 33.9 4.1 .213

3 Sakkiazong 8353 Nov. 49.7 37.4 12.3 .241

4 Chateng 8418 Oct. 43.8 43.2 0.6 .299

6 Buckim 8659 Jan. 30.2 22.8 7.4 .143

9 Ditto ,, Jan. 33.9 33.1 0.8 .207

1 Chateng 8752 May 67.2 60.7 6.5 .536

11 Lachoong 7 a.m. 8777) 53.3 51.1 2.2 .388

12 ,, 9.50 a.m. ,, ) 60.2 55.3 4.9 .447

7 ,, noon ,, ) Aug. 61.6 57.1 4.5 .475

4 ,, 2.40 p.m. ,, and 58.1 56.4 1.7 .464

7 ,, 4 p.m. ,, ) Oct. 58.6 53.8 4.8 .424

10 ,, sunset ,, ) 55.5 54.3 1.2 .432

12 ,, Miscellaneous ,, ) 55.9 49.6 6.3 .368

10 Lamteng 6 a.m. 8884) May 53.9 52.0 1.9 .400

10 ,, 9.50 a.m. ,, ) June 62.8 56.2 6.6 .461

4 ,, noon ,, July 62.8 56.2 6.6 .461

5 ,, 2.40 p.m. ,, ) and 58.3 54.5 3.9 .435

6 ,, 4 p.m. ,, ) Aug. 56.2 54.7 1.5 .438

8 ,, sunset ,, ) 53.3 52.5 0.8 .407

11 Zemu Sundong 7 a.m. 8976) 55.7 55.3 0.4 .448

11 ,, 9.50 a.m. ,, ) June 59.7 52.8 6.9 .412

7 ,, noon ,, ) and 63.1 57.1 6.0 .473

6 ,, 2.40 p.m. ,, _ July 61.0 58.6 2.4 .500

8 ,, sunset ,, ) 57.9 56.1 1.8 .459

10 ,, 4 p.m. ,, ) 53.8 52.6 1.2 .407

1 Goong 8999 Nov. 49.0 48.5 0.5 .355

1 Tendong (top) 8663 May 55.5 50.0 5.5 .373

——————————————————————————————————-

193 Mean 54.5 50.0 4.5 .388

CALCUTTA.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

4 Sinchul 8607 Jan. 66.3 56.9 9.4 .472

2 Ditto ,, April 96.9 75.4 21.5 .866

1 Ascent of Tonglo 8148 May 86.8 78.9 7.9 .967

2 Tambur river 8081 Nov. 71.7 64.1 7.6 .599

3 Sakkiazong 8353 Nov. 74.0 62.4 11.6 .566

4 Chateng 8418 Oct. 79.2 77.5 1.7 .926

6 Buckim 8659 Jan. 68.6 49.4 19.2 .366

9 Ditto ,, Jan. 69.8 52.2 17.6 .403

1 Chateng 8752 May 89.7 76.8 12.9 .904

11 Lachoong 7 a.m. 8777) 83.0 78.9 4.1 .967

12 ,, 9.50 a.m. ,, ) 87.1 79.9 7.2 .999

7 ,, noon ,, ) Aug. 90.1 79.4 10.7 .983

4 ,, 2.40 p.m. ,, and 88.0 80.0 8.0 1.007

7 ,, 4 p.m. ,, ) Oct. 87.5 79.4 8.1 .981

10 ,, sunset ,, ) 84.5 78.7 5.8 .959

12 ,, Miscellaneous ,, ) 85.9 75.2 10.7 .858

10 Lamteng 6 a.m. 8884) May 59.5 56.4 3.1 .464

10 ,, 9.50 a.m. ,, ) June 88.3 78.7 9.6 .959

4 ,, noon ,, ) July 92.0 78.0 14.0 .939

5 ,, 2.40 p.m. ,, and 92.2 78.4 13.8 .950

6 ,, 4 p.m. ,, ) Aug. 92.3 77.1 15.2 .914

8 ,, sunset ,, ) 88.1 77.4 10.7 .922

11 Zemu Sundong 7 a.m. 8976) 80.4 79.8 0.6 .997

11 ,, 9.50 a.m. ,, ) June 86.3 79.0 7.3 .969

7 ,, noon ,, _ and 88.0 79.8 8.2 .994

6 ,, 2.40 p.m. ,, ) July 89.6 78.2 11.4 .944

8 ,, sunset ,, ) 89.3 79.0 10.3 .970

10 ,, 4 p.m. ,, ) 82.7 77.3 5.4 .920

1 Goong 8999 Nov. 79.7 69.1 10.6 .705

1 Tendong (top) 8663 May 88.6 78.1 10.5 .943

——————————————————————————————————-

193 Mean 83.7 73.7 9.8 .847

Humidity 0.858 Calcutta 0.730

Weight of vapour 4.23 gr. ,, 8.75 gr.

ELEVATION 9000 TO 10,000 FEET.

EASTERN NEPAL AND SIKKIM.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

4 Yangma Guola 9279 Nov. 37.8 33.1 4.7 .207

8 Nanki 9320 Nov. 42.3 38.2 4.0 .249

4 Singalelah 9295 Dec. 36.2 35.7 0.5 .227

1 Sakkiazong 9322 Nov. 53.5 33.3 20.2 .209

1 Zemu river 9828 June 60.0 47.6 12.4 .343

——————————————————————————————————-

18 Mean 46.0 37.6 8.4 .247

CALCUTTA.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

4 Yangma Guola 9279 Nov. 72.7 61.4 11.3 .549

8 Nanki 9320 Nov. 52.2 48.3 3.9 .352

4 Singalelah 9295 Dec. 70.9 62.1 8.8 .560

1 Sakkiazong 9322 Nov. 80.0 57.3 22.7 .478

1 Zemu river 9828 June 93.3 81.9 11.4 1.062

——————————————————————————————————-

18 Mean 73.8 62.2 11.6 .600

Humidity 0.860 Calcutta 0.760

Weight of vapour 3.46 gr. ,, 9.00 gr.

ELEVATION 10,000 TO 11,000 FEET.

EASTERN NEPAL AND SIKKIM.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

13 Tonglo 10,008 May 51.5 50.2 1.3 .376

3 Nanki 10,024 Nov. 42.8 35.5 7.3 .225

4 Yalloong river 10,058 Dec. 37.7 29.6 8.1 .183

2 Tonglo top 10,079 May 49.9 47.9 2.0 .348

2 Yeunga 10,196 Oct. 45.9 44.7 1.2 .311

4 Zemu river 10,247 June 45.4 44.2 1.2 .306

10 Wallanchoon 10,348 Nov. 37.9 30.2 7.7 .187

4 Laghep 10,423 Nov. 46.0 42.4 3.6 .287

3 Ditto ,, Nov. 37.6 37.0 0.6 .238

16 Thlonok river 7 a.m. 10,846 June 48.5 47.2 1.3 .339

17 ,, 9.50 a.m. ,, June 57.6 51.4 6.2 .392

9 ,, noon ,, June 56.1 50.6 5.5 .382

8 ,, 2.40 p.m. ,, June 54.8 50.6 4.2 .381

9 ,, 4 p.m. ,, June 53.4 50.6 2.8 .381

15 ,, sunset ,, June 49.8 48.9 0.9 .359

4 Yangma Valley 10,999 Dec. 31.6 24.3 7.3 .149

——————————————————————————————————-

123 Mean 46.7 42.8 3.8 .303

CALCUTTA.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

13 Tonglo 10,008 May 88.8 80.8 8.0 1.030

3 Nanki 10,024 Nov. 79.5 65.8 13.7 .633

4 Yalloong river 10,058 Dec. 77.7 62.1 15.6 .560

2 Tonglo top 10,079 May 89.4 80.5 8.9 1.018

2 Yeunga 10,196 Oct. 79.5 77.1 2.4 .915

4 Zemu river 10,247 June 84.6 75.1 9.5 .856

10 Wallanchoon 10,348 Nov. 76.5 61.9 14.6 .558

4 Laghep 10,423 Nov. 80.9 68.0 12.9 .681

3 Ditto ,, Nov. 75.3 69.4 5.9 .712

16 Thlonok river 7 a.m. 10,846 June 79.0 75.1 3.9 .856

17 ,, 9.50 a.m. ,, June 87.4 78.8 8.6 .965

9 ,, noon ,, June 90.0 79.3 10.7 .979

8 ,, 2.40 p.m. ,, June 88.5 79.7 8.8 .991

9 ,, 4 p.m. ,, June 88.7 78.7 10.0 .962

15 ,, sunset ,, June 85.5 78.0 7.5 .938

4 Yangma Valley 10,999 Dec. 74.4 61.9 12.3 .558

——————————————————————————————————-

123 Mean 82.8 73.3 9.5 .826

Humidity 0.878 Calcutta 0.740

Weight of vapour 3.35 gr. ,, 8.70 gr.

ELEVATION 11,000 TO 12,000 FEET.

EASTERN NEPAL AND SIKKIM.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

3 Barfonchen 11,233 Nov. 36.8 31.9 4.9 .198

3 Punying 11,299 Aug. 50.2 49.5 0.7 .367

1 Kambachen village 11,378 Dec. 43.3 32.5 10.8 .203

12 Tallum 7 a.m. 11,482 July 50.4 47.8 2.6 .347

6 ,, 9.50 a.m. ,, July 58.1 50.5 7.6 .380

8 ,, noon ,, July 57.9 50.8 7.1 .384

5 ,, 2.40 p.m. ,, July 55.7 50.2 5.5 .377

6 ,, 4 p.m. ,, July 54.3 50.1 4.2 .375

6 ,, sunset ,, July 48.8 47.3 1.5 .340

2 Kambachen valley 11,484 Dec. 30.4 26.0 4.4 .161

10 Yeumtong 7 a.m. 11,887) 44.4 43.8 0.6 .302

9 ,, 9.50 a.m. ,, ) Aug. 53.6 48.9 4.7 .360

5 ,, noon ,, ) Sep. 54.5 48.3 6.2 .353

7 ,, 2.40 p.m. ,, _ and 48.8 47.4 1.4 .342

4 ,, 4 p.m. ,, ) Oct. 48.4 47.1 1.3 .338

10 ,, sunset ,, ) 42.0 35.9 6.1 .229

7 ,, Miscellaneous ,, Oct. 43.5 37.1 6.4 .239

——————————————————————————————————-

104 Mean 48.3 43.8 4.5 .311

CALCUTTA.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

3 Barfonchen 11,233 Nov. 76.3 69.6 6.7 .719

3 Punying 11,299 Aug. 84.5 78.8 5.7 .963

1 Kambachen village 11,378 Dec. 80.0 61.2 18.8 .544

12 Tallum 7 a.m. 11,482 July 85.0 80.3 4.7 1.010

6 ,, 9.50 a.m. ,, July 88.1 79.7 8.4 .993

8 ,, noon ,, July 89.7 81.3 8.4 1.043

5 ,, 2.40 p.m. ,, July 89.3 80.6 8.7 1.020

6 ,, 4 p.m. ,, July 90.3 79.4 10.9 .981

6 ,, sunset ,, July 86.6 80.0 6.6 1.001

2 Kambachen valley 11,484 Dec. 69.9 59.5 10.4 .515

10 Yeumtong 7 a.m. 11,887) 83.0 78.9 4.1 .967

9 ,, 9.50 a.m. ,, ) Aug. 87.5 78.7 8.8 .959

5 ,, noon ,, ) Sep. 89.7 77.2 12.5 .917

7 ,, 2.40 p.m. ,, _ and 87.2 77.2 10.0 .915

4 ,, 4 p.m. ,, ) Oct. 85.2 77.8 7.4 .934

10 ,, sunset ,, ) 60.6 58.5 2.1 .497

7 ,, Miscellaneous ,, Oct. 83.7 69.7 14.0 .720

——————————————————————————————————-

104 Mean 83.3 74.6 8.7 .865

Humidity 0.860 Calcutta 0.760

Weight of vapour 3.46 gr. ,, 9.00 gr.

ELEVATION 12,000 TO 13,000 FEET.

EASTERN NEPAL AND SIKKIM.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

9 Zemu river 7 a.m. 12,070) 46.6 45.6 1.0 .321

9 ,, 9.50 a.m. ,, ) June 51.1 49.0 2.1 .362

7 ,, noon ,, _ and 51.1 50.2 0.9 .376

7 ,, 2.40 p.m. ,, ) July 51.2 50.3 0.9 .377

7 ,, 4 p.m. ,, ) 49.7 48.9 0.8 .360

8 ,, sunset ,, ) 48.1 47.6 0.5 .344

2 Yangma Valley 12,129 Nov. 34.8 22.7 12.1 .143

1 Zemu river 12,422 June 49.0 46.6 2.4 .332

3 Chumanako 12,590 Nov. 37.3 28.3 9.0 .174

7 Tungu 7 a.m. 12,751 July 45.1 44.1 1.0 .305

5 ,, 9.50 a.m. ,, July 53.1 48.6 4.5 .355

1 ,, noon ,, July 62.3 52.7 9.6 .409

1 ,, 2.40 p.m. ,, July 60.0 53.8 6.2 .425

6 ,, sunset ,, July 46.4 45.3 1.1 .317

3 ,, sunrise ,, Oct. 38.2 35.0 3.2 .222

4 ,, 9.50 a.m. ,, Oct. 46.5 42.8 3.7 .292

4 ,, noon ,, Oct. 46.1 42.0 4.1 .284

4 ,, 2.40 p.m. ,, Oct. 43.8 42.1 1.7 .285

4 ,, 4 p.m. ,, Oct. 42.3 40.8 1.5 .271

6 ,, sunset ,, Oct. 41.0 38.7 2.3 .253

23 ,, Miscellaneous ,, Oct. 43.2 40.8 2.4 .272

13 ,, Ditto ,, July 51.3 47.4 3.6 .345

6 Tuquoroma 12,944 Nov. 26.0 23.4 2.6 .146

——————————————————————————————————-

140 Mean 46.3 42.9 3.4 .303

CALCUTTA.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

9 Zemu river 7 a.m. 12,070) 80.6 77.7 2.9 .931

9 ,, 9.50 a.m. ,, ) June 84.5 75.1 9.4 .972

7 ,, noon ,, _ and 87.0 82.2 4.8 1.074

7 ,, 2.40 p.m. ,, ) July 86.3 80.0 6.3 1.000

7 ,, 4 p.m. ,, ) 86.5 80.2 6.3 1.006

8 ,, sunset ,, ) 81.4 77.5 3.9 .926

2 Yangma Valley 12,129 Nov. 70.6 63.7 16.9 .592

1 Zemu river 12,422 June 93.2 79.6 13.6 .989

3 Chumanako 12,590 Nov. 75.1 73.8 1.3 .822

7 Tungu 7 a.m. 12,751 July 80.5 78.3 2.2 .949

5 ,, 9.50 a.m. ,, July 87.1 79.4 7.7 .982

1 ,, noon ,, July 88.9 77.8 11.1 .935

1 ,, 2.40 p.m. ,, July 85.3 79.5 5.8 .985

6 ,, sunset ,, July 84.7 79.1 5.6 .974

3 ,, sunrise ,, Oct. 79.4 77.8 1.6 .932

4 ,, 9.50 a.m. ,, Oct. 85.0 78.6 6.4 .957

4 ,, noon ,, Oct. 85.0 78.2 6.8 .944

4 ,, 2.40 p.m. ,, Oct. 86.4 78.8 7.6 .963

4 ,, 4 p.m. ,, Oct. 85.9 78.5 7.4 .956

6 ,, sunset ,, Oct. 83.3 78.2 5.1 .947

23 ,, Miscellaneous ,, Oct. 84.5 78.4 6.1 .950

13 ,, Ditto ,, July 85.7 79.0 6.7 .971

6 Tuquoroma 12,944 Nov. 75.1 60.8 14.3 .537

——————————————————————————————————-

140 Mean 83.6 77.1 6.5 .926

Humidity 0.890 Calcutta 0.815

Weight of vapour 3.37 gr. ,, 9.75 gr.

ELEVATION 13,000 TO 14,000 FEET.

EASTERN NEPAL AND SIKKIM.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

7 Mon Lepcha 13,090 Jan. 27.1 18.5 8.6 .122

4 Ditto 13,073 Jan. 25.6 16.4 9.2 .113

2 Tunkra valley 13,111 Aug. 45.0 43.5 1.5 .298

21 Jongri 13,194 Jan. 22.7 10.5 12.2 .091

1 Zemu river 13,281 June 46.7 46.7 0.0 .334

4 Choonjerma 13,288 Dec. 39.0 11.1 27.9 .093

10 Yangma village 13,502 Nov./ 33.8 18.6 15.2 .123

Dec.

1 Wallanchoon road 13,505 Nov. 28.0 9.5 18.5 .088

3 Kambachen, below pass 13,600 Dec. 40.0 18.6 21.4 .123

——————————————————————————————————-

53 Mean 34.2 21.5 12.6 .154

CALCUTTA.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

7 Mon Lepcha 13,090 Jan. 70.0 50.8 19.2 .527

4 Ditto 13,073 Jan. 71.7 49.9 21.8 .373

2 Tunkra valley 13,111 Aug. 81.2 78.7 2.5 .962

21 Jongri 13,194 Jan. 70.6 53.2 17.4 .417

1 Zemu river 13,281 June 92.9 86.6 6.2 1.230

4 Choonjerma 13,288 Dec. 69.8 61.8 28.0 .555

10 Yangma village 13,502 Nov./ 78.9 62.1 16.8 .561

Dec.

1 Wallanchoon road 13,505 Nov. 66.4 61.8 14.6 .555

3 Kambachen, below pass 13,600 Dec. 72.9 62.2 10.7 .563

——————————————————————————————————-

53 Mean 74.9 63.0 11.9 .636

Humidity 0.634 Calcutta 0.678

Weight of vapour 1.61 gr. 6.28 gr.

ELEVATION 15,000 TO 16,000 FEET.

EASTERN NEPAL AND SIKKIM.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

1 Yangma valley 15,186 Dec. 42.2 20.7 21.5 .133

1 Choonjerma pass 15,259 Dec. 34.3 10.5 23.8 .091

8 Lachee-pia 15,262 Aug. 42.0 41.6 0.4 .279

12 Momay, 7 a.m. ,, Sept. 39.4 34.7 4.7 .219

6 ,, 9.50 a.m. ,, Sept. 50.9 41.7 9.2 .280

4 ,, noon ,, Sept. 51.7 43.6 8.1 .299

8 ,, 2.40 p.m. ,, Sept. 49.7 41.9 7.8 .283

10 ,, 4 p.m. ,, Sept. 44.4 41.3 3.1 .276

16 ,, sunset ,, Sept. 41.5 38.6 2.9 .252

8 ,, Miscellaneous ,, Sept. 47.6 41.4 6.2 .277

6 ,, ,, ,, Oct. 40.9 36.5 4.4 .234

3 Sittong 15,372 Oct. 38.6 29.8 8.8 .184

2 Palung 15,676 Oct. 44.6 39.8 4.8 .262

1 Kambachen pass 15,770 Dec. 26.5 15.9 10.6 .111

1 Yeumtong 15,985 Sept. 44.6 43.7 0.9 .300

——————————————————————————————————-

87 Mean 42.6 34.8 7.8 .232

CALCUTTA.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

1 Yangma valley 15,186 Dec. 80.8 62.0 18.8 .559

1 Choonjerma pass 15,259 Dec. 77.9 60.6 17.3 .534

8 Lachee-pia 15,262 Aug. 85.5 79.4 6.1 .982

12 Momay, 7 a.m. ,, Sept. 80.5 78.8 1.7 .966

6 ,, 9.50 a.m. ,, Sept. 87.6 78.8 8.8 .963

4 ,, noon ,, Sept. 89.5 79.7 9.8 .990

8 ,, 2.40 p.m. ,, Sept. 90.0 78.3 11.7 .949

10 ,, 4 p.m. ,, Sept. 88.7 77.6 11.1 .928

16 ,, sunset ,, Sept. 84.2 78.4 5.8 .952

8 ,, Miscellaneous ,, Sept. 87.4 78.6 8.8 .956

6 ,, ,, ,, Oct. 83.9 69.3 14.6 .710

3 Sittong 15,372 Oct. 84.0 77.5 6.5 .926

2 Palung 15,676 Oct. 86.8 78.5 8.3 .954

1 Kambachen pass 15,770 Dec. 78.0 58.5 19.5 .498

1 Yeumtong 15,985 Sept. 88.8 80.5 8.3 1.016

——————————————————————————————————-

87 Mean 84.9 74.4 10.5 .859

Humidity 0.763 Calcutta 0.719

Weight of vapour 2.55 gr. 8.95 gr.

ELEVATION 16,000 TO 17,000 FEET.

EASTERN NEPAL AND SIKKIM.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

1 Kanglachem pass 16,038 Dec. 32.8 16.3 16.5 .110

3 Tunkra pass 16,038 Aug. 39.8 38.7 1.1 .252

1 Wallanchoon pass 16,756 Nov. 18.0 -6.0 24.0 .046

5 Teumtso 16,808 Oct. 32.4 25.1 7.3 .156

6 Cholamoo lake 16,900 Oct. 31.4 20.2 11.2 .130

1 Donkia mountain 16,978 Sept. 40.2 25.9 14.3 .160

——————————————————————————————————-

17 Mean 32.4 20.0 12.4 .142

CALCUTTA.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

1 Kanglachem pass 16,038 Dec. 80.7 61.1 19.6 .543

3 Tunkra pass 16,038 Aug. 86.0 78.7 7.3 .959

1 Wallanchoon pass 16,756 Nov. 79.9 57.6 22.3 .483

5 Teumtso 16,808 Oct. 85.0 75.7 9.3 .872

6 Cholamoo lake 16,900 Oct. 79.8 68.4 11.4 .690

1 Donkia mountain 16,978 Sept. 87.6 78.8 18.8 .963

——————————————————————————————————-

17 Mean 83.2 70.1 13.3 .752

Humidity 0.640 Calcutta 0.658

Weight of vapour 1.53 gr. 7.80 gr.

ELEVATION 17,000 TO 18,500 FEET.

EASTERN NEPAL AND SIKKIM.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

1 Kinchinjhow 17,624 Sept. 47.5 30.9 16.6 .191

1 Sebolah pass 17,585 Sept. 46.5 34.6 11.9 .218

1 Donkin mountain 18,307 Sept. 38.8 35.3 3.5 .224

3 Bhomtso 18,450 Oct. 54.0 4.4 49.6 .072

2 Donkia pass 18,466 Sept. 41.8 30.3 11.5 .188

2 Ditto 18,466 Oct. 40.1 25.0 15.1 .155

——————————————————————————————————-

10 Mean 44.8 26.8 18.0 .175

CALCUTTA.

No. of

Obs. Locality Elev. Month Tem. D.P. Diff. Tens

——————————————————————————————————-

1 Kinchinjhow 17,624 Sept. 85.7 79.7 16.0 .991

1 Sebolah pass 17,585 Sept. 88.8 80.0 18.8 1.002

1 Donkin mountain 18,307 Sept. 90.7 79.3 11.4 .981

3 Bhomtso 18,450 Oct. 91.1 61.1 20.0 .543

2 Donkia pass 18,466 Sept. 84.1 78.4 15.7 .950

2 Ditto 18,466 Oct. 86.5 65.5 21.0 .627

——————————————————————————————————-

10 Mean 87.8 74.0 12.2 .849

Humidity 0.532 Calcutta 0.648

Weight of vapour 1.90 gr. 8.78 gr.

SUMMARY.

HUMIDITY WEIGHT OF VAPOUR

No. of Elevations Sta- Sik- Cal- Diff. Sik- Cal- Diff.

Obs. in Feet tions kim cutta Sikkim kim cutta Sikkim

———————————————————————————————————

48 735 to 2000 9 .717 .663 +.054 5.57 6.88 -1.31

49 2000 to 3000 9 .820 .740 .080 5.45 7.13 1.68

48 3000 to 4000 13 .858 .732 .116 4.23 6.60 2.37

137 4000 to 5000 23 .837 .730 .107 4.33 7.12 2.79

260 5000 to 6000 15 .865 .730 .135 4.70 7.34 2.64

76 6000 to 7000 13 .845 .701 .144 3.60 6.71 3.11

1023 7000 to 8000 14 .826 .668 .158 3.85 7.28 3.43

193 8000 to 9000 13 .858 .730 .128 4.23 8.75 4.52

18 9000 to 10,000 5 .747 .724 .023 2.80 6.28 3.48

123 10,000 to 11,000 10 .878 .740 .138 3.35 8.70 4.35

104 11,000 to 12,000 6 .860 .760 .100 3.46 9.00 5.54

140 12,000 to 13,000 6 .890 .815 .075 3.37 9.75 6.38

53 13,000 to 14,000 9 .634 .678 -.044 1.61 6.28 4.67

87 15,000 to 16,000 8 .763 .719 +.044 2.55 8.95 6.40

17 16,000 to 17,000 6 .640 .658 .018 1.53 7.80 6.27

10 17,000 to 18,500 5 .532 .648 -.116 1.90 8.78 6.88

———————————————————————————————————

2386 154

Considering how desultory the observations in Sikkim are, and how much affected by local circumstances, the above results must be considered highly satisfactory: they prove that the relative humidity of the atmospheric column remains pretty constant throughout all elevations, except when these are in a Tibetan climate; and when above 18,000 feet, elevations which I attained in fine weather only. Up to 12,000 feet this constant humidity is very marked; the observations made at greater elevations were almost invariably to the north, or leeward of the great snowy peaks, and consequently in a drier climate; and there it will be seen that these proportions are occasionally inverted; and in Tibet itself a degree of relative dryness is encountered, such as is never equalled on the plains of Eastern Bengal or the Gangetic delta. Whether an isolated peak rising near Calcutta, to the elevation of 19,OOQ feet, would present similar results to the above, is not proven by these observations, but as the relative humidity is the same at all elevations on the outermost ranges of Sikkim, which attain 10,000 feet, and as these rise from the plains like steep islands out of the ocean, it may be presumed that the effects of elevation would be the same in both cases.

The first effect of this humid wind is to clothe Sikkim with forests, that make it moister still; and however difficult it is to separate cause from effect in such cases as those of the reciprocal action of humidity on vegetation, and vegetation on humidity, it is necessary for the observer to consider the one as the effect of the other. There is no doubt that but for the humidity of the region, the Sikkim Himalaya would not present the uniform clothing of forest that it does; and, on the other hand, that but for this vegetation, the relative humidity would not be so great.* [Balloon ascents and observations on small mountainous islands, therefore, offer the best means of solving such questions: of these, the results of ballooning, under Mr. Welsh's intrepid and skilful pioneering (see Phil. Trans. for 1853), have proved most satisfactory; though, from the time for observation being short, and from the interference of belts of vapour, some anomalies have not been eliminated. Islands again are still more exposed to local influences, which may be easily eliminated in a long series of observations. I think that were two islands, as different in their physical characters as St. Helena and Ascension, selected for comparative observations, at various elevations, the laws that regulate the distribution of humidity in the upper regions might be deduced without difficulty. They are advantageous sites, from differing remarkably in their humidity. Owing partly to the indestructible nature of its component rock (a glassy basalt), the lower parts of Ascension have never yielded to the corroding effects of the moist sea air which surrounds it; which has decomposed the upper part into a deep bed of clay. Hence Ascension does not support a native tree, or even shrub, two feet high. St. Helena, on the other hand, which can hardly be considered more favourably situated for humidity, was clothed with a redundant vegetation when discovered, and trees and tree-ferns (types of humidity) still spread over its loftiest summits. Here the humidity, vegetation, and mineral and mechanical composition reciprocate their influences.]

The great amount of relative humidity registered at 6000 to 8000 feet, arises from most of the observations having been made on the outer range, where the atmosphere is surcharged. The majority of those at 10,000 to 12,000 feet, which also give a disproportionate amount of humidity, were registered at the Zemu and Thlonok rivers, where the narrowness of the valleys, the proximity of great snowy peaks, and the rank luxuriance of the vegetation, all favour a humid atmosphere.

I would have added the relative rain-fall to the above, but this is so very local a phenomenon, and my observations were so repeatedly deranged by having to camp in forests, and by local obstacles of all kinds, that I have suppressed them; their general results I have given in Appendix F.

I here add a few observations, taken on the plains at the foot of the

Sikkim Himalaya during the spring months.

Comparison between Temperature and Humidity of the Sikkim Terai and Calcutta, in March and April, 1849.

Elev.

No. above TEMP. D.P. TENSION SAT.

of sea.

Obs. Locality Feet C. T. C. T. C. T. C. T.

——————————————————————————————————-

4 Rummai 293 82.2 70.6 61.7 60.5 .553 .532 .517 .717

4 Belakoba 368 92.8 85.5 62.6 63.0 .570 .578 .382 .485

3 Rangamally 275 84.2 75.0 68.7 62.5 .695 .568 .605 .665

3 Bhojepore 404 90.1 81.2 54.1 44.3 .429 .308 .313 .295

4 Thakyagunj 284 84.9 77.1 61.3 60.8 .547 .537 .466 .588

3 Bhatgong 225 87.4 74.9 64.7 54.6 .611 .436 .480 .512

2 Sahigunj 231 80.2 68.0 66.2 53.1 .642 .414 .635 .409

8 Titalya 362 85.5 80.0 55.4 56.1 .448 .459 .376 .459

——————————————————————————————————-

31 Means 305 85.9 79.0 61.8 56.9 .562 .479 .472 .516

May, 1850 ) 131 89.7 K78.6 76.7 K71.4 .904 K.759 .665 K.793

Kishengunj)

——————————————————————————————————-

Vapour in a cubic foot—Kishengunj 8.20 Terai 5.08

Calcutta 9.52 Calcutta 5.90

Mean difference of temperature between Terai and Calcutta, from

31 observations in March, as above,

excluding minima Terai—6.9

Mean difference from 26 observations in March,

including minima Terai—9.7

Mean difference of temperature at Siligore on May 1, 1850— 10.9

Mean difference of temperature at Kishengunj on May 1, 1850— 11.1

From the above, it appears that during the spring months, and before the rains commence, the belt of sandy and grassy land along the Himalaya, though only 3.5 degrees north of Calcutta, is at least 6 degrees or 7 degrees colder, and always more humid relatively, though there is absolutely less moisture suspended in the air. After the rains commence; I believe that this is in a great measure inverted, the plains becoming excessively heated, and the temperature being higher than at Calcutta. This indeed follows from the well known fact that the summer heat increases greatly in advancing north-west from the Bay of Bengal to the trans-Sutledge regions; it is admirably expressed in the maps of Dove's great work "On the Distribution of Heat on the Surface of the Globe."

APPENDIX H.

ON THE TEMPERATURE OF THE SOIL AT VARIOUS ELEVATIONS.

These observations were taken by burying a brass tube two feet six inches to three feet deep, in exposed soil, and sinking in it, by a string or tied to a slip of wood, a thermometer whose bulb was well padded with wool: this, after a few hours' rest, indicates the temperature of the soil. Such a tube and thermometer I usually caused to be sunk wherever I halted, if even for one night, except during the height of the rains, which are so heavy that they communicate to the earth a temperature considerably above that of the air.

The results proved that the temperature of the soil at Dorjiling varies with that of the month, from 46 degrees to 62.2 degrees, but is hardly affected by the diurnal variation, except in extreme cases. In summer, throughout the rains, May to October, the temperature is that of the month, which is imparted by the rain to the depth of eleven feet during heavy continued falls (of six to twelve inches a day), on which occasions I have seen the buried thermometer indicating a temperature above the mean of the month. Again, in the winter months, December and January, it stands 5 degrees above the monthly mean; in November and February 4 degrees to 5 degrees; in March a few degrees below the mean temperature of the month, and in October above it; April and May being sunny, it stands above their mean; June to September a little below the mean temperature of each respectively.

The temperature of the soil is affected by:—1. The exposure of the surface; 2. The nature of the soil; 3. Its permeability by rain, and the presence of underground springs; 4. The sun's declination; 5. The elevation above the sea, and consequently the heating power of the sun's rays: and 6, The amount of cloud and sunshine.

The appended observations, though taken at sixty-seven places, are far from being sufficient to supply data for the exact estimation of the effects of the sun on the soil at any elevation or locality; they, however, indicate with tolerable certainty the main features of this phenomenon, and these are in entire conformity with more ample series obtained elsewhere. The result, which at first sight appears the most anomalous, is, that the mean temperature of the soil, at two or three feet depth, is almost throughout the year in India above that of the surrounding atmosphere. This has been also ascertained to be the case in England by several observers, and the carefully conducted observations of Mr. Robert Thompson at the Horticultural Society's Gardens at Chiswick, show that the temperature of the soil at that place is, on the mean of six years, at the depth of one foot, 1 degree above that of the air, and at two feet 1.5 degrees. During the winter months the soil is considerably (l degree to 3 degrees) warmer than the air, and during summer the soil is a fraction of a degree cooler than the air.

In India, the sun's declination being greater, these effects are much exaggerated, the soil on the plains being in winter sometimes 9 degrees hotter than the air; and at considerable elevations in the Himalaya very much more than that; in summer also, the temperature of the soil seldom falls below that of the air, except where copious rain-falls communicate a low temperature, or where forests interfere with the sun's rays.

At considerable elevations these effects are so greatly increased, that it is extremely probable that at certain localities the mean temperature of the soil may be even 10 degrees warmer than that of the air; thus, at Jongri, elevation 13,194 feet, the soil in January was 34.5 degrees, or 19.2 degrees above the mean temperature of the month, immediately before the ground became covered with snow for the remainder of the winter; during the three succeeding months, therefore, the temperature of the soil probably does not fall below that of the snow, whilst the mean temperature of the air in January may be estimated at about 20 degrees, February 22 degrees, March 30 degrees, and April 35 degrees. If, again, we assume the temperature of the soil of Jongri to be that of other Sikkim localities between 10,000 and 14,000 feet, we may assume the soil to be warmer by 10 degrees in July (see Tungu observations), by 8 degrees or 9 degrees in September (see Yeumtong); by l0 degrees in October (see Tungu); and by 7 degrees to l0 degrees in November (see Wallanchoon and Nanki). These temperatures, however, vary extremely according to exposure and amount of sunshine; and I should expect that the greatest differences would be found in the sunny climate of Tibet, where the sun's heat is most powerful. Were nocturnal or terrestrial radiation as constant and powerful as solar, the effects of the latter would be neutralised; but such is not the case at any elevation in Sikkim.

This accumulated heat in the upper strata of soil must have a very powerful effect upon vegetation, preventing the delicate rootlets of shrubs from becoming frozen, and preserving vitality in the more fleshy, roots, such as those of the large rhubarbs and small orchids, whose spongy cellular tissues would no doubt be ruptured by severe frosts. To the burrowing rodents, the hares, marmots, and rats, which abound at 15,000 to 17,000 feet in Tibet, this phenomenon is even more conspicuously important; for were the soil in winter to acquire the mean temperature of the air, it would take very long to heat after the melting of the snow, and indeed the latter phenomenon would be greatly retarded. The rapid development of vegetation after the disappearance of the snow, is no doubt also proximately due to the heat of the soil, quite as much as to the increased strength of the sun's direct rays in lofty regions.

I have given in the column following that containing the temperature of the sunk thermometer, first the extreme temperatures of the air recorded during the time the instrument was sunk; and in the next following, the mean temperature of the air during the same period, so far as I could ascertain it from my own observations.

SERIES I.—Soane Valley

——————————————————————————————————-

Locality Muddunpore

Date Feb. 11 to 12

Elevation 440 feet

Depth 3 ft. 4 in.

Temp. of sunk Therm. 71.5

Extreme Temperature of Air observed 62.0 to 77.5

Approximate Mean Temp. of Air deduced 67.0

Diff. between Air and sunk Therm. +4.5

——————————————————————————-

Locality Nourunga

Date Feb. 12 to 13

Elevation 340 feet

Depth 3 ft. 8 in.

Temp. of sunk Therm. 71.7

Extreme Temperature of Air observed 57.0 to 71.5

Approximate Mean Temp. of Air deduced 67.3

Diff. between Air and sunk Therm. 3.4

——————————————————————————-

Locality Baroon

Date Feb. 13 to 14

Elevation 345 feet

Depth 2 ft. 4 in.

Temp. of sunk Therm. 68.5

Extreme Temperature of Air observed 53.5 to 76.0

Approximate Mean Temp. of Air deduced 67.6

Diff. between Air and sunk Therm. 1.9

——————————————————————————-

Locality Tilotho

Date Feb. 15 to 16

Elevation 395 feet

Depth 4 ft. 6 in.

Temp. of sunk Therm. 76.5

Extreme Temperature of Air observed 58.5 to 80.0

Approximate Mean Temp. of Air deduced 67.8

Diff. between Air and sunk Therm. 8.7

——————————————————————————-

Locality Akbarpore

Date Feb. 17 to 19

Elevation 400 feet

Depth (2 therm.) 4 ft. 6 in.

5 ft. 6 in.

Temp. of sunk Therm. 76.0

Extreme Temperature of Air observed 56.9 to 79.5

Approximate Mean Temp. of Air deduced 68.0

Diff. between Air and sunk Therm. 8.0

——————————————————————————-

SERIES II.—Himalaya of East Nepal and Sikkim.

—————————————————————————————————-

Locality Base of Tonglo

Date May 19

Elevation 3,000 feet

Depth 2 ft. 0 in.

Temp. of sunk Therm. 78.0

Extreme Temperature of Air observed 67.5 to 67.0

Approximate Mean Temp. of Air deduced

Diff. between Air and sunk Therm.

—————————————————————————————————-

Locality Simsibong

Date May 20

Elevation 7,000 feet

Depth 2 ft. 0 in.

Temp. of sunk Therm. 61.7

Extreme Temperature of Air observed 59.0 to 59.5

Approximate Mean Temp. of Air deduced

Diff. between Air and sunk Therm.

—————————————————————————————————-

Locality Tonglo saddle

Date May 21 to 22

Elevation 10,008 feet

Depth 2 ft. 6 in.

Temp. of sunk Therm. 50.7*

Extreme Temperature of Air observed 47.5 to 57.5

Approximate Mean Temp. of Air deduced 52.5

Diff. between Air and sunk Therm. -1.8

—————————————————————————————————-

Locality Tonglo summit

Date May 23

Elevation 10,079 feet

Depth 2 ft. 6 in.

Temp. of sunk Therm. 49.7

Extreme Temperature of Air observed 47.5 to 53.2

Approximate Mean Temp. of Air deduced 52.5

Diff. between Air and sunk Therm. -1.8

—————————————————————————————————-

Locality Simonbong

Date May 24

Elevation 5,000 feet

Depth 2 ft. 6 in.

Temp. of sunk Therm. 69.7

Extreme Temperature of Air observed 51.2 to 55.5

Approximate Mean Temp. of Air deduced 52.5

Diff. between Air and sunk Therm. -1.8

—————————————————————————————————-

Locality Nanki

Date Nov. 4 to 5

Elevation 9,300 feet

Depth 3 ft. 0 in.

Temp. of sunk Therm. 51.5

Extreme Temperature of Air observed 33.0 to 50.5

Approximate Mean Temp. of Air deduced 41.2

Diff. between Air and sunk Therm. +9.7

—————————————————————————————————-

Locality Sakkiazong

Date Nov. 9 to 10

Elevation 8,353 feet

Depth 3 ft. 0 in.

Temp. of sunk Therm. 53.2

Extreme Temperature of Air observed 37.8 to 55.0

Approximate Mean Temp. of Air deduced 46.1

Diff. between Air and sunk Therm. +7.1

—————————————————————————————————-

Locality Mywa guola

Date Nov. 17 to 18

Elevation 2,132 feet

Depth 3 ft. 0 in.

Temp. of sunk Therm. 73.0

Extreme Temperature of Air observed 41.0 to 85.0

Approximate Mean Temp. of Air deduced 63.4

Diff. between Air and sunk Therm. +9.6

—————————————————————————————————-

Locality Banks of Tambur

Date Nov. 18 to 19

Elevation 2,545 feet

Depth 3 ft. 0 in.

Temp. of sunk Therm. 71.0

Extreme Temperature of Air observed 48.0 to 65.0

Approximate Mean Temp. of Air deduced 55.6

Diff. between Air and sunk Therm. +15.4

—————————————————————————————————-

Locality Banks of Tambur

higher up river

Date Nov. 19 to 20

Elevation 3,201 feet

Depth 3 ft. 0 in.

Temp. of sunk Therm. 64.5

Extreme Temperature of Air observed 44.3 to 60.0

Approximate Mean Temp. of Air deduced 51.6

Diff. between Air and sunk Therm. +12.9

—————————————————————————————————-

Locality Wallanchoon

Date Nov. 23 to 25

Elevation 10,386 feet

Depth 2 ft. 0 in.

Temp. of sunk Therm. 43.5 to 45.0

Extreme Temperature of Air observed 25.0 to 49.7

Approximate Mean Temp. of Air deduced 37.4

Diff. between Air and sunk Therm. +7.6

—————————————————————————————————-

Locality Yangma village

Date Nov. 30, Dec. 3

Elevation 13,502 feet

Depth 2 ft. 0 in.

Temp. of sunk Therm. 37.3 to 38.0

Extreme Temperature of Air observed 20.0 to 46.0

Approximate Mean Temp. of Air deduced 33.0

Diff. between Air and sunk Therm. +4.7

—————————————————————————————————-

Locality Yangma river

Date Dec. 2 to 3

Elevation 10,999 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 41.4 to 42.0

Extreme Temperature of Air observed 23.0 to 40.0

Approximate Mean Temp. of Air deduced 27.9

Diff. between Air and sunk Therm. +3.6

—————————————————————————————————-

Locality Bhomsong

Date Dec. 24 to 25

Elevation 1,596 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 64.5 to 65.0

Extreme Temperature of Air observed 42.8 to 71.3

Approximate Mean Temp. of Air deduced 57.1

Diff. between Air and sunk Therm. +6.6

—————————————————————————————————-

Locality Tchonpong

Date Jan. 4

Elevation 4,978 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 55.0

Extreme Temperature of Air observed 33.0 to 54.8

Approximate Mean Temp. of Air deduced 43.9

Diff. between Air and sunk Therm. +11.1

—————————————————————————————————-

Locality Jongri

Date Jan. 10 to 11

Elevation 13,194 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 34.5

Extreme Temperature of Air observed 3.7 to 34.0

Approximate Mean Temp. of Air deduced 15.3

Diff. between Air and sunk Therm. +19.2

—————————————————————————————————-

Locality Buckeem

Date Jan. 12

Elevation 8,665 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 43.2

Extreme Temperature of Air observed 40.0 to 29.8

Approximate Mean Temp. of Air deduced 32.4

Diff. between Air and sunk Therm. +10.8

—————————————————————————————————-

Locality Choongtam

Date May 19 to 25

Elevation 5,268 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 62.5 to 62.7

Extreme Temperature of Air observed 48.0 to 78.3

Approximate Mean Temp. of Air deduced 63.2

Diff. between Air and sunk Therm. -0.6

—————————————————————————————————-

Locality Junction of Thlonok and Zemu

Date June 13 to 16

Elevation 10,846 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 51.2

Extreme Temperature of Air observed 38.2 to 57.2

Approximate Mean Temp. of Air deduced 49.8

Diff. between Air and sunk Therm. +1.4

—————————————————————————————————-

Locality Tungu

Date July 26 to 30

Elevation 12,751 feet

Depth 2 ft. 5 in.

Temp. of sunk Therm. 59.0 to 56.5

Extreme Temperature of Air observed 38.0 to 62.3

Approximate Mean Temp. of Air deduced 50.0

Diff. between Air and sunk Therm. +7.7

—————————————————————————————————-

Locality Tungu

Date Oct. 10 to 15

Elevation 12,751 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 50.8 to 52.5

Extreme Temperature of Air observed 34.5 to 53.3

Approximate Mean Temp. of Air deduced 41.1

Diff. between Air and sunk Therm. +10.7

—————————————————————————————————-

Locality Lamteng

Date Aug. 1 to 3

Elevation 8,884 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 62.2 to 62.5

Extreme Temperature of Air observed 47.5 to 78.2

Approximate Mean Temp. of Air deduced 57.0

Diff. between Air and sunk Therm. +5.3

—————————————————————————————————-

Locality Choongtam

Date Aug. 13 to 15

Elevation 5,268 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 72.1

Extreme Temperature of Air observed 54.8 to 82.0

Approximate Mean Temp. of Air deduced 72.0

Diff. between Air and sunk Therm. +0.1

—————————————————————————————————-

Locality Lachoong

Date Aug. 17 to 19

Elevation 8,712 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 66.3 to 66.0

Extreme Temperature of Air observed 43.5 to 68.7

Approximate Mean Temp. of Air deduced 57.0

Diff. between Air and sunk Therm. +9.2

—————————————————————————————————-

Locality Yeumtong

Date Sept. 2 to 8

Elevation 11,919 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 55.5 to 56.1

Extreme Temperature of Air observed 39.5 to 59.5

Approximate Mean Temp. of Air deduced 47.2

Diff. between Air and sunk Therm. +8.6

—————————————————————————————————-

Locality Momay

Date Sept. 10 to 14

Elevation 15,362 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 52.5 to 51.5

Extreme Temperature of Air observed 31.0 to 62.5

Approximate Mean Temp. of Air deduced 4106

Diff. between Air and sunk Therm. +10.4

—————————————————————————————————-

Locality Yeumtso

Date Oct. 16 to 18

Elevation 16,8.8 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 43.5 to 43.0

Extreme Temperature of Air observed 4.0 to 52.0

Approximate Mean Temp. of Air deduced 30.6

Diff. between Air and sunk Therm. +12.6

—————————————————————————————————-

Locality Lachoong

Date Oct. 24 to 25

Elevation 8,712 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 60.2

Extreme Temperature of Air observed 39.0 to 62.6

Approximate Mean Temp. of Air deduced 52.0

Diff. between Air and sunk Therm. +8.2

—————————————————————————————————-

Locality Great Rungeet

Date Feb. 11 to 13

Elevation 818 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 65.0

Extreme Temperature of Air observed 56.0 to 71.0

Approximate Mean Temp. of Air deduced 63.5

Diff. between Air and sunk Therm. +1.5

—————————————————————————————————-

Locality Leebong

Date Feb. 14 to 15

Elevation 6,000 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 50.8 to 52.0

Extreme Temperature of Air observed 41.5 to 56.0

Approximate Mean Temp. of Air deduced 46.0

Diff. between Air and sunk Therm. +5.4

—————————————————————————————————-

Locality Kursiong

Date Apr. 16

Elevation 4,813 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 64.5

Extreme Temperature of Air observed 63.0 to 60.0

Approximate Mean Temp. of Air deduced 63.0

Diff. between Air and sunk Therm. +1.5

—————————————————————————————————-

Locality Leebong

Date Apr. 22

Elevation 6,000 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 61.8 to 62.0

Extreme Temperature of Air observed 54.0 to 67.8

Approximate Mean Temp. of Air deduced 60.0

Diff. between Air and sunk Therm. +1.9

—————————————————————————————————-

Locality Punkabaree

Date May 1

Elevation 1,850 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 80.0

Extreme Temperature of Air observed 68.2 to 78.0

Approximate Mean Temp. of Air deduced 76.0

Diff. between Air and sunk Therm. +4.0

—————————————————————————————————-

Locality Jillapahar (Mr. Hodgson's)

Date Aug. 15 to 16

Elevation 7,430 feet

Depth 5 ft. 0 in.

Temp. of sunk Therm. 62.0 to 62.8

Extreme Temperature of Air observed 58.0 to 66.0

Approximate Mean Temp. of Air deduced 61.5

Diff. between Air and sunk Therm. +0.9

—————————————————————————————————-

Locality Jillapahar (Mr. Hodgson's)

Date Aug. 15 to 16

Elevation 7,430 feet

Depth 7 ft. 7 in.

Temp. of sunk Therm. 61.5 to 62.3

Extreme Temperature of Air observed 58.0 to 66.0

Approximate Mean Temp. of Air deduced 61.5

Diff. between Air and sunk Therm. +0.4

—————————————————————————————————-

Locality Jillapahar (Mr. Hodgson's)

Date Aug. 20 to 22

Elevation 7,430 feet

Depth 5 ft. 0 in.

Temp. of sunk Therm. 61.6 to 61.7

Extreme Temperature of Air observed 58.7 to 67.8

Approximate Mean Temp. of Air deduced 61.7

Diff. between Air and sunk Therm. -0.1

—————————————————————————————————-

Locality Jillapahar (Mr. Hodgson's)

Date Aug. 20 to 22

Elevation 7,430 feet

Depth 7 ft. 7 in.

Temp. of sunk Therm. 60.7

Extreme Temperature of Air observed 58.7 to 67.8

Approximate Mean Temp. of Air deduced 61.7

Diff. between Air and sunk Therm. -1.0

—————————————————————————————————-

Locality Jillapahar (Mr. Hodgson's)

Date Sept. 9

Elevation 7,430 feet

Depth 5 ft. 0 in.

Temp. of sunk Therm. 60.2

Extreme Temperature of Air observed 56.2 to 65.0

Approximate Mean Temp. of Air deduced 60.0

Diff. between Air and sunk Therm. +0.2

—————————————————————————————————-

Locality Jillapahar (Mr. Hodgson's)

Date Sept. 9

Elevation 7,430 feet

Depth 7 ft. 7 in.

Temp. of sunk Therm. 60.5

Extreme Temperature of Air observed 56.2 to 65.0

Approximate Mean Temp. of Air deduced 60.0

Diff. between Air and sunk Therm. +0.5

—————————————————————————————————-

Locality Jillapahar (Mr. Hodgson's)

Date Oct. 6

Elevation 7,430 feet

Depth 7 ft. 7 in.

Temp. of sunk Therm. 60.0

Extreme Temperature of Air observed 52.0 to 61.0

Approximate Mean Temp. of Air deduced 58.5

Diff. between Air and sunk Therm. +1.5

—————————————————————————————————-

Locality Jillapahar (Mr. Hodgson's)

Date Oct. 20

Elevation 7,430 feet

Depth 7 ft. 7 in.

Temp. of sunk Therm. 58.5

Extreme Temperature of Air observed 49.7 to 55.2

Approximate Mean Temp. of Air deduced 56.5

Diff. between Air and sunk Therm. +2.0

—————————————————————————————————-

Locality Jillapahar (Mr. Hodgson's)

Date Feb. 18 to 28

Elevation 7,430 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 46.0 to 46.7

Extreme Temperature of Air observed 36.0 to 52.8

Approximate Mean Temp. of Air deduced 43.0

Diff. between Air and sunk Therm. +6.4

—————————————————————————————————-

Locality Jillapahar (Mr. Hodgson's)

Date March 1 to 13

Elevation 7,430 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 46.3 to 48.3

Extreme Temperature of Air observed 34.5 to 53.3

Approximate Mean Temp. of Air deduced 46.0

Diff. between Air and sunk Therm. +1.3

—————————————————————————————————-

Locality Jillapahar (Mr. Hodgson's)

Date April 18 to 20

Elevation 7,430 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 55.3 to 56.0

Extreme Temperature of Air observed 46.0 to 61.3

Approximate Mean Temp. of Air deduced 54.0

Diff. between Air and sunk Therm. +1.7

—————————————————————————————————-

Locality Jillapahar (Mr. Hodgson's)

Date April 30

Elevation 7,430 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 57.4

Extreme Temperature of Air observed 46.0 to 61.3

Approximate Mean Temp. of Air deduced 55.0

Diff. between Air and sunk Therm. +2.4

—————————————————————————————————-

Locality Superintendent's house

Date April 21 to 30

Elevation 6,932 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 58.8 to 60.2

Extreme Temperature of Air observed 48.5 to 65.8

Approximate Mean Temp. of Air deduced 58.0

Diff. between Air and sunk Therm. +1.5

—————————————————————————————————-

*Sheltered by trees, ground spongy and wet.

SERIES III.—Plains of Bengal

—————————————————————————————————-

Locality Kishengunj

Date May 3 to 4

Elevation 131 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 82.8 to 83.0 (Dry sand)

Extreme Temperature of Air observed 70.0 to 85.7 (Dry sand)

Approximate Mean Temp. of Air deduced 82.0

Diff. between Air and sunk Therm. +0.8

—————————————————————————————————-

Locality Dulalgunj

Date May 7

Elevation 130 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 81.3 to 83.0

Extreme Temperature of Air observed 74.3 to 90.3

Approximate Mean Temp. of Air deduced 82.0

Diff. between Air and sunk Therm. -0.7

—————————————————————————————————-

Locality Banks of Mahanuddy river

Date May 8

Elevation 100 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 79.3 to 83.0*

Extreme Temperature of Air observed 75.0 to 91.5

Approximate Mean Temp. of Air deduced 83.0

Diff. between Air and sunk Therm. -3.7

—————————————————————————————————-

Locality Banks of Mahanuddy river

Date May 9

Elevation 100 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 87.5 to 83.0*

Extreme Temperature of Air observed 77.8 to 92.5

Approximate Mean Temp. of Air deduced 83.0

Diff. between Air and sunk Therm. -4.5

—————————————————————————————————-

Locality Banks of Mahanuddy river

May 10

Elevation 100 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 88.0 to 83.0*

Extreme Temperature of Air observed 78.5 to 91.5

Approximate Mean Temp. of Air deduced 82.3

Diff. between Air and sunk Therm. -5.7

—————————————————————————————————-

Locality Maldah

Date May 11

Elevation 100 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 88.8 to 83.0*

Extreme Temperature of Air observed 75.3 to 91.3

Approximate Mean Temp. of Air deduced 82.3

Diff. between Air and sunk Therm. -6.5

—————————————————————————————————-

Locality Mahanuddy river

Date May 14

Elevation 100 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 87.8 to 83.0*

Extreme Temperature of Air observed 71.0 to 91.7

Approximate Mean Temp. of Air deduced 82.3

Diff. between Air and sunk Therm. -4.5

—————————————————————————————————-

Locality Ganges

Date May 15

Elevation 100 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 88.0 to 83.0*

Extreme Temperature of Air observed 73.0 to 87.8

Approximate Mean Temp. of Air deduced 82.3

Diff. between Air and sunk Therm. -5.7

—————————————————————————————————-

Locality Bauleah

Date May 16 to 18

Elevation 130 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 87.8 to 89.8

Extreme Temperature of Air observed 78.0 to 106.5

Approximate Mean Temp. of Air deduced 80.5

Diff. between Air and sunk Therm. +7.3

—————————————————————————————————-

Locality Dacca

Date May 28 to 30

Elevation 72 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 84.9 to 84.3

Extreme Temperature of Air observed 75.3 to 95.5

Approximate Mean Temp. of Air deduced 83.3

Diff. between Air and sunk Therm. +0.9

—————————————————————————————————-

* Soil, a moist sand.

SERIES IV.—Khasia Mountains.

—————————————————————————————————-

Locality Churra

Date June 23 to 25

Elevation 4,226 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 71.8 to 72.3*

Extreme Temperature of Air observed 64.8 to 72.2

Approximate Mean Temp. of Air deduced 69.9

Diff. between Air and sunk Therm. +2.2

—————————————————————————————————-

Locality Churra

Date Oct. 29 to Nov. 16

Elevation 4,226 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 68.3 to 64.0

Extreme Temperature of Air observed 70.7 to 49.3

Approximate Mean Temp. of Air deduced 61.7

Diff. between Air and sunk Therm. +4.5

—————————————————————————————————-

Locality Kala-panee

Date June 28 to 29

Elevation 5,302 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 69.2

Extreme Temperature of Air observed 64.2 to 71.2

Approximate Mean Temp. of Air deduced 67.2

Diff. between Air and sunk Therm. +2.0

—————————————————————————————————-

Locality Kala-panee

Date Aug. 5 to 7

Elevation 5,302 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 70.0 to 70.4

Extreme Temperature of Air observed 72.2 to 61.8

Approximate Mean Temp. of Air deduced 64.9

Diff. between Air and sunk Therm. +5.2

—————————————————————————————————-

Locality Kala-panee

Date Sept. 13 to 14

Elevation 5,302 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 70.2*

Extreme Temperature of Air observed 65.5 to 69.8

Approximate Mean Temp. of Air deduced 66.0

Diff. between Air and sunk Therm. +4.2

—————————————————————————————————-

Locality Kala-panee

Date Oct. 27 to 28

Elevation 5,302 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 66.3*

Extreme Temperature of Air observed 64.0 to 56.0

Approximate Mean Temp. of Air deduced 60.0

Diff. between Air and sunk Therm. +6.3

—————————————————————————————————-

Locality Moflong

Date June 30 to July 4

Elevation 6,062 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 65.0 to 67.3

Extreme Temperature of Air observed 61.0 to 68.3

Approximate Mean Temp. of Air deduced 64.0

Diff. between Air and sunk Therm. +2.2

—————————————————————————————————-

Locality Moflong

Date July 30 to Aug. 4

Elevation 6,062 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 67.3

Extreme Temperature of Air observed 64.0 to 75.8

Approximate Mean Temp. of Air deduced 68.5

Diff. between Air and sunk Therm. -1.2

—————————————————————————————————-

Locality Moflong

Date Oct. 25 to 27

Elevation 6,062 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 63.2

Extreme Temperature of Air observed 63.7 to 55.7

Approximate Mean Temp. of Air deduced 64.1

Diff. between Air and sunk Therm. -0.9

—————————————————————————————————-

Locality Syong

Date July 29 to 30

Elevation 5,725 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 69.2 to 69.3

Extreme Temperature of Air observed 60.0 to 78.5

Approximate Mean Temp. of Air deduced 69.2

Diff. between Air and sunk Therm. +0.1

—————————————————————————————————-

Locality Syong

Date Oct. 11 to 12

Elevation 5,725 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 67.0

Extreme Temperature of Air observed 65.7 to 55.5

Approximate Mean Temp. of Air deduced 62.8

Diff. between Air and sunk Therm. +4.2

—————————————————————————————————-

Locality Myrung

Date July 9 to 10

Elevation 5,647 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 66.2 to 66.3

Extreme Temperature of Air observed 60.0 to 73.8

Approximate Mean Temp. of Air deduced 67.5

Diff. between Air and sunk Therm. -1.2

—————————————————————————————————-

Locality Myrung

Date July 26 to 29

Elevation 5,647 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 68.3

Extreme Temperature of Air observed 78.0 to 64.2

Approximate Mean Temp. of Air deduced 71.1

Diff. between Air and sunk Therm. -2.8

—————————————————————————————————-

Locality Myrung

Date Oct. 12 to 17

Elevation 5,647 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 66.0 to 64.8

Extreme Temperature of Air observed 70.0 to 55.5

Approximate Mean Temp. of Air deduced 63.0

Diff. between Air and sunk Therm. +2.4

—————————————————————————————————-

Locality Myrung

Date Oct. 21 to 25

Elevation 5,647 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 64.8 to 64.0

Extreme Temperature of Air observed 66.0 to 53.0

Approximate Mean Temp. of Air deduced 60.5

Diff. between Air and sunk Therm. +3.9

—————————————————————————————————-

Locality Nunklow

Date July 11 to 26

Elevation 4,688 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 70.5 to 71.3

Extreme Temperature of Air observed 65.5 to 81.5

Approximate Mean Temp. of Air deduced 71.5

Diff. between Air and sunk Therm. -0.5

—————————————————————————————————-

Locality Nunklow

Date Oct. 17 to 21

Elevation 4,688 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 68.8 to 68.3

Extreme Temperature of Air observed 75.7 to 58.0

Approximate Mean Temp. of Air deduced 6601

Diff. between Air and sunk Therm. +2.5

—————————————————————————————————-

Locality Pomrang

Date Sept. 15 to 23

Elevation 5,143 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 70.3 to 68.5

Extreme Temperature of Air observed 73.0 to 57.0

Approximate Mean Temp. of Air deduced 65.5

Diff. between Air and sunk Therm. +3.9

—————————————————————————————————-

Locality Pomrang

Date Oct. 6 to 10

Elevation 5,143 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 68.3

Extreme Temperature of Air observed 73.7 to 58.2

Approximate Mean Temp. of Air deduced 65.0

Diff. between Air and sunk Therm. +3.3

—————————————————————————————————-

* Hole full of rain-water.

SERIES V.—Jheels, Gangetic Delta, and Chittagong.

—————————————————————————————————-

Locality Silchar

Date Nov.27 to 30

Elevation 116 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 77.7 to 75.8

Extreme Temperature of Air observed 55.0 to 81.7

Approximate Mean Temp. of Air deduced 69.1

Diff. between Air and sunk Therm. +7.7

—————————————————————————————————-

Locality Silhet

Date Dec. 3 to 7

Elevation 133 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 73.5 to 73.7

Extreme Temperature of Air observed 63.0 to 74.5

Approximate Mean Temp. of Air deduced 69.5

Diff. between Air and sunk Therm. +3.1

—————————————————————————————————-

Locality Noacolly

Date Dec. 18 to 19

Elevation 20 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 73.3

Extreme Temperature of Air observed 58.5 to 76.5

Approximate Mean Temp. of Air deduced 69.5

Diff. between Air and sunk Therm. +3.8

—————————————————————————————————-

Locality Chittagong

Date Dec. 23 to 31

Elevation 191 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 72.5 to 73.0

Extreme Temperature of Air observed 53.2 to 75.0

Approximate Mean Temp. of Air deduced 63.8

Diff. between Air and sunk Therm. +9.0

—————————————————————————————————-

Locality Chittagong

Date Jan. 14 to 16

Elevation 116 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 73.3 to 73.7

Extreme Temperature of Air observed 61.3 to 78.7

Approximate Mean Temp. of Air deduced 65.5

Diff. between Air and sunk Therm. +8.3

—————————————————————————————————-

Locality Chittagong flagstaf hill

Date Dec. 28 to 30

Elevation 151 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 72.0 to 71.8

Extreme Temperature of Air observed 55.2 to 74.2

Approximate Mean Temp. of Air deduced 65.3

Diff. between Air and sunk Therm. +6.6

—————————————————————————————————-

Locality Hat-hazaree

Date Jan.4 to 5

Elevation 20 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 71.3

Extreme Temperature of Air observed 50.5 to 62.0

Approximate Mean Temp. of Air deduced 65.0

Diff. between Air and sunk Therm. +6.3

—————————————————————————————————-

Locality Sidhee

Date Jan.5 to 6

Elevation 20 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 71.0

Extreme Temperature of Air observed 52.7 to 70.2

Approximate Mean Temp. of Air deduced 65.0

Diff. between Air and sunk Therm. +6.0

—————————————————————————————————-

Locality Hattiah

Date Jan.6 to 9

Elevation 20 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 67.7 (shaded by trees)

Extreme Temperature of Air observed 50.2 to 77.5

Approximate Mean Temp. of Air deduced 64.5

Diff. between Air and sunk Therm. +3.2

—————————————————————————————————-

Locality Seetakoond

Date Jan. 9 to 14

Elevation 20 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 73.3 to 73.7

Extreme Temperature of Air observed 55.2 to 79.5

Approximate Mean Temp. of Air deduced 70.2

Diff. between Air and sunk Therm. +3.3

—————————————————————————————————-

Locality Calcutta*

Date Jan. 16 to Feb. 5

Elevation 18 feet

Depth 2 ft. 7 in.

Temp. of sunk Therm. 76.0 to 77.0

Extreme Temperature of Air observed 56.5 to 82.0**

Approximate Mean Temp. of Air deduced 69.3

Diff. between Air and sunk Therm. +7.2

—————————————————————————————————-

* Observations at the Mint, etc., by Mr. Muller.

** Observations for temperature of air, taken at the Observatory.

APPENDIX I.

ON THE DECREMENT OF TEMPERATURE IN ASCENDING THE SIKKIM HIMALAYA MOUNTAINS AND KHASIA MOUNTAINS.

I have selected as many of my observations for temperature of the sir as appeared to be trustworthy, and which, also, were taken contemporaneously with others at Calcutta, and I have compared them with the Calcutta observations, in order to find the ratio of decrement of heat to an increase of elevation. The results of several sets of observations are grouped together, but show so great an amount of discrepancy, that it is evident that a long series of months and the selection of several stations are necessary in a mountain country to arrive at any accurate results. Even at the stations where the most numerous and the most trustworthy observations were recorded, the results of different months differ extremely; and with regard to the other stations, where few observations were taken, each one is affected differently from another at the same level with it, by the presence or proximity of forest, by exposure to the east or west, to ascending or descending currents in the valleys, and to cloud or sunshine. Other and still more important modifying influences are to be traced to the monthly variations in the amount of humidity in the air and the strength of its currents, to radiation, and to the evolution of heat which accompanies condensation raising the temperature of elevated regions during the rainy season. The proximity of large masses of snow has not the influence I should have expected in lowering the temperature of the surrounding atmosphere, partly no doubt because of the more rapid condensation of vapours which it effects, and partly because of the free circulation of the currents around it. The difference between the temperatures of adjacent grassy and naked or rocky spots, on the other hand, is very great indeed, the former soon becoming powerfully heated in lofty regions where the sun's rays pass through a rarefied atmosphere, and the rocks especially radiating much of the heat thus accumulated, for long after sunset. In various parts of my journals I have alluded to other disturbing causes, which being all more or leas familiar to meteorologists, I need not recapitulate here. Their combined effects raise all the summer temperatures above what they should theoretically be.

In taking Calcutta as a standard of comparison, I have been guided by two circumstances; first, the necessity of selecting a spot where observations were regularly and accurately made; and secondly, the being able to satisfy myself by a comparison of my instruments that the results should be so far strictly comparable.

I have allowed 1 degree Fahr. for every degree in latitude intervening between Sikkim and Calcutta, as the probable ratio of diminution of temperature. So far as my observations made in east Bengal and in various parts of the Gangetic delta afford a means of solving this question, this is a near approximation to the truth. The spring observations however which I have made at the foot of the Sikkim Himalaya would indicate a much more rapid decrement; the mean temperature of Titalya and other parts of the plains south of the forests, between March and May being certainly 6 degrees-9 degrees lower than Calcutta: this period however is marked by north-west and north-east winds, and by a strong haze which prevents the sun's rays from impinging on the soil with any effect. During the southerly winds, the same region is probably hotter than Calcutta, there being but scanty vegetation, and the rain-fall being moderate.

In the following observations solitary readings are always rejected.

I.—Summer or Rainy Season observations at Dorjiling.

Observations taken during the rainy season of 1848, at Mr. Hodgson's (Jillapahar, Dorjiling) alt. 7,430 feet, exposure free to the north east and west, the slopes all round covered with heavy timber; much mist hence hangs over the station. The mean temperatures of the month at Jillapahar are deduced from horary observations, and those of Calcutta from the mean of the daily maximum and minimum.

No. of Obs. Temp. Equiv. of Month at Jillapahar Temp. Calcutta 1 degree F. ——————————————————————————————- July 284 61.7 86.6 364 feet August 378 61.7 85.7 346 feet September 407 58.9 84.7 348 feet October 255 55.3 83.3 316 feet ——————————————————————————————- 1,324 Mean 344 feet

IL—Winter or dry season obaervatians at Dorjiling.

1. Observations taken at Mr. J. Muller's, and chiefly

by himself, at "the Dale;" elev. 6,956 feet; a

sheltered spot, with no forest near, and a free

west exposure. 103 observations. Months: November,

December, January, and February 1 degree=313 ft.

2. Observations at Dr. Campbell's (Superintendent's)

house in April; elev. 6,950 feet; similar exposure

to the last. 13 observations in April 1 degree=308 ft.

3. Observations by Mr. Muller at Colinton; elev. 7,179

feet; free exposure to north-west; much forest about

the station, and a high ridge to east and south.

38 observations in winter months 1 degree=290 ft.

4. Miscellaneous (11) observations at Leebong;

elev. 6000 feet; in February; free exposure all

round 1 degree=266 ft.

5. Miscellaneous observations at "Smith's Hotel;"

Dorjiling, on a cleared ridge; exposed all round;

elev. 6,863 feet. April and May 1 degree=252 ft.

————————-

Mean of winter observations 1 degree=286 ft.

Mean of summer observations 1 degree=344 ft.

————————-

Mean 310 ft.

III.—Miscellaneous observations taken at different places in Dorjiling, elevations 6,900 to 7,400 feet, with the differences of temperature between Calcutta and Dorjiling.

Number Difference Equivalent

Month of Observ. of Temperature 1 degree F.=

——————————————————————————————-

January 27 30.4 287 ft.

February 84 32.8 265

March 37 41.9 196

April 7 36.0 236

March and April 29 37.3 224

July 83 23.6 389

August 74 22.4 415

September 95 25.7 350

October 18 29.5 297

——————————————————————————————-

Sum 454 Mean 31.1 Mean 296 ft.

These, it will be seen, give a result which approximates to that of the sets I and II. Being deduced from observations at different exposures, the effects of these may be supposed to be eliminated. It is to be observed that the probable results of the addition of November and December's observations, would be balanced by those of May and June, which are hot moist months.

IV.—Miscellaneous cold weather observations made at various elevations between 1000 and 17,000 feet, during my journey into east Nepal and Sikkim, in November to January 1848 and 1849. The equivalent to 1 degree Fahr. was deduced from the mean of all the observations at each station, and these being arranged in sets corresponding to their elevations, gave the following results.

Number of Number of Equivalent

Elevation Stations Observations 1 degree F.=

———————————————————————————————-

1,000 to 4,000 ft. 27 111 215 ft.

4,000 to 8,000 ft. 52 197 315

8,000 to 12,000 ft. 20 84 327

12,000 to 17,000 ft. 14 54 377

———————————————————————————————-

Sum 113 Sum 446 Mean 308 ft.

The total number of comparative observations taken during that journey, amounted to 563, and the mean equivalent was 1 degree=303 feet, but I rejected many of the observations that were obviously unworthy of confidence.

V.—Miscellaneous observations (chiefy during the rainy season) taken during my journey into Sikkim and the frontier of Tibet, between May 2nd and December 25th, 1848. The observations were reduced as in the previous instance. The rains on this occasion were unusually protracted, and cannot be said to have ceased till mid-winter, which partly accounts for the very high temperatures.

Number of Number of Equivalent

Elevation Stations Observations 1 degree F.=

———————————————————————————————-

1,000 to 4,000 ft. 10 45 422 ft.

4,000 to 8,000 ft. 21 283 336

8,000 to 12,000 ft. 18 343 355

12,000 to 17,000 ft. 29 219 417

———————————————————————————————-

Sum 78 Sum 890 Mean 383 ft.

The great elevation of the temperature in the lowest elevations is accounted for by the heating of the valleys wherein these observations were taken, and especially of the rocks on their floors. The increase with the elevation, of the three succeeding sets, arises from the fact that the loftier regions are far within the mountain region, and are less forest clad and more sunny than the outer Himalaya.

A considerable number of observations were taken during this journey at night, when none are recorded at Calcutta, but which are comparable with contemporaneous observations taken by Mr. Muller at Dorjiling. These being all taken during the three most rainy months, when the temperature varies but very little during the whole twenty-four hours, I expected satisfactory results, but they proved very irregular and anomalous.

The means were—

At 21 stations of greater elevation than Dorjiling 1 degree=348 ft.

At 17 stations lower in elevation 1 degree=447 ft.

VI.—_Sixty-four contemporaneous observations at Jillapahar, 7,430 feet, and the bed of the Great Rungeet river, 818 feet; taken in

January and February, give 1 degree=322 feet.

VII.—Observations taken by burying a thermometer two and a half to three feet deep, in a brass tube, at Dorjiling and at various elevations near that station.

Month February and March

Upper Stations Jillapahar, 7,430 feet

Lower Stations Leebong, 6000 feet

1 degree= 269 feet

Month February

Upper Stations Jillapahar, 7,430 feet

Lower Stations Guard-house, Great Rungeet, 1,864 feet

1 degree= 298 feet

Month April

Upper Stations Leebong, 6000 feet

Lower Stations Guard-house, Great Rungeet, 1,864 feet

1 degree= 297 feet

Month April

Upper Stations Jillapahar, 7,430 feet

Lower Stations Khersiong, 4,813 feet

1 degree= 297 feet

Month March and April

Upper Stations Khersiong, 4,813 feet

Lower Stations Punkabaree, 1,850 feet

1 degree= 223 feet

Month March, April, May

Upper Stations Jillapahar, 7,430 feet

Lower Stations Punkabaree, 1,850 feet

1 degree= 253 feet

Mean 1 degree=273 feet

The above results would seem to indicate that up to an elevation of 7,500 feet, the temperature diminishes rather more than 1 degree Fahr. for every 300 feet of ascent or thereabouts; that this decrement is much leas in the summer than in the winter months; and I may add that it is less by day than by night. There is much discrepancy between the results obtained at greater or less elevations than 7000 feet; but a careful study of these, which I have arranged in every possible way, leads me to the conclusion that the proportion map be roughly indicated thus:—

1 degree=300 feet, for elevations from 1000 to 8000 feet. 1 degree=320 feet, for elevations from 8000 to 10,000 feet. 1 degree=350 feet, for elevations from 10,000 to 14,000 feet. 1 degree=400 feet, for elevations from 14,000 to 18,000 feet.

VIII.—Khasia mountain observations.

Churra Poonji

Date June 13 to 26

Calcutta Observations 86.3 degrees

Number of Observations 63

Churra Observations 70.1 degrees

Number of Observations 67

1 degree= 300 feet

Altitude above the Sea 4,069 feet

Date August 7 to September 4

Calcutta Observations 84.6 degrees

Number of Observations 196

Churra Observations 69.2 degrees

Number of Observations 214

1 degree= 331 feet

Altitude above the Sea 4,225 feet

Date October 29 to November 16

Calcutta Observations 80.7 degrees

Number of Observations 85

Churra Observations 63.1 degrees

Number of Observations 133

1 degree= 282 feet

Altitude above the Sea 4,225 feet

Total Calcutta Observations 354

Total Churra Observations 414

Mean 1 degree= 304 feet

Kala-panee

Date June, Aug., Sept.

Calcutta Observations 85.5 degrees

Number of Observations 35

Khasia Observations 67.4 degrees

Number of Observations 35

1 degree= 345 feet

Altitude above the Sea 5,302 feet

Moflong

Date June, July, Aug., Oct.

Calcutta Observations 85.9 degrees

Number of Observations 73

Khasia Observations 68.8 degrees

Number of Observations 74

1 degree= 373 feet

Altitude above the Sea 6,062 feet

Syong

Date

Calcutta Observations 85.1 degrees

Number of Observations 4

Khasia Observations 65.0 degrees

Number of Observations 6

1 degree= 332 feet

Altitude above the Sea 5,734 feet

Myrung

Date August

Calcutta Observations 89.1 degrees

Number of Observations 42

Khasia Observations 69.7 degrees

Number of Observations 41

1 degree= 343 feet

Altitude above the Sea 5,632 feet

Myrung

Date October

Calcutta Observations 82.9 degrees

Number of Observations 21

Khasia Observations 63.2 degrees

Number of Observations 58

1 degree= 336 feet

Altitude above the Sea 5,632 feet

Nunklow

Calcutta Observations 86.4 degrees

Number of Observations 139

Khasia Observations 70.9 degrees

Number of Observations 139

1 degree= 372 feet

Altitude above the Sea 4,688 feet

Mooshye

Date September 23

Calcutta Observations 78.5 degrees

Number of Observations 9

Khasia Observations 66.3 degrees

Number of Observations 12

1 degree= 499 feet

Altitude above the Sea 4,863 feet

Pomrang

Date September 23

Calcutta Observations 82.7 degrees

Number of Observations 51

Khasia Observations 65.8 degrees

Number of Observations 51

1 degree= 369 feet

Altitude above the Sea 5,143 feet

Amwee

Date September 23

Calcutta Observations 79.9 degrees

Number of Observations 15

Khasia Observations 67.1 degrees

Number of Observations 11

1 degree= 396 feet

Altitude above the Sea 4,105 feet

Joowy

Date September 23

Calcutta Observations 79.5 degrees

Number of Observations 11

Khasia Observations 69.0 degrees

Number of Observations 7

1 degree= 567 feet

Altitude above the Sea 4,387 feet

Total Calcutta Observations 400

Total Khasia Observations 434

Mean 1 degree= 385 feet

The equivalent thus deduced is far greater than that brought out by the Sikkim observations. It indicates a considerably higher temperature of the atmosphere, and is probably attributable to the evolution of heat during extraordinary rain-fall, and to the formation of the surface, which is a very undulating table-land, and everywhere traversed by broad deep valleys, with very steep, often precipitous flanks; these get heated by the powerful sun, and from them, powerful currents ascend. The scanty covering of herbage too over a great amount of the surface, and the consequent radiation of heat from the earth, must have a sensible influence on the mean temperature of the summer months.

APPENDIX J.

ON THE MEASUREMENT OF ALTITUDES BY THE BOILING-POINT THERMOMETER.

The use of the boiling-point thermometer for the determination of elevations in mountainous countries appearing to me to be much underrated, I have collected the observations which I was enabled to take, and compared their results with barometrical ones.

I had always three boiling-point thermometers in use, and for several months five; the instruments were constructed by Newman, Dollond, Troughton, and Simms, and Jones, and though all in one sense good instruments, differed much from one another, and from the truth. Mr. Welsh has had the kindness to compare the three best instruments with the standards at the Kew Observatory at various temperatures between 180 degrees and the boiling-point; from which comparison it appears, that an error of l.5 degrees may be found at some parts of the scale of instruments most confidently vouched for by admirable makers. Dollond's thermometer, which Dr. Thomson had used throughout his extensive west Tibetan journeys, deviated but little from the truth at all ordinary temperatures. All were so far good, that the errors, which were almost entirely attributable to carelessness in the adjustments, were constant, or increased at a constant ratio throughout all parts of the scale; so that the results of the different instruments have, after correction, proved strictly comparable.

The kettle used was a copper one, supplied by Newman, with free escape for the steam; it answered perfectly for all but very high elevations indeed, where, from the water boiling at very low temperatures, the metal of the kettle, and consequently of the thermometer, often got heated above the temperature of the boiling water.

I found that no confidence could be placed in observations taken at great elevations, by plunging the thermometer in open vessels of boiling water, however large or deep, the abstraction of heat from the surface being so rapid, that the water, though boiling below, and hence bubbling above, is not uniformly of the same temperature throughout.

In the Himalaya I invariably used distilled, or snow or rain-water; but often as I have tried common river-water for comparison, I never found that it made any difference in the temperature of the boiling-point. Even the mineral-spring water at Yeumtong, and the detritus-charged glacial streams, gave no difference, and I am hence satisfied that no objection can be urged against river waters of ordinary purity.

On several occasions I found anomalous rises and falls in the column of mercury, for which I could not account, except theoretically, by assuming breaks in the column, which I failed to detect on lifting the instrument out of the water; at other times, I observed that the column remained for several minutes stationary, below the true temperature of the boiling water, and then suddenly rose to it. These are no doubt instrumental defects, which I only mention as being sources of error against which the observer must be on the watch: they can only be guarded against by the use of two instruments.

With regard to the formula employed for deducing the altitude from a boiling-point observation, the same corrections are to a great extent necessary as with barometric observations: if no account is taken of the probable state of atmospheric pressure at the level of the sea at or near the place of observation, for the hour of the day and month of the year, or for the latitude, it is obvious that errors of 600 to 1000 feet may be accumulated. I have elsewhere stated that the pressure at Calcutta varies nearly one inch (1000 feet), between July and January; that the daily tide amounts to one-tenth of an inch (=100 feet); that the multiplier for temperature is too great in the hot season and too small in the cold; and I have experimentally proved that more accuracy is to be obtained in measuring heights in Sikkim, by assuming the observed Calcutta pressure and temperature to accord with that of the level of the sea in the latitude of Sikkim, than by employing a theoretical pressure and temperature for the lower station.

In the following observations, the tables I used were those printed by Lieutenant-Colonel Boileau for the East India Company's Magnetic Observatory at Simla, which are based upon Regnault's Table of the 'Elastic Force of Vapour.' The mean height of the barometrical column is assumed (from Bessel's formula) to be 29.924 at temp. 32 degrees, in lat. 45 degrees, which, differing only .002 from the barometric height corresponding to 212 degrees Fahrenheit, as determined experimentally by Regnault, gives 29.921 as the pressure corresponding to 212 degrees at the level of the sea.

The approximate height in feet corresponding to each degree of the boiling-point, is derived from Oltmann's tables. The multipliers for the mean temperature of the strata of atmosphere passed through, are computed for every degree Fahrenheit, by the formula for expansion usually employed, and given in Baily's Astronomical Tables and Biot's Astronomie Physique.

For practical purposes it may be assumed that the traveller, in countries where boiling-point observations are most desired, has never the advantage of a contemporaneous boiling-point observation at a lower station. The approximate difference in height is hence, in most cases, deduced from the assumption, that the boiling-point temperature at the level of the sea, at the place of observation, is 212 degrees, and that the corresponding temperature of the air at the level of the sea is hotter by one degree for every 330 feet of difference in elevation. As, however, the temperature of boiling water at the level of the sea varies at Calcutta between July and January almost from 210.7 degrees to 212.6 degrees, I always took the Calcutta barometer observation at the day and hour of my boiling-point observation, and corrected my approximate height by as many feet as correspond to the difference between the observed height of the barometer at Calcutta and 29.921; this correction was almost invariably (always normally) subtractive in the summer, often amounting to upwards of 400 feet: it was additive in winter, and towards the equinoxes it was very trifling.

For practical purposes I found it sufficient to assume the Calcutta temperature of the air at the day and hour of observation to be that of the level of the sea at the place of observation, and to take out the multiplier, from the mean of this and of the temperature at the upper station. As, however, 330 feet is a near approach to what I have shown (Appendix I.) to be the mean equivalent of 1 degree for all elevations between 6000 and 18,000 feet; and as the majority of my observations were taken between these elevations, it results that the mean of all the multipliers employed in Sikkim for forty-four observations amounts to 65.1 degrees Fahrenheit, using the Calcutta and upper station observations, and 65.3 degrees on the assumption of a fall of 1 degree for every 330 feet. To show, however, how great an error may accrue in individual cases from using the formula of 1 degree to 330, I may mention that on one occasion, being at an elevation of 12,000 feet, with a temperature of the air of 70 degrees, the error amounted to upwards of 220 feet, and as the same temperature may be recorded at much greater elevations, it follows that in such cases the formula should not be employed without modification.

A multitude of smaller errors, arising from anomalies in the distribution of temperature, will be apparent on consulting my observations on the temperature at various elevations in Sikkim; practically these are unavoidable. I have also calculated all my observations according to Professor J. Forbes's formula of 1 degree difference of temperature of boiling-water, being the equivalent of 550 feet at all elevations. (See Ed. Phil. Trans., vol xv. p. 405.) The formula is certainly not applicable to the Sikkim Himalaya; on the contrary, my observations show that the formula employed for Boileau's tables gives at all ordinary elevations so very close an approach to accuracy on the mean of many observations, that no material improvement in its construction is to be anticipated.

At elevations below 4000 feet, elevations calculated from the boiling-point are not to be depended on; and Dr. Thomson remarked the same in north-west India: above 17,000 feet also the observations are hazardous, except good shelter and a very steady fire is obtainable, owing to the heating of the metal above that of the water. At all other elevations a mean error of 100 feet is on the average what is to be expected in ordinary cases. For the elevation of great mountain masses, and continuously elevated areas, I conceive that the results are as good as barometrical ones; for the general purposes of botanical geography, the boiling-point thermometer supersedes the barometer in point of practical utility, for under every advantage, the transport of a glass tube full of mercury, nearly three feet long, and cased in metal, is a great drawback to the unrestrained motion of the traveller.

In the Khasia mountains I found, from the mean of twelve stations and twenty-three observations, the multiplier as derived from the mean of the temperature at the upper station and at Calcutta, to be 75.2 degrees, and as deduced from the formula to be 73.1 degrees. Here, however, the equivalent in feet for 1 degree temp. is in summer very high, being 1 degree=385 feet. (See Appendix I.) The mean of all the elevations worked by the boiling-point is upwards of 140 feet below those worked by the barometer.

The following observations are selected as having at the time been considered trustworthy, owing to the care with which they were taken, their repetition in several cases, and the presumed accuracy of the barometrical or trigonometrical elevation with which they are compared. A small correction for the humidity of the air might have been introduced with advantage, but as in most barometrical observations, the calculations proceed on the assumption that the column of air is in a mean state of saturation; as the climate of the upper station was always very moist, and as most of the observations were taken during the rains, this correction would be always additive, and would never exceed sixty feet.

It must be borne in mind that the comparative results given below afford by no means a fair idea of the accuracy to be obtained by the boiling-point. Some of the differences in elevation are probably due to the barometer. In other cases I may have read off the scale wrong, for however simple it seems to read off an instrument, those practically acquainted with their use know well how some errors almost become chronic, how with a certain familiar instrument the chance of error is very great at one particular part of the scale, and how confusing it is to read off through steam alternately from several instruments whose scales are of different dimensions, are differently divided, and differently lettered; such causes of error are constitutional in individual observers. Again, these observations are selected without any reference to other considerations but what I have stated above; the worst have been put in with the best. Had I been dependent on the boiling-point for determining my elevations, I should have observed it oftener, or at stated periods whenever in camp, worked the greater elevations from the intermediate ones, as well as from Calcutta, and resorted to every system of interpolation. Even the following observations would be amended considerably were I to have deduced the elevation by observations of the boiling-point at my camp, and added the height of my camp, either from the boiling-point observations there, or by barometer, but I thought it better to select the most independent method of observation, and to make the level of the sea at Calcutta the only datum for a lower station.

SERIES I.—Sikkim Observations.

Elev. by

Barom. or Temp. Elev.

Place. Month. Trigonom. B.P. Air by B.P. Error

(feet) (feet) (feet)

————————————————————————————————————

Great Rungeet river Feb. B 818 210.7 56.3 904 + 86

Bhomsong Dec. 1,544 210.2 58.0 1,321 -223

Guard House, Gt Rungeet April 1,864 208.1 72.7 2,049 +185

Choongtam Aug. 5,268 202.6 65.0 5,175 - 93

Dengha Aug. 6,368 200.6 68.0 6,246 -122

Mr. Muller's (Dorjiling) Feb. Tr 6,925 199.4 41.3 7,122 +197

Dr. Campbell's (do.) April 6,932 200.1 59.5 6,745 -187

Mr. Hodgson's (do.) Feb. B 7,429 199.4 47.6 7,318 -111

Sinchul Jan. Tr 8,607 197.0 41.7 8,529 - 78

Lachoong Aug. B 8,712 196.4 54.6 8,777 + 65

Lamteng Aug. 8,884 196.3 77.0 8,937 + 53

Zemu Samdong July 8,976 196.1 58.6 8,916 - 60

Mainom Dec. Tr 10,702 193.4 38.0 10,516 -186

Junct. of Zemu & Thlonok July B 10,846 193.6 52.0 10,872 + 26

Tallum July 11,482 191.8 54.6 11,451 - 31

Yeumtong Sept. 11,919 191.3 52.2 11,887 - 32

Zemu river June 12,070 190.4 48.5 12,139 + 69

Tungu July & 12,751 189.7 43.4 12,696 - 55

Oct.

Jongri Jan. 13,194 188.8 26.0 13,151 - 43

Zemu river June 13,281 188.5 47.0 13,360 + 79

Lachee-pia Aug. 15,262 186.0 42.8 14,912 -350

Momay Sept. 15,362 186.1 48.6 14,960 -402

Palung Oct. 15,620 185.4 45.8 15,437 -183

Kongra Lama July 15,694 184.1 41.5 16,041 +347

Snow-bed above Yeumtong Sept. 15,985 184.6 44.5 15,816 -169

Tunkra pass Aug. 16,083 164.1 39.0 16,137 + 54

Yeumtso Oct. 16,808 183.1 15.0 16,279 -529

Donkia Sept. 16,978 182.4 41.0 17,049 + 71

Mountain above Momay Sept. 17,394 181.9 47.8 17,470 + 76

Sebolah pass Sept. 17,585 181.9 46.5 17,517 - 68

Kinchinjhow Sept. 17,624 181.0 47.5 18,026 +402

Donkia Mountain Sept. 18,510 180.6 37.1 18,143 -367

Ditto Sept. 18,307 179.9 38.8 18,597 +290

Bhomtso Oct. 18,450 181.2 52.0 18,305 -145

Donkia pass Sept. 18,466 181.2 45.5 17,866 -600

————————————————————————————————————

Mean - 58

SERIES II.—Khasia Mountains.

Elev. Elev.

Place Month Bar. B.P. Tm. Air by B.P. Diff.

(feet) (feet) (feet)

———————————————————————————————————

Churra June 4,069 204.4 70.3 4,036 - 33

Amwee Sept. 4,105 205.1 67.7 4,041 - 64

Nurtiung Oct. 4,178 205.0 70.0 4,071 -107

Nunklow July 4,688 203.9 69.8 4,333 -355

Kala-panee June, July, 5,302 202.2 65.8 5,202 -100

Sept., Oct.

Myrung July 5,647 201.9 69.4 5,559 - 88

Syong July 5,725 201.8 70.8 5,632 - 93

Moflong July, Aug., 6,062 201.4 64.8 5,973 - 89

Oct., Nov.

Chillong Nov. 6,662 201.2 62.8 6,308 -354

———————————————————————————————————

Mean 5,160 5,016 -143

APPENDIX K.

ACTTNOMETER OBSERVATIONS.

The few actinometer observations which I was enabled to record, were made with two of these instruments constructed by Barrow, and had the bulbs of their thermometers plunged into the fluid of the chamber. They were taken with the greatest care, in conformity with all the rules laid down in the "Admiralty Guide," and may, I think, be depended upon. In the Sikkim Himalaya, a cloudless day, and one admitting of more than a few hours' consecutive observations, never occurs—a day fit for any observation at all is very, rare indeed. I may mention here that a small stock of ammonia-sulphate of copper in crystals should be supplied with this instrument, also a wire and brush for cleaning, and a bottle with liquid ammonia: all of which might be packed in the box.

Active 6.568. Time always mean.

Jillapahar, Dorjiling, Elev. 7430 feet, Lat. 27 degrees 3 minutes N., Long. 88 degrees 13 minutes E.

A.— APRIL 19th, 1850. Watch slow 1 minute 15 seconds mean time.

Tem. Act.

Hour Act. Act. Reduced Barom. Air

—————————————————————————————————

a.m. 8.0 to 8.13 11.1 65.5 0.9900 22.960 53.5

8.15 to 8.28 15.0 69.5 12.2645

9.0 to 9.13 17.7 71.5 14.5140 22.948 56.0

10.0 to 10.13 19.1 72.5 15.4710 22.947 57.0

11.0 to 11.13 19.0 75.0 14.9150 22.946 58.5

p.m. 0.0 to 0.13 18.8 75.0 12.7600 22.944 60.3

1.0 to 1.13 17.2 73.3 13.8976 22.939 59.4

2.0 to 2.13 17.4 74.0 13.8330 22.914 60.3

—————————————————————————————————

Black

Hour D.P. Diff. Sat. Bulb

—————————————————————————————————

a.m. 8.0 to 8.13 33.8 19.7 .505 88.0 Day unexceptional,

8.15 to 8.28 111.5 wind S.W., after

9.0 to 9.13 37.2 18.8 .153 110.0 10 a.m. squally.

10.0 to 10.13 39.7 17.3 .550 121.0

11.0 to 11.13 38.2 20.3 .500 125.0

p.m. 0.0 to 0.13 44.8 15.5 .592 120.0

1.0 to 1.13 40.7 18.7 .546 122.0 Dense haze over

2.0 to 2.13 44.1 16.2 .577 108.0 snowy Mts.

—————————————————————————————————

B.—APRIL 20th Tem. Act. Hour Act. Act. Reduced Barom. Air ————————————————————————————————— a.m. 8.0 to 8.13 11.8 64.0 10.9150 22.969 43.4 9.0 to 9.13 17.8 73.3 14.2750 22.974 36.2 10.0 to 10.13 18.8 65.0 14.7580 22.985 57.0 ————————————————————————————————— Black Hour D.P. Diff. Sat. Bulb ————————————————————————————————— a.m. 8.0 to 8.13 43.4 10.8 .691 74.0 Dense haze, 9.0 to 9.13 44.1 12.1 .662 92.0 S.E. wind, 10.0 to 10.13 42.5 14.5 .609 92.0 cloudless sky. —————————————————————————————————

Superintendent's House, Dorjiling. Elev. 6932 feet. C.—APRIL 21st. Watch slow 1 minute mean time. Tem. Act. Hour Act. Act. Reduced Barom. Air ————————————————————————————————— a.m. 8.35 to 8.48 17.3 65.0 15.7084 56.4 9.07 to 9.20 20.9 72.7 16.8872 23.447 63.8 10.0 to 10.13 23.9 77.3 18.3791 60.8 11.0 to 11.13 24.4 81.0 17.8864 ————————————————————————————————— Black Hour D.P. Diff. Sat. Bulb ————————————————————————————————— a.m. 8.35 to 8.48 47.6 8.8 .741 97.0 Day very fine, 9.07 to 9.20 49.9 13.9 .628 100.0 snowy Mts. in 10.0 to 10.13 49.2 11.6 .677 109.0 dull red haze, 11.0 to 11.13 107.5 wind S.E. faint. —————————————————————————————————

Rampore Bauleah (Ganges). Elev. 130 feet. Lat. 22 degrees 24 minutes N., Long. 88 degrees 40 minutes E.

MAY 17th, 1850.

Watch slow 15 seconds mean time.

Tem. Act.

Hour Act. Act. Reduced Barom. Air

—————————————————————————————————

a.m. 7.51 to 8.13 13.0 88.0 8.8790 29.698 87.5

9.03 to 9.16 19.5 96.0 12.5190 92.0

9.20 to 9.33 21.2 107.0 12.7836 29.615 92.3

11.15 to 11.28 21.1 105.0 12.8499 98.5

11.32 to 11.45 16.5 108.7 9.8770 29.620 98.3

p.m. 1.20 to 1.33 21.6 108.5 12.9348 104.5

1.40 to 1.53 21.4 113.7 12.4976 105.8

—————————————————————————————————

Black

Hour D.P. Diff. Sat. Bulb

—————————————————————————————————

a.m. 7.51 to 8.13 80.1 7.4 .793 91.0 S.E. wind, very

9.03 to 9.16 81.2 10.8 .715 83.8 hazy to west, sky

9.20 to 9.33 80.2 12.1 .687 132.0 pale blue.

11.15 to 11.28 74.8 23.7 .478 98.5 Wind west, rising.

11.32 to 11.45 74.3 24.0 .475 142.0

p.m. 1.20 to 1.33 76.7 27.8 .425 144.0

1.40 to 1.53 72.2 33.6 .355 134.0

—————————————————————————————————

Churra, Khasia Mountains. Elev. 4225 feet, Lat. 25 degrees 15 minutes N., Long. 91 degrees 47 minutes E. A—NOVEMBER 4th, 1850. Watch slow 7 minutes mean time. Tem. Act. Hour Act. Act. Reduced Barom. Air ————————————————————————————————— a.m. 6.20 to 6.30 5.0 63.7 4.6400 25.781 57.8 6.32 to 6.42 7.4 65.4 6.6896 59.0 7.55 to 8.05 20.0 77.5 15.2400 63.5 8.08 to 8.18 21.0 82.0 15.2040 64.4 8.20 to 8.30 24.2 85.8 10.8432 64.8 ————————————————————————————————— Black Hour D.P. Diff. Sat. Bulb ————————————————————————————————— a.m. 6.20 to 6.30 53.1 4.7 .850 75.0 Sky faint blue, 6.32 to 6.42 54.8 4.2 .870 83.0 cloudless, 7.55 to 8.05 56.9 6.6 .806 108.0 wind S.W., 8.08 to 8.18 57.3 7.1 .790 106.5 clouding. 8.20 to 8.30 59.5 5.3 .837 113.5 —————————————————————————————————

B.—NOVEMBER 5th.

Watch slow 7 minutes mean time.

Tem. Act.

Hour Act. Act. Reduced Air

——————————————————————————-

a.m. 6.39 to 6.49 11.2 70.2 9.3408 59.4

6.51 to 7.01 13.4 72.8 10.8138 60.5

7.56 to 8.06 18.4 73.2 15.0161 61.7

8.08 to 8.21 20.4 77.7 15.4836 63.3

9.26 to 9.36 23.8 79.5 17.8072

9.37 to 9.47 25.1 84.0 17.7959

10.57 to 11.07 29.0 89.5 19.5460 66.7

——————————————————————————-

Black

Hour D.P. Diff. Sat. Bulb

—————————————————————————————————

a.m. 6.39 to 6.49 57.6 1.8 .940 Wind S.W.,

6.51 to 7.01 57.8 2.7 .918 clouds rise and

7.56 to 8.06 57.7 4.0 .875 disperse.

8.08 to 8.21 58.7 4.6 .860 Sky pale.

9.26 to 9.36

9.37 to 9.47

10.57 to 11.07 60.8 5.9 8.28 126.0

—————————————————————————————————

C.—NOVEMBER 6th.

Watch slow 7 minutes mean time.

Tem. Act.

Hour Act. Act. Reduced Barom. Air

—————————————————————————————————

a.m. 6.05 to 6.18 2.6 62.0 2.4986 25.781 56.5

6.22 to 6.35 6.5 63.5 6.0710 57.0

6.38 to 6.51 9.6 66.7 8.5152 61.0

8.27 to 8.37 21.7 78.8 16.2750 64.2

8.39 to 8.52 23.0 81.7 19.4750 64.5

—————————————————————————————————

Black

Hour D.P. Diff. Sat. Bulb

—————————————————————————————————

a.m. 6.05 to 6.18 54.5 2.0 .935 Sunrise, 6, pale

6.22 to 6.35 55.1 1.9 .935 yellow red,

6.38 to 6.51 57.4 3.6 .888 cloudless.

8.27 to 8.37 59.3 4.9 .855 100.0 Cirrhus below.

8.39 to 8.52 59.4 5.1 .847 105.0

—————————————————————————————————

D.—NOVEMBER 14th.

Tem. Act.

Hour Act. Act. Reduced Barom. Air

—————————————————————————————————

a.m. 6.12 to 6.22 2.9 60.6 3.5988 25.783 51.5

6.24 to 6.37 6.1 66.0 5.4472 52.7

7.13 to 7.23 12.4 70.8 10.2672 56.5

7.24 to 7.34 14.7 76.0 11.4025 57.8

8.34 to 8.44 19.9 82.8 14.2653 59.8

8.47 to 9.00 21.7 88.8 14.7343 60.5

9.53 to 10.03 23.5 86.6 16.2620 25.832 67.2

10.04 to 10.17 25.3 89.5 17.0775 67.0

11.24 to 11.31 33.3 111.5 20.7014 25.819 64.6

—————————————————————————————————

Black

Hour D.P. Diff. Sat. Bulb

—————————————————————————————————

a.m. 6.12 to 6.22 49.4 2.1 .930

6.24 to 6.37 50.3 2.4 .925

7.13 to 7.23 52.3 4.2 .900 98.0 Thick cumulus low

7.24 to 7.34 53.1 4.7 .855 104.0 on plains.

8.34 to 8.44 50.8 9.0 .742 117.0 Sunrise yellow

8.47 to 9.00 51.6 8.9 .730 121.0 red.

9.53 to 10.03 61.6 5.6 .832 127.0 Cloudless.

10.04 to 10.17 58.8 8.2 .778 133.0

11.24 to 11.31 59.0 5.6 .832 130.0 Clouds rise.

—————————————————————————————————

E.—NOVEMBER 15th.

Tem. Act.

Hour Act. Act. Reduced Barom. Air

—————————————————————————————————

a.m. 9.53 to 10.06 25.8 78.0 17.5306 25.854 63.0

10.50 to 11.03 26.1 80.5 19.1835 64.0

11.31 to 11.44 28.5 84.0 20.2065 65.3

p.m. 0.33 to 0.46 30.9 91.5 20.4267 25.844 65.8

1.07 to 1.21 29.1 90.5 20.4388 67.0

2.47 to 3.00 21.1 75.0 16.5653 25.808 67.2

3.48 to 4.00 16.7 73.0 13.4435 62.0

4.03 to 4.16 16.2 75.0 12.7170 25.803 61.5

—————————————————————————————————

Hour D.P. Diff. Sat.

——————————————————————————————-

a.m. 9.53 to 10.06 55.3 8.7 .772 Sky cloudless.

10.50 to 11.03 52.8 11.2 .690 Wind N.E.

11.31 to 11.44 51.9 13.4 .638

p.m. 0.33 to 0.46 51.2 14.6 .620

1.07 to 1.21 49.6 17.4 .560

2.47 to 3.00 56.6 10.6 .708

3.48 to 4.00 50.8 11.2 .690

4.03 to 4.16 50.5 11.0 .692

——————————————————————————————-

Silchar (Cachar), Elev. 116 feet, Lat. 24 degrees 30 minutes N., Long. 93 degrees E. (approximate).

NOVEMBER 26th, 1850 Watch slow 13 minutes 39 seconds mean time.

Tem. Act.

Hour Act. Act. Reduced Barom. Air

—————————————————————————————————

a.m. 9.11 to 9.24 19.4 69.0 16.4706 66.3

9.34 to 9.41 22.7 81.0 16.5937

9.50 to 9.57 25.3 87.5 17.3558 29.999 68.7

10.07 to 10.14 26.5 91.5 17.5695 70.3

11.03 to 11.16 26.3 89.0 17.5251 73.2

p.m. 0.00 to 0.13 26.4 90.0 17.8144 29.967 74.5

0.58 to 1.11 27.6 94.0 17.9676 76.8

2.51 to 3.04 23.0 93.0 15.0880 29.892 78.5

3.55 to 4.08 17.6 91.5 11.6688 79.5

4.09 to 4.22 15.5 93.5 11.0215 29.881 79.4

4.23 to 4.36 12.0 93.7 7.8360 78.5

—————————————————————————————————

Hour D.P. Diff. Sat.

——————————————————————————————-

a.m. 9.11 to 9.24 63.5 2.8 .860 Dense fog till

9.34 to 9.41 7.30 p.m.

9.50 to 9.57 61.5 7.2 .788 Wind north. Clear.

10.07 to 10.14 62.7 7.6 .780

11.03 to 11.16 60.3 12.9 .657 Wind. N.E. Light

p.m. 0.00 to 0.13 61.7 12.8 .658 cirrhus low.

0.58 to 1.11 60.3 16.5 .586

2.51 to 3.04 62.1 16.4 .588 Streaks of cirrhus

3.55 to 4.08 57.0 22.5 .480 aloft.

4.09 to 4.22 62.1 17.3 .570

4.23 to 4.36 62.1 16.4 .588 Sun sets in hazy

cirrhus.

——————————————————————————————-

Chittagong, Elev. 200 feet, Lat. 22 degrees 20 minutes N., Long. 91 degrees 55 minutes E.

A.—DECEMBER 31st, 1850.

Watch slow 3 minutes 45 seconds mean time.

Tem. Act.

Hour Act. Act. Reduced Barom. Air

—————————————————————————————————

a.m. 7.39 to 7.52 10.0 70.0 8.3700 57.0

8.40 to 8.53 21.3 91.5 14.1219 29.874 59.5

9.04 to 9.08 23.2 89.5 15.6163 63.3

9.52 to 9.56 24.3 87.3 16.7341 29.923 64.5

10.02 to 10.06 25.1 90.5 16.7668 65.7

11.16 to 11.29 24.3 84.5 17.1558 68.5

11.52 to 11.56 26.6 92.6 17.5028 29.892 69.5

p.m. 1.38 to 1.41 24.7 84.0 17.5123 71.7

1.47 to 1.51 25.4 90.7 16.8418

3.10 to 3.17 21.1 86.0 14.6645 29.831 71.0

3.18 to 3.25 19.3 89.3 13.0468

—————————————————————————————————

Black

Hour D.P. Diff. Sat. Bulb

—————————————————————————————————

a.m. 7.39 to 7.52 55.7 1.3 .960 Cloudless.

8.40 to 8.53 57.2 2.3 .920 127.0 Mountains clear.

9.04 to 9.08 59.7 3.6 .890 Wind E.N.E. Cool.

9.52 to 9.56 61.3 3.2 .900 142.0

10.02 to 10.06 60.4 5.3 .840 148.0 Wind N.W.

11.16 to 11.29 58.6 9.9 .722 150.0

11.52 to 11.56 59.2 10.3 .710 Wind S.W.

p.m. 1.38 to 1.41 61.8 9.9 .720

1.47 to 1.51

3.10 to 3.17 60.5 10.5 .710 Clouds about in

3.18 to 3.25 patches.

—————————————————————————————————

B.— JANUARY 1, 1851.

Watch slow 3 minutes 45 seconds mean time.

Tem. Act.

Hour Act. Act. Reduced Barom. Air

—————————————————————————————————

a.m. 7.34 to 7.41 10.0 69.4 8.4200 29.948 55.4

8.38 to 8.45 16.0 70.0 13.3920 58.9

9.44 to 9.51 19.5 74.7 15.3660 29.891 63.2

10.46 to 10.53 21.0 78.2 15.8550 66.7

11.50 to 11.57 21.5 81.2 15.6950 69.8

p.m. 0.06 to 0.13 24.1 88.0 16.4603 29.850 70.3

0.58 to 1.02 23.9 87.2 16.4432 71.0

1.45 to 1.52 21.4 84.5 15.0870 71.3

3.15 to 3.22 18.1 82.5 13.0320 29.798 71.3

4.27 to 4.34 10.2 82.0 7.3746 70.0

4.36 to 4.43 9.8 84.0 6.9482

4.45 to 4.52 8.5 85.0 5.9670

4.56 to 5.09 5.6 85.0 3.9312 67.5

5.12 to 5.18 3.8 84.0 2.6942 29.778 68.7

—————————————————————————————————

Black

Hour D.P. Diff. Sat. Bulb

—————————————————————————————————

a.m. 7.34 to 7.41 54.0 1.4 .953 Mist rises and

8.38 to 8.45 57.7 1.2 .970 104.5 drifts westward

9.44 to 9.51 61.7 1.5 .960 115.0 till 7.30 a.m.

10.46 to 10.53 62.4 4.3 .870 129.0

11.50 to 11.57 58.3 11.5 .688 117.0 Wind N.W., clouds

p.m. 0.06 to 0.13 56.0 14.3 .625 122.5 rise.

0.58 to 1.02 56.7 14.3 .625

1.45 to 1.52 57.5 13.8 .633 117.0

3.15 to 3.22 57.1 14.2 .625

4.27 to 4.34 59.5 10.5 .708

4.36 to 4.43

4.45 to 4.52

4.56 to 5.09 62.7 4.8 .855 Sunset cloudless.

5.12 to 5.18 62.2 6.5 .810

—————————————————————————————————

C.—JANUARY 2, 1851. Watch slow 3 minutes mean time. Tem. Act. Hour Act. Act. Reduced Barom. Air ————————————————————————————————— a.m. 10.02 to 10.09 19.2 71.0 15.8592 64.5 10.20 to 10.24 22.6 79.0 16.9048 29.861 65.6 p.m. 0.03 to 0.10 24.7 89.2 16.6972 29.858 69.0 0.22 to 0.25 25.9 95.5 18.6796 70.7 2.04 to 2.08 23.3 91.5 15.4479 71.2 2.10 to 2.14 23.8 93.0 15.6128 —————————————————————————————————

Black

Hour D.P. Diff. Sat. Bulb

—————————————————————————————————

a.m. 10.02 to 10.09 60.6 3.9 .878 116.0 Low, dense fog at

10.20 to 10.24 61.4 4.2 .872 sunrise, clear at

p.m. 0.03 to 0.10 59.3 9.7 .728 119.0 9 a.m.

0.22 to 0.25 57.5 3.2 .650 Hills hazy and

2.04 to 2.08 61.0 10.2 .718 112.0 horizon grey.

2.10 to 2.14

—————————————————————————————————

APPENDIX L.

TABLE OF ELEVATIONS.

In the following tables I have given the elevations of 300 places, chiefly computed from barometric data. For the computations such observations alone were selected as were comparable with contemporaneous ones taken at the Calcutta Observatory, or as could, by interpolation, be reduced to these, with considerable accuracy: the Calcutta temperatures have been assumed as those of the level of the sea, and eighteen feet have been added for the height of the Calcutta Observatory above the sea. I have introduced two standards of comparison where attainable; namely, 1. A few trigonometrical data, chiefly of positions around Dorjiling, measured by Lieutenant-Colonel Waugh, the Surveyor-General, also a few measured by Mr. Muller and myself, in which we can put full confidence: and, 2. A number of elevations in Sikkim and East Nepal, computed by simultaneous barometer observations, taken by Mr. Muller at Dorjiling. As the Dorjiling barometer was in bad repair, I do not place so much confidence in these comparisons as in those with Calcutta. The coincidence, however, between the mean of all the elevations computed by each method is very remarkable; the difference amounting to only thirty feet in ninety-three elevations; the excess being in favour of those worked by Dorjiling. As the Dorjiling observations were generally taken at night, or early in the morning, when the temperature is below the mean of the day, this excess in the resulting elevations would appear to prove, that the temperature correction derived from assuming the Calcutta observations to correspond with eighteen feet above the level of the sea at Sikkim, has not practically given rise to much error.

I have not added the boiling-point observations, which afford a further means of testing the accuracy of the barometric computations; and which will be found in section J of this Appendix.

The elevation of Jillapahar is given as computed by observations taken in different months, and at different hours of the day; from which there will be seen, that owing to the low temperature of sunrise in the one case, and of January and October in the others, the result for these times is always lowest.

Moat of the computations have been made by means of Oltmann's tables, as drawn up by Lieutenant-Colonel Boileau, and printed at the Magnetic Observatory, Simla; very many were worked also by Bessell's tables in Taylor's "Scientific Memoirs," which, however, I found to give rather too high a result on the averages; and I have therefore rejected most of them, except in cases of great elevation and of remarkable humidity or dryness, when the mean saturation point is an element that should not be disregarded in the computation. To these the letter B is prefixed. By far the majority of these elevations are not capable of verification within a few feet; many of them being of villages, which occupy several hundred feet of a hill slope: in such cases the introduction of the refinement of the humidity correction was not worth the while.

SERIES I.—Elevations on the Grand Trunk-road. February, 1848.

No. of Elevation

Obs. Name of Locality Feet

——————————————————————————————————-

1 Burdwan 93

2 Gyra 630

3 Fitcoree 860

2 Tofe Choney 912

4 Maddaobund 1230

1 Paras-nath saddle B.4231

2 ,, cast peak 4215

1 ,, flagstaff 4428

1 ,, lower limit of Clematis and Berberis 3162

1 Doomree 996

1 Highest point on grand trunk-road 1446

4 Belcuppee 1219

1 Hill 236th mile-stone 1361

3 Burree 1169

1 Hill 243rd mile-stone 1339

3 Chorparun 1322

3 Dunwah 625

1 Bahra 479

1 284th mile-stone 474

2 Sheergotty 460

4 Muddunpore 402

1 312th mile-stone 365

3 Naurungabad 337

4 Baroon (on Soane) 344

4 Dearse 332

——————————————————————————————————-

SERIES II.—Elevations in the Soane Valley. March, 1848.

No. of Elevation

Obs. Name of Locality Feet

——————————————————————————————————-

3 Tilotho 395

6 Akbarpore 403

2 Rotas palace 1489

4 Tura 453

3 Soane-pore 462

6 Kosdera 445

4 Panchadurma 492

1 Bed of Soane above Panchadurma 482

3 Pepura 587

1 Bed of Soane river 400

9 Chahuchee 490

4 Hirrah 531

4 Kotah 541

4 Kunch 561

7 Sulkun 684

——————————————————————————————————-

SERIES III.—Elevations on the Kymore Hills. March, 1848.

No. of Elevation

Obs. Name of Locality Feet

——————————————————————————————————-

2 Roump 1090

9 Shahgunj 1102

1 Amoee 818

1 Goorawul 905

9 Mirzapore (on the Ganges) 362

——————————————————————————————————-

SERIES IV.—Elevations near Dorjiling. 1848 to 1850.

No. of Elevation Obs. Name of Locality Feet ——————————————————————————————————- Jillapahar (Mr. Hodgson's house) 9 ,, sunrise 7301 110 ,, 9.50 p.m. 7443 104 ,, noon 7457 99 ,, 2.40 p.m. 7477 93 ,, 4 p.m. 7447 37 ,, sunset 7447 ———- ———- Sum 452 Mean 7429 ======= Ditto by Monthly observations. ======= 27 January 7400 84 February 7445 37 March 7517 7 April 7582 83 July 7412 74 August 7421 95 September 7454 18 October 7351 ———- ———- Sum 434 Mean 7448 ======= ======= 103 The Dale (Mr. Muller's) B.6957 ,, by trigonometry 6952 16 Superintendent's house B.6932 ,, by trigonometry 6932 38 Colinton (Mr. Muller's) B.7179 25 Leebong B.5993 ,, by trigonometry 6021* 2 Summit of Jillapahar B.7896 2 Smith's hotel 6872 7 Monastery hill below the Dale B. 214.1 The Dale by barometer 6952 ———- 7166 Monastery hill by trigonometry 7165.3 ======= 1 Ging (measured from Dale) B.5156 12 Guard-house at Great Rungeet B.1864 2 Bed of Great Rungeet at cane-bridge 818 5 Guard-house at Little Rungeet 1672 8 Sinchul top 8655 ,, by trigonometry 8607 4 Saddle of road over shoulder of Sinchul 7412 4 Senadah (Pacheem) bungalow 7258 1 Pacheem village 3855 13 Kursiong bungalow B.4813 13 Punkabaree 1815 2 Rungniok village B.4565 2 Tonglo, summit B.10.078 ,, ,, by trigonometry 10.079.4 13 ,, Saddle below summit B.10.008 1 ,, Rocks on ascent of B.8148 4 Source of Balasun 7436 ,, by Dorjiling 7451 8 Goong ridge 7441 —————————————————————————————————— * To summit of chimney, which may be assumed to be 30 feet above where the barometer was hung.

SERIES V.—Elevations in East Nepal, October to December, 1848.

No. By By of Calcutta Dorjiling Obs. Name of Locality Barometer Barometer ——————————————————————————————————- Feet Feet 1 Source of Myong river 4,798 7 Myong valley, camp in 4,345 4,345 7 Myong valley 3,801 3,763 5 Purmiokzong 4,507 4,535 2 Shoulder of Nanki 7,216 1 ,, Shepherds' hut on do. 8,999 3 Summit of Nanki 9,994 10,045 8 ,, Camp on Nanki 9,315 9,324 3 Jummanoo 4,320 4,404 5 Sulloobong 5,244 5,311 4 Bheti village 4,683 4 Sakkiazong village 5,804 5,847 3 Camp on ridge of mountain 8,315 8,391 1 Peak on Sakkiazong 9,356 9,289 3 Makarumbi 5,444 5,525 3 Pemmi river 2,149 2,262 3 Tambur river at junction with Pemmi 1,289 1,487 1 Camp on Tambur, Nov. 13 1,418 1,496 3 ,, Nov. 14 1,600 2 Chintam village 3,404 8 Mywa Guola 2,079 2,185 3 Tambur river, Nov. 18 2,515 2,574 3 ,, Nov. 19 3,113 3,289 3 Taptiatok village 4,207 4,359 2 Loontoong village 5,615 5,738 2 Tambur river, Nov. 23 8,066 8,096 10 Wallanchoon village 10,384 10,389 6 Tuquoroma 12,889 12,999 1 Wallanchoon pass B.16,764 16,748 1 Foot of pass-road 13,501 13,518 4 Yangma Guola 9,236 9,322 2 Base of great moraine 12,098 12,199 2 Top of moraine above ditto B. 679 9 Yangma village camp B.13,516 13,488 1 Lake bed in valley 15,186 1 Upper ditto (Pabuk) B.16,038 4 Yangma valley camp, Dec. 2 10,997 11,001 1 Kambachen pass B.15,770 3 Camp below ditto 11,643 11,611 1 Kambachen village 11,378 2 Camp in valley 11,454 11,514 1 Choonjerma pass B.15,259 4 Camp below ditto 13,289 13,287 1 Yalloong river-terrace 10,449 4 Camp side of valley 10,080 10,035 3 Yankatang village 5,530 5,598 1 Saddle on road south of Khabili 5,746 8 Khabang village 5,495 5,515 1 Spur of Sidingbah, crossed Nov. 19 6,057 5,980 3 Yangyading village 4,082 4,145 4 Sablakoo 4,635 4,718 7 Iwa river, Dec. 12 3,747 3,818 2 ,, Dec. 13 6,134 6,184 4 Singalelah, camp on 9,263 9,328 1 Islumbo pass 10,388 ——————————————————————————————————

SERIES VI.— Elevations in Sikkim, December, 1848, and January, 1849.

No. By By of Calcutta Dorjiling Obs. Name of Locality Barometer Barometer ——————————————————————————————————- Feet Feet 4 Kulhait valley, camp in 6,406 6,374 6 Lingcham village 4,892 4,848 5 Bed of Great Rungeet, December 20 1,805 1,874 6 Lingdam village, December 21 5,552 5,556 6 Nampok village 4,354 4,501 7 Bhomsong 1,556 1,533 8 Mainom top Tr.10,702 B.10,613 1 Neon-gong Goompa 5,225 1 Pass from Teesta to Rungeet 6,824 6 Lingdam village 5,349 5,401 1 Great Rungeet below Tassiding 2,030 Tassiding tamples 4,840 5 Sunnook, camp on 3,955 4,018 1 Bed of Ratong 2,481 1 Pemiongchi temple 7,083 10 Camp at Pemiongchi village 6,551 6,616 9 Tchonpong village 4,952 5,003 1 Bed of Rungbi river 3,165 9 Camp on Ratong river 3,100 3,242 1 Doobdi Goompa 6,493 6,451 22 Yoksun 5,600 5,635 7 Dumpook 6,646 6,710 15 Buckim 8,625 8,693 7 Mon Lepcha top 13,090 13,045 21 Jongri B.13,170 13,184 1 Ratong below Mon Lepcha 7,069 7,217 1 ,, below Yoksun 3,729 3,851 1 Catsuperri lake 6,068 6,009 1 ,, temple 6,493 6,476 4 Tengling village 5,295 5,219 5 Rungbee river bed 3,230 3,350 5 Changachelling temple 6,805 6,850 5 Kulhait river 3,075 3,243 1 Saddle of Hee hill 7,289 6 Camp on Hee hill 6,609 6,744 ——————————————————————————————————

SERIES VII.—Elevations in the Sikkim Terai and Plains of India,

Gangetic Delta and Jheels.

No. of Elevation Obs. Name of Locality Feet —————————————————————————————————- 3 Siligoree Bungalow 302 12 Titalya 326 3 Sahibgunj (west of Titalya) 231 4 Bhatgong 225 4 Thakya-gunj 284 4 Bhojepore 404 5 Rummai 293 5 Rangamally 262 5 Belakoba 368 1 Mela-meli 337 6 Kishengunj 131 43 Mahanuddy river between Kishengunj and Maldah 153 24 ,, ,, Maldah and Rampore Bauleah 98 12 Rampore (Mr. Bell's) 130 13 Dacca (Mr. Atherton's) 72 54 Jheels, Dacca and Pundua *-.003 33 Megna river (June 1st-6th) +.008 13 Soormah (June 9th) +.048 4 Pundua (June 10th and 11th) +.018 3 ,, (Sept. 7th) -.016 5 ,, (Nov. 16th and 17th) -0.66 —————————————————————————————————- * The observations marked thus * are the differences in inches between the readings of my barometer at the station, and that at the Calcutta observatory, which is 18 feet above the sea-level.

SERIES VII— Elevations in Sikkim, May to December, 1849.

No. By By of Calcutta Dorjiling Obs. Name of Locality Barometer Barometer ——————————————————————————————————- Feet Feet 2 Mik, on Tendong 3,912 4 Namtchi, camp on spur 5,608 1 Tendong summit B.8,671 2 Temi, Teesta valley 4,771 Tr.8,663 4 Nampok, Teesta valley B.5,138 8 Lingmo, Teesta Valley B.2,861 5,033 4 Lingtam spur, Teesta valley B.4,743 2,838 4 Gorh, ,, B.4,061 4,867 2 Bling-bong, ,, B.2,657 4,195 8 Linga village, ,, B.2,724 2,711 10 Singtam, May 14 to 16 B.4,435 2,839 16 Singtam (higher on hill) Oct. 30 to Nov. 2 B.4,575 5 Niong 3,954 2 Namgah 4,229 7 Chakoong 4,371 4,443 27 Choongtam, May 5,245 5,284 37 Choongtam, August 5,247 5,297 4 Dholep, Lachen 6,120 6,145 4 Dengha, Lachen 6,337 6,399 3 Latong, Lachen 6,471 6,310 8 Kampo Samdong 7,315 7,344 1 Chateng 8,819 8,695 1 Chateng, lower on spur 8,493 8,343 33 Lamteng village 8,900 8,867 53 Zemu Samdong 9,026 8,926 1 Snow bed across Zemu river 9,828 4 Camp on banks of Zemu 10,223 10,271 74 Junction on Thlonok and Zemu 10,864 10,828 47 Camp on banks of Zemu river 12,064 12,074 1 Zemu river, June 13 12,422 1 Zemu river, higher up, June 13 13,281 2 Yeunga (Lachen valley) 10,196 43 Tallum Samdong 11,540 11,424 20 Tungu, July 12,779 12,723 30 Tungu, October 12,799 12,747 1 Palung plains 15,697 3 Sitong 15,372 2 Kongra Lama pass 15,745 15,642 5 Yeumtso (in Tibet) 16,808 2 Bhomtso (in Tibet) 18,590 6 Cholamoo lakes (in Tibet) 16,900 2 Donkia pass, October 18,589 2 Donkia pass, September 18,387 56 Momay Samdong 15,362 15,069 Measured from Momay 1 Donkia, September 13 16,876 17,079 1 Kinchinjhow, September 14 17,495 17,656 1 Sebolah pass 17,604 17,567 1 South shoulder of Donkia, September 20 18,257 18,357 1 Mountain north of Momay, September 17 B.17,394 1 West shoulder of Donkia mountain, Sept. 26 B.18,510

The following were measured trigonometrically.

Forked Donkia mountain Tr.20,870

Kinchinjhow mountain Tr.22,750

Tomo-chamo, east top of Kinchinjhow Tr.21,000

Thlonok mount, Peak on Tr.20,000

Chango-khang mountain Tr.20,600

Tukcham mountain, from Dorjiling Tr.19,472

Chomiomo mountain Tr.22,700

Summit of Donkia (from Donkia pass and Bhomtso) Tr.22,650

Tunkra Mountain, from Dorjiling Tr.18,250

By

Dorjiling

Barometer

48 Yeumtong 11,933 11,839

7 Yeumtong, October 11,951

By

Yeumtong

Barometer

2 Snow bed above Yeumtong B.15,971 16,000

3 Punying B.11,299

By

Dorjiling

Barometer

51 Lachoong village, August B. 8,712 8,474

12 Lachoong village, October B. 8,705

8 Lacheepia B.15,293 15,231

2 Tunkra pass B.16,083

3 Rock on ascent to ditto B.13,078 13,144

4 Keadom B. 6,609

3 Tukcham village B. 3,849

5 Rinkpo village B. 6,008

7 Laghep B.10,423

1 Phieungoong B.12,422

3 Barfonchen B.11,233

1 Chola pass B.14,925

3 Chumanako B.12,590

17 Phadong B. 5,946

3 Tumloong, Nov. 3rd and 4th B. 5,368

105 Higher on hill, Nov. 16th to Dec. 9th B. 5,976

1 Yankoong B. 3,867

2 Tikbotang B. 3,763

3 Camp, Dec. 11th B. 2,952

12 Serriomsa B. 2,820

11 Dikkeeling B. 4,952

2 Singdong B. 2,116

3 Katong ghat, Teesta B. 735

5 Namten B. 4,483

6 Cheadam B. 4,653

—————————————————————————————————-

SERIES IX.—Khasia Mountains, June to November, 1850.

No. of Elevation

Obs. Name of Locality Feet

—————————————————————————————————-

36 Churra (Mr. Inglis's) 4,069

167 Churra bungalow opposite church, August 4,193

102 Churra bungalow opposite church, Oct., Nov. 4,258

25 Kala-panee bungalow 5,302

63 Moflong 6,062

1 Chillong hill 6,662

9 Syong bungalow 5,725

1 Hill south of ditto 6,050

32 Myrung bungalow, July 5,647

6 Myrung bungalow, Sept. 5,709

9 Chela 80

63 Nunklow 4,688

6 Noukreem 5,601

10 Mooshye 4,863

35 Pomrang 5,143

12 Amwee 4,105

9 Joowye 4,387

3 Nurtiung 4,178

—————————————————————————————————-

SERIES X.—Soormah, Silhet, Megna, Chittagong, etc.

No. of Elevation

Obs. Name of Locality Feet

—————————————————————————————————-

27 Silhet (Mr. Stainforth's) 133

38 Soormah river, between Silhet and Megna 46

36 Silchar 116

24 Megna river +.020*

12 Noacolly (Dr. Baker's) -.039

10 Noacolly on voyage to Chittagong .000**

72 Chittagong (Mr. Sconce's) 191

8 Chittagong flagstaff-hill at south head of harbour 151

2 Seetakoond hill 1,136

16 Seetakoond bungalow -.069*

3 Hat-Hazaree -.039

12 Hattiah -.049

4 Sidhee -.039

17 Chittagong to Megna -.014**

10 Eastern Sunderbunds +.002

—————————————————————————————————-

* Difference between barometer at station and Calcutta barometer.

** The observations were taken only when the boat was high and dry,

and above the mean level of the waters.

INDEX.

A

Abies, Brunoniana, i. 206, 209, 272, 274, 342; ii. 25, 32, 44, 108; Smithiana, ii. 25, 32, 45; Webbiana, i. 191, 272, 307, 342; ii. 44, 108. Abrus precatorius (note), i. 16. Acacia Arabica, i. 60, 80; Catechu, i. 31, 52, 393, 395; Serissa, i. 193. Acarus, ii. 173. Aconitum, Himalayan, ii. 108; palmatum, i. 168; Napellus, i. 168; variegatum (note), ii. 107. Acorns, abundance of, i. 373. Acorus Calamusa, i. 286. Actinolites, ii. 146. Adamia cyanea, i. 112. Adenanthera pavonina, ii. 328. AEgle Marmelos, i. 25, 50, (note) i. 16. Agates, i. 33, 91. Ailurua ochraceus, ii. 108. Akshobya, image of, i. 322. Alligator, i. 51, 54; droppings of in river banks, ii. 251. Alluvium, Gangetic, i. 88, 379. Alsophila gigantea, i. 110, 142; (note), ii. 13. spinulosa (note), ii. 13. Amber used in Sikkim, ii. 194. Ameletia Indica, i. 386. American plants in Himalaya, ii. 39. Amherstia, ii. 245. Amlah, Sikkim, ii. 192; examination by, ii. 211. Amulet, Tibetan, i. 166. Amwee, ii. 315. Andromeda, ii. 22, 39; fastigiata, i. 343. Andropogon acicularis, i. 385; muricatus, i. 42. Animals at Tungu, ii. 92. Antelope, ii. 132. Antilope Hodgsoni, ii. 157. Ants' hills, white, i. 20. Aponogeton, i. 62. Apoplexy, symptoms of at great elevations, ii. 178. Apple, crab, ii. 32; wild, i. 205; ii. 148. Aquilaria Agallocha, ii. 328. Aralia used for fodder, i. 359; pith yielding rice-paper, i. 359. Ararat, Mount, ii. 3. Areca gracilis, ii. 10 (note), i. 143. Arenaria rupifraga, ii. 89. Argemone Mexicana, i. 30. Arisoema, i. 49. Aristolochia saccata, ii. 6. Arrat, name of Lepchas, i. 127. Arrow-root, i. 93. Artemisia, headache produced by, ii. 20; Indica (note), ii. 20. Arums, food prepared from, ii. 49; poisoning by, ii. 75. Arun river, i. 224; ii. 124, 143; sources of, ii. 167. Asarum, ii. 48. Assam valley, view of, ii. 290. Ass, wild, ii. 172. (See Equus Hemionus and Kiang). Astragalus, used for making paper, ii. 162; Tibetan (note), ii. 165. Atmosphere, dry, i. 65; transparency of, ii. 127, 169. Atmospheric vapours, strata of, i. 188, 310. Attar of roses, i. 78. Aucuba, i. 126; ii. 39. Aurora Borealis, i. 37; Appendix, p. 384.

B

Baghoda, i. 26.

Baikant-pore, i. 393.

Bails, or Thuggee stations, i. 68.

Baisarbatti terrace, i. 401.

Baker, Dr., ii. 339.

Balanites, i. 25.

Balanophora, ii. 19, 47; cups made from, i. 132; knots caused by, i. 133.

Balasun river, i. 110, 402.

Bamboo, dwarf, i. 126; eatable grain of, i. 313; flowering of, i. 155, 158; kinds of in Khasia, ii. 268; kinds and uses of in Sikkim, i. 155, 158; planted, i. 386.

Bambusa stricta, i 30.

Bananas, wild, i. 20, 143; scarlet-fruited, ii. 319.

Ban, or Lepcha knife, i. 130.

Banyan tree, i. 18; of Calcutta gardens, ii. 246.

Barnes, Mr., i. 95; Mr. Charles, i. 114.

Barometer, accident to, ii. 139; observations on Jheela, ii, 258.

Baroon on Soane river, i. 35.

Bassia butyracea, i. 151; latifolia, i. 16.

Bath, hot, at Bhomsong, i. 305; at Momay, ii. 133; at Yeumtong, ii. 117.

Beadle, Lieut., i. 26.

Beaumontia, i. 401.

Bee, alpine, ii. 68; boring, i. 374; leaf-cutting, i. 46.

Beejaghur, i. 56.

Bees'-nests, i. 201; ii. 16.

Begonia, alpine, ii. 108.

Behar, hills of, i. 32.

Belcuppee, i. 28.

Bellows, Himalayan, ii 82; of Khasia, ii. 310; of leaves, i. 53.

Benares, i. 71; observatory at, i. 74.

Berberis Asiatica (note), i. 24; concinna, ii. 198; insignis, i. 364.

Betel-pepper, i. 99; ii. 327.

Bhaugulpore, i. 90; gardens at, i. 91.

Bhel fruit, i. 50.

Bhomsong, i. 297; ii. 8; temperature of soil at, i. 305.

Bhomtso, ii. 124, 164, 174; elevation, temperature etc., at, ii. 175.

Bhotan, called Dhurma country (note), i. 136; 366 (note).

Bhotanese (note), i. 136; ii. 232.

Bhotan Himalaya, i. 153; ii. 165, 298.

Bhoteeas, i. 205, 215.

Bhote (note), i. 136.

Bignonia Indicta, i. 16.

Bijooas, or Lepcha priests, i. 135.

Bikh poison, i. 168; ii. 108.

Bind hills, i. 64.

Birds at Momay, ii. 131; of Khasia, ii. 305; of Terai, i. 399.

Black-rock of Colonel Waugh (note), ii. 18.

Blocks, granite, ii. 293, 310; split, i. 201; syenite, ii. 303.

Boat on Ganges, i. 70.

Boga-panee, ii. 287, 308.

Bombax, i. 26.

Boodhist banners, i. 144; monuments, i. 147; temple, i. 77; worship, i. 174, 324; worship introduced into Sikkim, i. 127.

Borassus, i. 39.

Bore, or tidal-wave, ii. 343.

Bor-panee, ii. 301, 318.

Borrera, ii. 165, 173.

Borr (Pandanus), i. 300; ii. 9.

Boswellia thurifera, i. 29, 39.

Botrichium Virginicum, i. 293.

Boulders in river-beds, i. 288; of gneiss on Jongri, i. 353; on Mon Lepcha, i. 342.

Bowringia, ii. 313.

Bread, Tibetan, i. 297.

Breccia, modern formation of, i. 200.

Bridge, at Amwee, ii. 315; living, ii. 268; of canes, i. 149; ii. 21.

Buceros, i. 187.

Buchanania, i. 26.

Bucklandia, ii. 185.

Buckwheat, cultivated at Jigatzi, ii. 171; wild, ii. 31.

Bufo scabra, ii. 96.

Bugs, flying, i. 81.

Burdwan, i. 6; coal-fields, i. 8.

Burkutta river, i. 28.

Burrampooter, altered course of, ii. 253, 346; old bed of, ii. 256; Tibetan, see Yaru-tsampu; view of from Khasia, ii. 300, 301.

Butea frondosa, i. 9, 52, 381, 392.

Butter, churning, ii. 77, 87; ornaments made of, ii. 88.

Butterflies, painted lady, ii. 33; at various elevations, ii. 26, 65, 98, 132; tropical, i. 152.

C

Cachar, ii. 326; rain-fall at, ii. 334. Coesalpinia paniculata, i. 25. Cajana, i. 13. Calami, species of in Himalaya, i. 143. Calamus, ii. 10. Calcutta, journey to, ii. 242. Callitriche verna? (note), ii. 96. Calotropis, i. 30, 86; C. arborea, i. 72; temperature of, i. 36. Caltha palustris (note), ii. 77; scaposa (note), ii. 77. Camels, i. 61; at Lhassa, ii. 172. Campbell, Dr., joins me in Terai, i. 376; meet at Bhomsong, i. 297; at Choongtam, ii. 146; seizure of, ii. 202; sent as Superintendent of Dorjiling, i. 117; treatment of as prisoner, ii. 205. Cane bridge at Choongtam, ii. 21; at Lachoong, ii 101; over Great Rungeet, i. 149. Canoes of Teesta, i. 392, 396; of Tambur, i. 194; swamped, ii. 335. Capparis acuminata, i. 38. Cardamine hirsuta, i. 230. Cardiopteris, ii. 334. Carex Moorcroftii, ii. 155. Carissa carandas, i. 14, 31. Carroway, ii. 66. Carthancus, i. 80. Caryota urens, i. 143. Cascades of Khasia, ii. 270; of Mamloo, ii. 278. Cassia fistula, i. 393. Casuarina (note), ii. 346. Catechu, collecting, i. 52. Cathcartia, ii. 198. Catsuperri, i. 362; lake, i. 363; temples, i. 365. Cave, Lieut., garden at Churra, ii. 284. Cedrela Toona, i. 144, 193; ii. 18. Cedrus Libami (note), i. 257. Central India, hills of, i. 32. Cervus Wallichii, antlers of, ii. 214. Chachoo river, ii. 84. Chahuchee, i. 51. Chait, description of, i. 324; (note), i. 158. Chakoong, ii. 18, 188. Chamaerops Khasiana, ii. 279. Chameleon, i. 205. Changachelling, i. 368. Chango-khang, ii. 84, 133, 141. Chattuc, ii. 262, 309, 337. Chaulmoogra (See Took), i. 151. Cheadam, ii. 234. Cheer-pine, i. 182. Chela, ii. 306. Chepanga, ii. 15. Cherry, alpine wild, ii. 145. Cheytoong, Lepcha boy, ii. 184. Chillong hill, ii. 290. Chinese plants in Khasia, ii. 318; in Sikkim, i. 126; ii. 39. Chingtam, i. 196. Chirring (red rose), ii. 63. Chiru. See Tchiru, ii. 157. Chittagong, ii. 345; leave, ii. 353. Chokli-bi (Smilacina), ii. 48. Chola, i. 123; summit of pass, ii. 199; view of from Donkia, ii. 127. Cholamoo lake, ii. 124, 157, 176. Chomachoo river, i. 225; ii. 125. Chomiomo, ii. 80, 94, 165. Choombi, ii. 110. Choongtam, ii. 21, 98, 145, 185; insects at, ii. 98; vegetation of, ii. 24. Choonjerma pass, i. 264. Chumulari, i. 125, 185; ii. 110; discussion on, ii. 166; view of from Khasia, ii. 300. Chunar, i. 71. Chung (Limboos), i. 187. Churra-poonji, ii. 272; rain-fall at, ii. 282; table-land of, ii. 277; temperature of, ii. 284. Cicada, i. 107, 127; ii. 305; upper limit of, ii. 96. Cicer arietinum, i. 80. Cinnamomum, i. 162. Cinnamon of Khasia, ii. 309. Cirrhopetalum (note), ii. 10. Clay of Sikkim, i. 155; Appendix, 383. Clematis nutans (note), i. 24. Clerodendron, i. 387. Climbers, bleeding of, ii. 350; of Sikkim, i. 163. Coal, of Burdwan, i. 8; Churra, ii. 278, 285, 303; Terai, i. 403. Cobra, mountain, ii. 20. Cochlospermum, i. 53. Cocks, Sikkim, i. 314. Coelogyne, i. 110; Wallichii, i. 166; ii. 311. Coffee, cultivation of, at Chittagong, ii. 347; at Bhaugulpore, i. 93. Coix, cultivation of, ii. 289. Coles, i. 55, 91. Colgong, i. 94. Colvile, Sir J., i. 5. Comb of Lepchas, ii. 194; of Mechis, i. 408. Conch shells, in Boodhist temples, i. 174, 312; cut at Dacca, ii. 254. Conduits of bamboo, i. 144. Confervae of hot springs, i. 28; Appendix, 375. Conglomerate, ii. 19, 165, 176, 177, 402, 403. Coniferae, Himalayan, i. 256. Conocarpus latifolius (note), i. 16. Cooch-Behar, i. 384. Cooches, i. 384. Cookies, ii. 330. Corbett, Dr., i. 82. Cornelians, i. 33. Cornwallis, Lord, mausoleum of, i. 78. Corpses, disposal of in Sikkim and Tibet, i. 287. Cosi river, i. 96. Cowage plant, i. 12. Cows, Sikkim, i. 314; ii. 150. Crab, fresh-water, ii. 7. Cranes, i. 392; (note) ii. 161. Crawfurdia, ii. 145. Crows, red-legged, ii. 37. Cruciferae, rarity of in Himalaya, i. 113. Cryptogramma crispa, i. 262; ii. 68, 72. Crystals in gneiss, ii. 138. Cupressus funebris, i. 315, 317, 336. Cups, Tibetan, i. 132. Currants, wild, i. 148. Currents, ascending, i. 374. Curruckpore hills, i. 87. Cuttack forests, ii. 340. Cycas pectinata, i. 151, 382; ii. 30; (note), i. 143; trees in Calcutta Garden, ii. 247. Cyclops, figure resembling (note), ii. 195. Cynodon Dactylon, i. 385. Cypress funereal, i. 315, 317, 336. Cypripedium, ii. 68, 322.

D

Dacca, ii. 254.

Dacoits, i. 65.

Dalbergia Sissoo, i. 101.

Dallisary river, ii. 256.

Damooda valley, i. 7.

Dandelion, ii. 66.

Daphne, paper from, ii. 162. See Paper.

Date-palm, i. 34, 88; dwarf, ii. 300.

Datura seed, poisoning by, i. 65.

Davis, Mr. C. E., i. 41.

Decaisnea, new edible fruit, ii. 198.

Deer, barking, i. 399.

Delphinium glaciale, i. 269; ii. 95.

Demons, exorcisement of, ii. 114.

Dendrobium densiflorum, ii. 19; Farmeri, etc., ii. 323; nobile, ii. 19; Pierardi, i. 103.

Dentaria (a pot-herb), ii. 47.

Denudation of Himalaya, i. 308; of Khasia, ii. 324.

Deodar (note), i. 256.

Dewan, Sikkim, i. 117; ii. 97; arrival at Tumloong, ii. 217; conferences with, ii. 221, 225; dinner with, ii. 231; disgrace of, ii. 241; hostility to British, i. 117; house of, i. 304.

Dhal, i. 13.

Dhamersala, i. 222.

Dhob grass, i. 385.

Dhurma country, name for Bhotan, (note), i. 366; people (note), i. 136; rajah, i. 136; seal of, i. 372.

Digarchi, ii. 125. See Jigatzi.

Dijong (name of Sikkim), i. 127.

Dilivaria ilicifolia, ii. 347.

Dillenia, i. 393, 395.

Dinapore, i. 82.

Dingcham, ii. 87, 169.

Dingpun, at Chola, ii. 200, 201; Tibetan, ii. 160; Tinli, ii. 204.

Diospyros embryopteris, i. 392; fruit, ii. 64.

Dipterocarpi, ii. 345; D. turbinatus, ii. 348.

Diseases attributed in Tibet to elements, ii. 178.

Djigatzi, ii. 125. See Jigatzi.

Dog, loss of, ii. 100; Tibetan, i. 204; wild, i. 43.

Do-mani stone, i. 294.

Donkia, i. 123; ii. 126; ascent of, ii. 178; forked, ii. 120; pass, ii. 123, 179; temperature of, ii. 129; tops of, ii. 137.

Doobdi temples, i. 336.

Dookpa, Boodhist sect (note), i. 366.

Doomree, i. 25.

Dorje, i. 173.

Dorjiling, i. 113; ceded to British, i. 116; climate, i. 119, 120; elevation of, i. 115; leave, ii. 248; origin of, i. 115; prospects of, ii. 248; threat of sacking, ii. 214; trade at, i. 118.

Duabanga grandiflora, i. 401.

Dunkotah (East Nepal), i. 190.

Dunwah pass, i. 30.

Dust-storm, i. 51, 81.

Dye, yellow, ii. 41.

E

Eagle-wood, ii. 328. Earthquake, Chittagong, ii. 349; Noacolly, ii. 342; Titalya, i. 376. Edgeworthia Gardneri, i. 205, 333; ii. 10, 162. Efflorescence of nitrate of lime, i. 43; of soda, i. 13. Eggs of water-fowl in Tibet, ii. 161. Ek-powa Ghat, i. 59. Elaeagnus, i. 205. Eleocharis palustris (note), ii. 96. Elephants, at Teshoo Loombo, ii. 172; bogged, ii. 333; discomforts of riding, i. 400; geologising with, i. 10; path of, i. 108; purchase of, i. 381; wild, ii. 302. Eleusine coracana, i. 133. Enkianthus, i. 108. Ephedra, ii. 84, 155. Ephemera at 17,000 feet, ii. 141. Epipactis, ii. 66. Equinoctial gales, ii. 144. Equus Hemionus, ii. 172. Eranoboas (note) i. 36, 90. Erigeron alpinus (note), ii. 164. Ervum lens, i. 13. Erythrina, ii. 18. Euphorbia ligulata, i. 46; pentagona, i. 82; neriifolia, i. 46, 82; tereticaulis, i. 46. European plants in Himalaya, ii. 38. Euryale ferox, ii. 255; seeds of, in peat, ii. 341.

F

Fair, 161; at Titalya, i. 118.

Falconer, Dr., house of, ii. 243.

Falconeria, ii. 353.

Falkland Islands, quartz blocks of, (note), ii. 179.

Fan-Palm, ii. 279.

Fear, distressing symptoms of, ii. 220.

Felle, Mr., i. 55.

Felspar, concretions of, i. 406.

Fenny river, mouth of, ii. 343.

Ferns, eatable, i. 293; European, ii. 68, 72.

Feronia elephantum, i. 25, 50, (note), i. 16.

Festuca ovina, ii. 123, (note) ii. 164.

Fever, recurrence of at elevations, ii. 183.

Ficus elastica, i. 102; infectoria, i. 26.

Figs, i. 157.

Fire, grasses destroyed by, i. 385; in forests, i. 146.

Fire-wood, Sikkim, ii. 151.

Fish, dried, ii. 309; Tibet (note), ii. 183.

Fishing basket of Mechis, i. 404.

Flame, perpetual, ii. 352.

Flood, tradition of, i. 127; ii. 3.

Florican, i. 55, 381.

Forests of Sikkim, i. 165.

Fossil plants of coal, i. 8; of Khasia, ii. 325; of Terai, i. 403.

Frogs, Sikkim, i. 165.

Fruits of Sikkim, i. 159; ii. 182.

Funaria hygrometrica, ii. 19.

Fungi, European, ii. 73.

G

Ganges, fall of, i. 71; scenery of, i. 79.

Gangetic delta, ii. 340; head of, ii. 252.

Gangtok Kajee, ii. 229.

Gardeners, native, i. 93.

Gardens, Bhaugulpore, i. 91; Burdwan, i. 6; Calcutta Botanic, i. 3, ii. 244; Lieutenants Raban and Cave's, ii. 284; Sir Lawrence Peel's, i. 2.

Garnets, amorphous, (note) ii. 123; sand of, i. 80, 371.

Garrows, ii. 272.

Gaultheria, ii. 22, 182.

Gelookpa, Boodhist sect. (note) i. 366.

Geology of Choongtam, ii. 27; Khasia mountains, ii. 323; outer Himalaya, i. 406, Paras-nath, i. 32.

Geranium, ii. 19.

Ghassa mountains, (note) ii. 166.

Ghazeepore, i. 78.

Giantchi, ii. 168, (note) ii. 131.

Glaciers of Chango-khang, ii. 115; Donkia, ii. 136; Himalaya, ii. 57; Kambachen, i. 260; Kinchinjhow, ii. 134, 180; Lachen Valley, ii. 78; Yangma Valley, i. 246.

Glory, ornament resembling, ii. 86; round deities' heads, ii. 195.

Gnaphalium luteo-album, i. 80.

Gnarem Mountain, ii. 18.

Gneiss, characters of, (note) ii. 128; cleavage of, ii. 91; flexures of, i. 406.

Gnow, (wild sheep), ii. 132.

Goa, (antelope), ii. 157.

Goats, poisoned by Rhododendrons, ii. 150; shawl-wool, ii. 88.

Godowns, opium, i. 83.

Goitre, i. 134.

Goliath beetles, ii. 98.

Goomchen, (tail-less rat), ii. 156.

Goong ridge, i. 180.

Gordonia Wallichii, i. 102, 157.

Gorh, ii. 10; Lama of, ii. 11.

Goruck-nath, figure of, ii. 195, (note) i. 323.

Gossamer spiders, i. 81,

Goughia, ii. 33.

Gram, i. 13.

Grand trunk-road, i. 10, 11.

Granite, blocks of, ii. 310; cleavage planes of (note), i. 345; of Kinechinjhow (note), ii. 287, (note), ii. 128; phenomena of, i. 308.

Grant, Dr., i. 90; Mr. J. W., report on Dorjiling, i. 116,

Grapes, cultivation of, i. 92; wild in Sikkim, ii. 187.

Grasses, absence of on outer Himalaya, i. 113; gigantic, i. 385.

Gravel terraces and beds in Terai, i. 378, 380, 382, 401.

Great Rungeet river, cross, i. 287; excursion to, i. 142.

Greenstone of Khasia, ii. 287.

Griffith, Dr., i. 3; (note) ii. 40, 244.

Grislea tomentosa, (note) i. 16.

Grouse, Himalayan, ii. 113.

Grove, sacred in Khasia, ii. 319.

Guatteria longifolia, i. 82.

Gubroo, i. 345.

Guitar, Tibetan, i. 304.

Gum arabic, i. 60; of Cochlospermum, i. 53; of Olibanum, i. 29.

Gunpowder, manufacture of, i. 9.

Guobah of Wallanchoon, i. 217, 230.

Gurjun trees, ii. 345, 348.

Gyrophora, ii. 130.

H

Hailstorm, i. 405. Halo, i. 69; seen from Donkia, ii. 129. Hamamelis chinensis, ii. 318. Hamilton, Mr. C., i. 65. Hardwickia binata, i. 50, 54. Hares, Terai, i. 399; Tibetan, ii. 157. Harrum-mo, (wild tribe), ii. 14. Hattiah island, removal of land from, ii. 353. Haze on plains, i. 374, 375. Hee hill, i. 371. Helicteres Asoca (note), i. 16. Helwingia, i. 126. Herbert, Major, report on Dorjiling, i. 116. Hierochloe, ii. 115. Himalaya, distant view of, i. 96; vegetation and scenery of outer, i. 108; view of from Khasia, ii. 287, 289, 297. Hippophae, ii. 43. Hodgsonia, i. 395; ii. 7; heteroclita, ii. 350. Hodgson, Mr., i. 122; join in Terai, i. 376; view from house, i, 123. Holigarna, varnish from, ii. 330. Hollyhock, ii. 105. Honey poisoned by Rhododendron flowers, i. 201; preservation of bodies in, ii. 276; seekers, ii. 16. Hooli festival, i. 73, 389. Hopkins, Mr., on elevation of mountains, i. 326. Hornbills, i. 187. Hornets, ii. 26. Horse-chestnut, Indian, i. 394. Horse, wild, ii. 172. Hot-springs, boy passes night in, ii. 184; of Momay, ii. 133, 180; Seetakoond, i. 88; Soorujkoond, i. 27; Yeumtong, ii. 116. House, Lama's, i. 317; Tibetan, at Yangma, i. 242; Wallanchoon, i. 211. Houttynia, ii. 7. Hydnocarpus, ii. 7. Hydropeltis (note), ii. 318.

I

Ice, accumulation of, ii. 47; action of, i. 353 (note), ii. 121; transport of plants in, ii. 247.

Imperata cylindrica, i. 385.

India-rubber tree, i. 102; ii. 13.

Indo-Chinese races, i. 140.

Infusoria at 17,000 feet, ii. 123.

Inglis, Mr. H., ii. 265.

Insects at 4000 feet, ii. 18; Choongtam (5000 feet), ii. 26; Dorjiling (note), ii. 98; Lamteng (8000 feet), ii. 37; Momay (15,300 feet), ii. 132; Tallum (12,000 feet), ii. 68; Tunga (13,000 feet), ii. 93; Zemu river (12,000 feet) ii. 59; Zemu Samdong (9000 feet), ii. 65.

Iron forges, chime of hammers, ii. 296; sand, ii. 310; smelting of, in Khasia, ii. 310; stone, i. 401.

Irvine, Dr., i. 82.

Islumbo pass, i. 280.

Ivy, ii. 32.

J

Jaws, i. 18, 90.

Japanese plants in Sikkim, i. 126; ii. 39.

Jarool (Lagerstroemia), ii. 327.

Jasper rocks, i. 50.

Jatamansi, i. 217.

Jeelpigoree, i. 384; rajah of, i. 389.

Jerked meat, i. 214; ii. 183.

Jews' harp, Tibetan, i. 338; ii. 219.

Jhansi-jeung, see Giantchi, ii. 168.

Jheels, ii. 256, 309; brown waters of, ii. 263.

Jigatzi (note), ii. 125, 171; temperature of, ii. 171.

Job's tears, cultivation of, ii. 289.

Jongri, i. 349.

Joowye, ii. 316.

Jos, image of, at Yangma, i. 236.

Jummul river, ii. 253.

Juncus bufonius, i. 80, 230.

Jung Bahadoor, ii. 239, 243.

Juniper, black, sketch of, ii. 55.

Juniperus recurva, ii. 28, 45.

Junnoo mountain, i. 123, 258, 264.

Jyntea hills, ii. 314.

K

Kadsura, ii. 6.

Kajee, i. 182.

Kala-panee, ii. 285.

Kambachen, or Nango pass, i. 250; top of, i. 253; village, i. 257.

Kambajong, ii. 125.

Kanglachem pass, i. 246.

Kanglanamo pass, i. 271, 341, 350.

Katior-pot (Hodgsonia), ii. 7.

Katong-ghat, ii. 233.

Kaysing Mendong (note), i. 286, 332.

Keadom, ii. 101.

Kenroop-bi (Dentaria), ii. 47.

Khabili valley, i. 278.

Khamba mountains, ii. 167.

Khasia, climate of, ii. 282; geology of, ii. 323; leave, ii. 323; people of, ii. 273.

Khawa river, i. 193.

Khutrow (Abies Smithiana), ii. 25.

Kiang, ii. 172.

Kiang-lah mountains, ii. 124, 167.

Kidnapping, i. 341.

Kinchinjhow, ii. 41, 80, 84, 140; glacier of, ii. 134, 180.

Kinchinjunga, i. 344; circuit of, i. 381; view of from Bhomtso, ii. 165; from Choongtam, ii. 14, 188; from Donkia pass, ii. 126; from Dorjiling, i. 123; from Sebolah, ii. 142; from Thlonok, ii. 50.

Kishengunj, i. 98; ii. 249.

Kollong rock, ii. 293.

Kongra Lama, ii. 155; pass, ii. 80.

Kosturah (musk-deer), i. 269.

Kubra, i. 123, 272.

Kulhait river, i. 281, 370; valley, i. 282.

Kumpa Lepchas i. 137; Rong, i. 137.

Kunker, i. 12, 29, 50, 89, 94:

Kursiong, i. 109, 110, 405.

Kurziuk, i. 284.

Kuskus, i. 42.

Kymore hills, geology of, i. 32; sandstone of, i. 39.

L

Lac, i. 9. Lacheepia, ii. 112. Lachen-Lachoong river, ii. 14, 186. Lachen Phipun, ii. 22, 43, 149; conduct of, ii. 61; tent of, ii. 78. Lachen river, ii. 30; length of, and inclination of bed, ii. 176. Lachoong Phipun, ii. 105; valley, headstreams of, ii. 120; village, ii. 103; revisited, ii. 183. Lagerstroemia grandiflora, i. 401. Reginae, ii. 327. Laghep, ii. 197. Lagomys badius, ii. 156. Lagopus Tibetanus, i. 93. Lailang-kot, ii. 286. Lake-beds in Yangma valley, i. 232, 234, 238, 244. Lakes caused by moraines, ii. 119. Lamas, arrival of at Tumloong, ii. 224; dance of, i. 228; music of, i. 313; ii. 218; Pemiongchi, ii. 225; of Sikkim, i. 290; of Simonbong, i. 174; worship of, i. 365; ii. 178. Lamteng, ii. 34, 96, 148. Landslips, ii. 16, 20, 97, 115. Larch Himalayan, i. 255; sketch of, ii. 55. Larix Griffithii, i. 255; ii. 44. Lassoo Kajee, ii. 2. Laurels, i. 162. Lautour, Mr., ii. 345. Leaf-insect, ii. 305. Lebanon, Cedar of, i. 256. Lecidea geographica, i. 221, 352; ii. 130; oreina, ii. 179. Leebong, i. 143. Leeches, i. 107, 167; ii. 17; upper limit of, ii. 54. Leguminosae, absence of in Himalaya, i. 112. Lelyp, i. 205. Lemma minor, i. 306. Lemon-bushes, wild, ii. 233. Lepchas, i. 127; diseases of, i. 134; dress and ornaments of, i. 130; ii. 194; food of, i. 132; music of, i. 133; peaceable character of, i. 128, 136. Lepus hispidus, i. 399; oiostolus, ii. 158. Leucas, a weed in fields, i. 383. Leuculia gratissima, i. 193, 276; Pinceana, ii. 286. Leycesteria, i. 206. Lhassa (note), ii. 168; notices of, i. 299; ii. 27, 172. Lichens, Arctic, i. 352; ii. 130, 165, 179. Licuala peltata (note), i. 143. Lignite, i. 403. Liklo mountain, ii. 50. Lilium giganteum (note), ii. 33. Little Rungeet, cross, i. 157, 175; guardhouse at, i. 371; source of, i. 181. Limboos, i. 137; language of, i. 138. Lime, deposit of, i. 407; ii. 97; nitrate of, i. 43. Limestone, at Rotas, i. 40; nummulite, ii. 266, 346; of Churra, ii. 278; spheres of, i. 55; Tibetan, ii. 177. Lime-tuff, impression of leaves on, i. 44. Limosella aquatica, i. 230. Linaria ramosissima, i. 42. Lingcham, i. 281, 313; Kajee of, i. 282, 284, 371. Lingo cane-bridge, ii. 12. Linum trigynum (note), i. 16. Lister, Colonel, ii. 329. Lizard, i 37; ticks on, i. 37. Lohar-ghur, i. 402. Luminous wood, ii. 151. Lushington, Mr., sent to Dorjiling, ii. 227. Lycopodium clavatum, ii. 19. Lyellia crispa, ii. 19. Lymnaea Hookeri, ii. 156.

M

Machoo valley, ii. 109.

Maddaobund, i. 18.

Magnolia, Campbellii, i. 125, 166; excelsa, i. 125; distribution of (note), i. 166.

Magras, aborigines of Sikkim, i. 139.

Mahaldaram, i. 111.

Mahanuddy river, i. 98, 375; ii. 250.

Mahaser, a kind of carp, i. 398.

Mahowa, i. 16, 63.

Maidan (term as applied to Tibet), ii. 170.

Mainom mountain camp on, i. 307; summit of, i. 310.

Maitrya, the coming Boodh, i. 357.

Maize, hermaphrodite, i. 157; roasted, ii. 78.

Malayan plants in Himalaya, ii. 39.

Maldah, ii. 250.

Mamloo, village and waterfalls of, ii. 278.

Mango, blossoming, i. 61.

Mani, or praying-cylinder, i. 135, 172, 211; turned by water, i. 206.

Mantis of Khasia, ii. 305.

Marlea, ii. 33.

Marmot, i. 93; head and feet of, ii. 106.

Martins' nest, spiders in, i. 46.

May-fly at 17,000 feet, ii. 141.

M'Lelland, Dr., i. 3.

Mealum-ma (nettle), ii. 189, 336.

Mechi fisherman, i. 404; river, i. 383; tribe, i.101, 140.

Meconopsis, i. 81; ii. 281; Nepalensis, ii. 53.

Meepo, i. 198; house of, ii. 194; joined by, ii. 11; wife of, ii. 193.

Megna, altered course of, ii. 341; navigation of, ii. 338.

Melastoma, ii. 18.

Mendicant, Tibetan, ii. 189.

Mendong, i. 211, 332; Kaysing (note), i. 286.

Menziesia, ii. 113.

Mesua ferrea, ii. 328.

Midsummer, weather at, ii. 59.

Mirzapore, i. 64.

Moflong, ii. 288.

Momay Samdong, arrival at, ii. 118; climate of, ii. 143; second visit to, ii. 180.

Monastic establishments of Sikkim, i. 367.

Monghyr, i. 87.

Monkeys, i. 278; ii. 37.

Mon Lepcha, i. 342.

Monotropa, ii. 19.

Monuments of Khasia, ii. 319.

Moormis, i. 139.

Mooshye, ii. 314.

Moosmai, ii. 268.

Moraines, ancient, at Lachoong, ii. 104; at Tallum, ii. 67; at Yangma, i. 231, 246; extensive, ii. 118; indicating changes of climate, i. 380.

Morung of Nepal, i. 378, 382.

Mountains, deceptive appearance of, ii. 127.

Moss of puff-ball, ii. 13.

Mudar (Calotropis), i. 86.

Muddunpore, i. 35.

Mugs at Chittagong, ii. 345.

Mulberry, wild, i. 151.

Mules, Tibetan (note), ii. 228.

Mungeesa Peak, i. 55.

Munnipore dance, ii. 331; frontier, ii. 334; (note), ii. 329.

Murraya exotica, i. 44.

Murwa beer, i. 133, 175, 285, 291; grain, i. 133.

Mushroom, eatable, ii. 47.

Musk-deer, i. 209; ii. 37.

Muslin, Dacca, ii. 254.

Mutton, dried saddles of, ii. 183.

Myong valley (East Nepal), i. 181.

Myrung, ii. 292.

Mywa Guola, i. 137; sunk thermometer at, i. 198.

N

Nagas, ii. 332.

Nageesa (Mesua ferrea), ii. 320.

Namten, ii. 223.

Nango mountain i. 236; or Kambachen pass, i. 250.

Nanki mountain, i. 183.

Napleton Major, i. 92.

Nardostachys Jatamansi, i. 217; (note), ii. 164.

Nauclea cordifolia, i. 26; parvifolia, i. 26.

Neongong temple, i. 311.

Nepal, East, journey to, i. 178.

Nepalese Himalaya, i. 125,

Nepenthes, ii. 315.

Nettles, i. 157; gigantic, i. 182; ii. 188.

Nightingales, i. 332.

Nimbus of the ancients (note), ii. 195.

Ningma, Boodhist sect (note), i. 366.

Nipa fruticans, i. 1; ii. 355.

Nishung, or Moormis, i. 139.

Noacolly, ii. 339; extension of land at, ii. 341.

Nonkreem, ii. 310.

Nummulites of Khaaia limestone, ii. 325.

Nunklow, ii. 300.

Nunnery at Tumloong, ii. 191.

Nursing, i. 124, 347.

Nurtiung, ii. 318.

Nut, Himalayan, ii. 114.

Nutmegs, wild, ii. 353.

Nymphaea pygmaea, ii. 312.

0

Oaks, i. 109; distribution of in India (note), ii. 336; Sikkim, i. 157; upper limit of, ii. 114. Observatory at Benares, i. 74. Oil of Bassia butyracea, i. 151; of B. latifolia, i. 16; Kuskus, i. 42; mustard, linseed, and rape, i. 13; uggur, ii. 328; wood, ii. 348. Olax scandens, i. 31. Olibanum, Indian, i. 29. Olivine (note), ii. 123. Omerkuntuk, i. 32. Onglau (mushroom), ii. 47. Opium, East Indian, cultivation and manufacture of, i. 83; quality of, i. 85. Opuntia, i. 205. Orchideae, growth of in Khasia, ii. 321; of Khasia, ii. 281. Orobanche, Himalayan, i. 262; Indica, i. 16. Ortolan, i. 98. Otters, i. 198. Ovis Ammon, i. 244; ii. 132; skulls of, i. 249. Oxalis sensitiva, i. 102. Oxytropis Chiliophylla (note), ii. 164.

P

Pacheem, i. 111; vegetation of, 112. Painom river, ii. 167. Palibothra, i. 90. Palms, distribution of in Sikkim, i. 143; fan, i. 29; of Khasia, ii. 267. Palung plains, ii. 84, 152; view of from Sebolah, ii. 142. Pandanus, i. 300; ii. 9. Papaw, ii. 350. Paper, manufactory at Dunkotah, i. 190; of Astragalus, ii. 162; of Daphne and Edgeworthia, i. 205, 303; ii. 162; of Tibet, ii. 162. Papilio Machaon, ii. 65; (note), ii. 68. Paras-nath, i. 12, 32; geology of, i. 32; summit of, i. 21. Paris, ii. 18. Parochetus communis, ii. 50. Patchouli plant, ii. 314. Patna, i. 82. Pawn, i. 99. Peaches, Sikkim, i. 158; cultivation of, ii. 185. Peacock wild, i. 30. Peat at Calcutta, ii. 341. Pea-violet, ii. 309. Peel, Sir L., garden of, i. 2. Peepsa, i. 157. Pelicans, mode of feeding, i. 80. Pemberton, Capt., treatment of his embassy in Bhotan (note), ii. 202. Pemiongchi temple, i. 327. Pemmi river (East Nepal), i. 192. Pepper, Betel, i. 99. Perry Mr., i. 98. Peuka-thlo, ii. 81. Phadong Goompa, ii. 192; confinement at, ii. 209. Phari, ii. 110. Pheasant (Kalidge), i. 255; horned, ii. 37. Phedangbos (Limboo priests), i. 138. Phenzong Goompa, ii. 192. Phieungoong, i. 332; ii. 198. Phipun, Lachen, ii. 22, 149; of Lachoong, ii. 105. Phoenix acaulis, i. 145; (note), i. 143, 400; dwarf, i. 22, 382; paludosa, i. 1; ii. 355; sylvestris, i. 88. Phosphorescent wood, ii. 151. Photinia, ii. 22. Phud (Tibet mendicant), ii. 186. Phyllanthus emblica, i. 273; (note), i. 16. Picrorhiza, i. 272. Pigeons, ii. 37. Pines, gigantic, ii. 108; Himalayan, i. 256; ii. 44, 198; rarity of in Sikkim, i. 169. Pinguicula, ii. 40. _Panus excelsa, ii. 45, 105; Khasiana, ii. 282, 288, 301; longifolia, i. 145, 182, 278, 280; ii. 3, 45. Piptanthus Nepalensis, ii. 5. Pitcher-plant, ii. 315. Plantago leaves, used to dress wounds, ii. 75. Plantain, scarlet-fruited, ii. 309; wild, i. 143. Plants, English, on Soane river, i. 45; English, on Ganges, i. 80; temperature of, i. 36; of English genera in Terai (note), i. 398. Plectocomia, i. 143. Plumbago, i. 407; ii. 46. Poa annua, i. 118, 221; laxa, ii. 123 Poa (fibre of Boemeria), i. 157. Podocarpus neriifolia (note), i. 256. Podostemon (note), ii. 314. Poisoners, i. 65. Poisoning of goats by rhododendrons, ii. 150; of Bhoteeas by arum-roots, ii. 75. Polygonum cymosum, ii. 31. Polypodium proliferum, i. 50. Pomrang, ii. 313. Pony, Tibetan, i. 118; ii. 75; (note), ii. 131. Poppy, cultivation of, i. 31; ii. 352. Porcupine, i. 205. Potamogeton natans, i. 306. Potatos, culture of in East Nepal, i. 259; Khasia, ii. 277; Sikkim, i. 158. Pothos, ii. 18. Praong (bamboo), i. 158, 313. Primula petiolaris, i. 306; Sikkimensis, ii. 77. Prinsepia (note), ii. 102, 291. Procapra picticaudata, ii. 157. Prunella, ii. 132; vulgaris, ii. 66. Prunus, used for fodder, i. 359. Pteris aquilina, ii. 19; (note), ii. 53. Pullop-bi (Polygonum), ii. 31. Pulse accelerated at great elevations, ii. 131, 142. Pundim mountain, i. 345; cliff of, i. 346. Pundua, ii. 264. Punkabaree, i. 102, 374, 403. Purnea, i. 97. Pyrola, ii. 43.

Q

Quartz-beds folded, i. 406; blocks in Falkland Islands (note), ii. 179. Quercus semecarpifolia, i. 187. Quoits, i. 338.

R

Raban, Lieut., ii 333; garden of at Churra, ii. 84.

Radiation, powerful in valleys, i. 209.

Rageu (deer), ii. 98.

Rain-fall at Churra, ii. 282; at Noacolly, ii. 340; diminution of at Rotas, i. 43; in Sikkim (Appendix), 412; Silchar, ii. 334.

Rajah, Sikkim, audience of, i. 302; poverty of, i. 303; (note), ii. 216; presents from, ii. 64; punishment of, ii. 246; residence of, ii. 191, 217.

Raj-ghat i. 44.

Rajmahal hills, i. 95.

Raklang pass, i. 292.

Ramchoo lake (of Turner), ii. 143, 167.

Rampore Bauleah, ii. 251.

Ranee of Sikkim, presents from, ii. 227.

Rangamally, i. 393.

Ranunculus aquatilis, ii. 156; hyperboreus (note), ii. 112; sceleratus, i. 45, 80.

Ratong river, i. 358.

Rat, tail-less, ii. 156.

Red snow, absence of in Himalaya, ii. 117.

Release from confinement, ii. 237.

Reptiles of Khasia, ii. 305; of Sikkim, ii. 25.

Rhododendrons, i. 166, 167; alpine, i. 220; ii. 58; anthopogon, i. 220, 349; arboreum, i. 126, 200, 274, 275, 276; ii. 125; argenteum, i. 116, 358; ii. 6; Aucklandii, ii. 25; barbatum, i. 166, 274; campylocarpum, i. 261; Dalhousiae, i. 126, 162; ii. 25; distribution of at Chola (note), ii. 197; Edgeworthii, ii. 25; Falconeri, i. 272, 274, 307; flowering of at different elevations, ii. 181; formosum, ii. 301; Hodgsoni, i. 250, 274; leaves curled by cold, ii. 199; nivale, ii. 89, 155; of Churra, ii. 282; poisoning of goats by, ii. 150; setosum, i. 220, 349; superb at Choongtam, ii. 186.

Rhubarb, gigantic, ii. 58; used as tobacco, ii. 152.

Rice-paper plant (note), i. 359.

Rice, Sikkim, i. 155; upper limit of cultivation, ii. 105.

Ringpo, ii. 196.

Ripple-mark on sandstone, i. 43, 63.

Rivers, diurnal rise and fall of, ii. 69; of West Bengal, i. 33; temperature of, ii. 60; velocity of, ii. 99.

Rocks, absence of scratched in Sikkim, ii. 120; falling, ii. 57; moutonneed, ii. 136; moved by frosts, etc., ii. 179; retention of heat by, i. 222; strike of in Tibet, ii. 177.

Rong (name of Lepchas), i. 127.

Rosa involucrata, ii. 250; macrophylla, ii. 43; sericea, i. 168.

Rose Gangetic, (Rosa involucrata), ii. 255; gardens, i. 78; large-flowered, ii. 43.

Rotas-ghur, i. 40; palace, i. 42.

Rottlera tinctoria, i. 315.

Rummai, i. 394.

Ryott valley, ii. 190.

S

Saddle, Tibetan, i. 296. Sakkya, invocation of, i. 229; Sing, i. 321; Thoba, i. 331. Sakkyazong, i. 186, ii. 66. Sal, i. 21. Salix tetrasperma, i. 400; Babylonica, ii. 32. Salmonidae, distribution of in Asia, (note) ii. 183. Salt, country in Tibet, ii. 124; monopoly of by Indian Government, ii. 339. Salvinia, ii. 338. Sandal-wood, red, ii. 328. Sandstone of Kala-panee, ii. 286; of Khasia, ii. 267; of Kymore hills, i. 39; of Terai, i. 379, 402; slabs of, 160. Sara (crane) breeding in Tibet (note), ii. 161. Sar-natb, i. 77. Satpura range, i. 32. Satyrium Nepalense (note), ii. 102. Saussurea, bladder-headed, ii. 109; gossypina, i. 225. Saxifraga, arctic, i. 81; ciliaris, ii. 280; (note) ii. 100. Scirpus triquetra (note), ii. 96. Scitamineae, ii. 18. Sconce, Mr., ii. 345. Scorpions, i. 53. Scratched rocks, absence of in Sikkim, ii. 120. Seal of Bhotan Rajah, i. 372. Seasons of vegetation in Sikkim, ii. 182. Sebolah pass, ii. 141. Seetakoond bungalow and hill, ii. 352; hot springs of, i. 88; perpetual flame at, ii. 352. Sepoys, Lepcha and Tibetan, ii. 235. Shahgunj, i. 60. Shales, carbonaceous in Terai, i. 403. Sheep, breeding of, ii. 150; feeding on rhododendron leaves, i. 261; grazed at 16,000 feet, ii. 89; at 18,000 feet, ii. 170; Tibetan, i. 272; wild, i. 243, ii. 132. Sheergotty, i. 31. Shell-lac, i. 9. Shells, ii. 7; alpine, ii. 156. Shepherd's purse, i. 221. Shigatzi (see Jigatzi). Shooting, prejudice against, ii. 40. Showa (stag) antlers of, ii. 214. Shrubs, northern limits of, ii. 118. Siberian plants in Himalaya, ii, 38, 66, 63, 74. Sidingbah (note), i. 274, 276. Sikkim, climate of, i. 160; Rajah, i. 116, 298; vegetation, i. 168; Dewan, i. 298. Silchar, ii. 328. Silhet, ii. 326, 335; leave, ii. 337. Siligoree, i. 375, 399. Silok-foke, Lama of, ii. 4. Simonbong temple, i. 172. Simulium, i. 157. Sinchul, ascent of, i. 124, 125; plants of, i. 125. Singdong, ii. 223. Singtam Soubah, ii. 15; at Chola, ii. 201; dismissal of, ii. 210; illness of, ii. 72; joined by, ii. 64. Singtam village, ii. 14. Sissoo, i. 395. Sitong, ii. 153. Skimmia, i. 126; laureola, i. 167. Sleeman, Major, reports on Thuggee, i. 67. Slopes, inclination of in Sikkim, i. 327. Smilacina (a pot-herb), ii. 48. Snake-king, image of, i. 369, (note) i. 328. Snakes, ii. 25, 305. Snow, perpetual ii. 116, 128, 169; phenomena of (note), i. 252; shades, i. 357; storms, i. 355. Snowy Himalaya, views of from Tonglo i. 184; very deceptive appearance of, i. 124. Soane, i. 35; cross, i. 38, 45, 53; elevation of bed, i. 46; mouth of, i. 82; pebbles, i. 33, 91; plants in bed of, i 45. Soda, sesqui-carbonate of, i. 13; effloresced, ii. 157. Soil, temperature of, i. 35, 36, 45, 158, 170, 186, 219, 247; at Bhomsong, i. 305. Songboom, i. 361. Soormah river, ii. 261; basin of, ii. 256. Soorujkoond, hot-springs of, i. 27. Sound, produced by boulders in rivers, ii. 48; transmission of, i. 253. Sparganium ramosum (note), ii. 96. Sphaerostema, ii. 33. Sphynx atropos, i. 46. Spiders in martins' nests, i. 46, Spondias mangifera, i. 82. Squirrels, i. 46. Stainforth, Mr., house at Pomrang, ii. 313; at Silhet, ii. 335. Sterculia foetida, i. 39. Stick lac, i. 9. Sticks, warming (note), ii. 154. Stipa, ii. 132. Stauntonia, i. 112. Strawberry of the plains, i. 395; alpine, ii. 108. Struthiopteris, ii. 68. Strychnos potatorum, i. 50. Stylidium, ii. 336. Styloceras ratna, i. 399. Sulkun, i. 56. Sultangunj, rocks of, i. 90. Sundeep island, deposit of silt on, ii. 342. Sunderbunds, ii. 354; compared with Jheels, ii. 260; vegetation of, ii. 340. Sunipia (note), ii. 10. Sunnook, i. 317. Sunrise, false, i. 63. Sunset, false, i. 63; in Tibet, ii. 173. Suspension bridge, iron, i. 199. Syenite, blocks of, ii. 302. Symplocos, dye from, ii. 41. Syong, ii. 291.

T

Taktoong river, ii. 32.

Talauma Hodgsoni, i. 162.

Taldangah, i. 12.

Tallum Samdong, ii. 67, 96.

Tamarind tree, i. 17.

Tamarisk, i. 392.

Tambur river, i. 194; elevation and slope of bed, i. 200.

Tanks, plants in, i. 62; movements of water in, ii. 342.

Taptiatok (E. Nepal), i. 204.

Tassichooding temples, i. 257.

Tassiding, i. 289, 315; temples, i. 319; foundation, i, 325.

Tchebu Lama, i. 302; ii. 5, 193; house and chapel of, ii. 194.

Tchiru (antelope), ii. 157.

Tchuka (rhubarb), ii. 58.

Tea, buttered, ii. 78; brick, i. 297; made of Photinia, etc., ii. 22; Tibetan, ii. 78.

Teal, English, ii. 158.

Tea-plants, i. 5; cultivation of in Sikkim, i. 144; cut by hail at Dorjiling, i. 408; at Myrung, ii. 92; Chittagong, ii. 347.

Teelas, ii. 262, 327.

Teesta river, at Bhomsong, i. 297; exit from mountains, i. 396; in plains, i. 392; junction with Great Rungeet, i. 154; signification of, i. 398; temperature of, i. 397; ii. 60.

Teeta (febrifuge), i. 272.

Temples of Catsuperri, i. 365; Changachelling, i. 368; Choongtam, ii. 21; Doobdi, i. 366; Neongong, i. 311; Pemiongchi,i. 327; Phadong, ii. 192; Simonbong, i. 172; Tassichooding, i. 257; Tassiding, i. 319; Wallanchoon, i. 228; Yangma, i. 235; various, i. 313; mode of building, i. 311; worship in, i. 812, 365; ii. 178.

Tendong, i. 127; ii. 3.; summit of, ii. 6.

Terai, i. 100, 104; definition of, i. 377; excursion to, i. 373; meteorology of, i. 384; of Khasia, ii. 266; seizure of, ii. 240; vegetation of, i. 101.

Terraces, at Baisarbatti, i. 401; junction of Zemu and Thlonok, ii. 53; Momay, ii. 119; Yalloong, i. 270; Yangma, i. 234, 242.

Terya, ii. 226.

Teshoo Loombo (note), ii. 171.

Tetrao-perdrix nivicola, ii. 113.

Thalictrum, i. 19; alpinum, ii. 115; glyphocarpum (note), i. 24.

Thermometer, black bulb, i. 15; boiling-point, ii. 113, 153, Appendix, 453; lost, ii. 184; minimum left on Donkia pass, ii. 129; sunk, i. 198; Appendix, 441, 451.

Thigh-bone, trumpet of, i. 173, 314.

Thlaspi arvense, ii. 68.

Thlonok river, ii. 47.

Thomson, Dr., joined by, ii. 238.

Thugs, river, i. 67; suppression of, i. 65.

Tibet, animals of, ii. 93, 157, 173; enter, ii. 155; inhospitality of climate, i. 299; snow-line, elevation of in, ii. 128, 175.

Tibetans, i. 262; blackening faces of women, ii. 172; camp of, ii. 85; charm-box, i. 270; child's coral, ii. 87; churns, ii. 77; cups, i. 212; diet, i. 212; Dingpun, ii. 160; dogs, i. 204; drunk, i. 230; guitar, i. 304; headdresses, ii. 86; hospitality, ii. 94; household, i. 212; houses, ii. 67; pipe, i. 212; salute, i. 203; sepoys, ii. 160, 200, 235; tea, i. 212; ii. 78; tents, ii. 77.

Ticks, i. 166, 279; ii. 79.

Tidal-wave, ii. 343.

Tide in Bay of Bengal, ii. 340; in Sunderbunds, ii. 354.

Tiger hunt, i. 56.

Tikbotang, ii. 228.

Tingri, ii. 169.

Titalya, i. 100, 376.

Toad, Javanese, ii. 96.

Tobacco, Chinese, ii. 232; made from rhubarb, ii. 152.

Toddy-palm, i. 34, 39, 88.

Tofe Choney, i. 16.

Tomo-chamo mountain, ii. 122.

Tong (arum-roots prepared for food), ii. 49; collection and preparation of, ii. 65.

Tonglo, i. 158; camp on, i. 183; elevation of, i. 171; excursion to, i. 155; summit of, i. 167; temperature of, i. 170; vegetation of, i. 167.

Took (Hydnocarpus), ii. 7. (See Chaulmoogra).

Toon (Cedrela), i. 193, 312.

Tourmalines, i. 224; ii. 27.

Toys, children's in Sikkim, i. 338.

Travelling equipment, i. 179.

Tree-fern, i. 110; ii. 13; in Silhek, ii. 336.

END OF VOLUME II OF HIMALAYAN JOURNALS.

*** END OF THE PROJECT GUTENBERG EBOOK HIMALAYAN JOURNALS — VOLUME 2 ***

Updated editions will replace the previous one—the old editions will be renamed.

Creating the works from print editions not protected by U.S. copyright law means that no one owns a United States copyright in these works, so the Foundation (and you!) can copy and distribute it in the United States without permission and without paying copyright royalties. Special rules, set forth in the General Terms of Use part of this license, apply to copying and distributing Project Gutenberg™ electronic works to protect the PROJECT GUTENBERG™ concept and trademark. Project Gutenberg is a registered trademark, and may not be used if you charge for an eBook, except by following the terms of the trademark license, including paying royalties for use of the Project Gutenberg trademark. If you do not charge anything for copies of this eBook, complying with the trademark license is very easy. You may use this eBook for nearly any purpose such as creation of derivative works, reports, performances and research. Project Gutenberg eBooks may be modified and printed and given away—you may do practically ANYTHING in the United States with eBooks not protected by U.S. copyright law. Redistribution is subject to the trademark license, especially commercial redistribution.

START: FULL LICENSE

THE FULL PROJECT GUTENBERG LICENSE

PLEASE READ THIS BEFORE YOU DISTRIBUTE OR USE THIS WORK

To protect the Project Gutenberg™ mission of promoting the free distribution of electronic works, by using or distributing this work (or any other work associated in any way with the phrase “Project Gutenberg”), you agree to comply with all the terms of the Full Project Gutenberg™ License available with this file or online at www.gutenberg.org/license.

Section 1. General Terms of Use and Redistributing Project Gutenberg™ electronic works

1.A. By reading or using any part of this Project Gutenberg™ electronic work, you indicate that you have read, understand, agree to and accept all the terms of this license and intellectual property (trademark/copyright) agreement. If you do not agree to abide by all the terms of this agreement, you must cease using and return or destroy all copies of Project Gutenberg™ electronic works in your possession. If you paid a fee for obtaining a copy of or access to a Project Gutenberg™ electronic work and you do not agree to be bound by the terms of this agreement, you may obtain a refund from the person or entity to whom you paid the fee as set forth in paragraph 1.E.8.

1.B. “Project Gutenberg” is a registered trademark. It may only be used on or associated in any way with an electronic work by people who agree to be bound by the terms of this agreement. There are a few things that you can do with most Project Gutenberg™ electronic works even without complying with the full terms of this agreement. See paragraph 1.C below. There are a lot of things you can do with Project Gutenberg™ electronic works if you follow the terms of this agreement and help preserve free future access to Project Gutenberg™ electronic works. See paragraph 1.E below.

1.C. The Project Gutenberg Literary Archive Foundation (“the Foundation” or PGLAF), owns a compilation copyright in the collection of Project Gutenberg™ electronic works. Nearly all the individual works in the collection are in the public domain in the United States. If an individual work is unprotected by copyright law in the United States and you are located in the United States, we do not claim a right to prevent you from copying, distributing, performing, displaying or creating derivative works based on the work as long as all references to Project Gutenberg are removed. Of course, we hope that you will support the Project Gutenberg™ mission of promoting free access to electronic works by freely sharing Project Gutenberg™ works in compliance with the terms of this agreement for keeping the Project Gutenberg™ name associated with the work. You can easily comply with the terms of this agreement by keeping this work in the same format with its attached full Project Gutenberg™ License when you share it without charge with others.

1.D. The copyright laws of the place where you are located also govern what you can do with this work. Copyright laws in most countries are in a constant state of change. If you are outside the United States, check the laws of your country in addition to the terms of this agreement before downloading, copying, displaying, performing, distributing or creating derivative works based on this work or any other Project Gutenberg™ work. The Foundation makes no representations concerning the copyright status of any work in any country other than the United States.

1.E. Unless you have removed all references to Project Gutenberg:

1.E.1. The following sentence, with active links to, or other immediate access to, the full Project Gutenberg™ License must appear prominently whenever any copy of a Project Gutenberg™ work (any work on which the phrase “Project Gutenberg” appears, or with which the phrase “Project Gutenberg” is associated) is accessed, displayed, performed, viewed, copied or distributed:

This eBook is for the use of anyone anywhere in the United States and most other parts of the world at no cost and with almost no restrictions whatsoever. You may copy it, give it away or re-use it under the terms of the Project Gutenberg License included with this eBook or online at www.gutenberg.org. If you are not located in the United States, you will have to check the laws of the country where you are located before using this eBook.

1.E.2. If an individual Project Gutenberg™ electronic work is derived from texts not protected by U.S. copyright law (does not contain a notice indicating that it is posted with permission of the copyright holder), the work can be copied and distributed to anyone in the United States without paying any fees or charges. If you are redistributing or providing access to a work with the phrase “Project Gutenberg” associated with or appearing on the work, you must comply either with the requirements of paragraphs 1.E.1 through 1.E.7 or obtain permission for the use of the work and the Project Gutenberg™ trademark as set forth in paragraphs 1.E.8 or 1.E.9.

1.E.3. If an individual Project Gutenberg™ electronic work is posted with the permission of the copyright holder, your use and distribution must comply with both paragraphs 1.E.1 through 1.E.7 and any additional terms imposed by the copyright holder. Additional terms will be linked to the Project Gutenberg™ License for all works posted with the permission of the copyright holder found at the beginning of this work.

1.E.4. Do not unlink or detach or remove the full Project Gutenberg™ License terms from this work, or any files containing a part of this work or any other work associated with Project Gutenberg™.

1.E.5. Do not copy, display, perform, distribute or redistribute this electronic work, or any part of this electronic work, without prominently displaying the sentence set forth in paragraph 1.E.1 with active links or immediate access to the full terms of the Project Gutenberg™ License.

1.E.6. You may convert to and distribute this work in any binary, compressed, marked up, nonproprietary or proprietary form, including any word processing or hypertext form. However, if you provide access to or distribute copies of a Project Gutenberg™ work in a format other than “Plain Vanilla ASCII” or other format used in the official version posted on the official Project Gutenberg™ website (www.gutenberg.org), you must, at no additional cost, fee or expense to the user, provide a copy, a means of exporting a copy, or a means of obtaining a copy upon request, of the work in its original “Plain Vanilla ASCII” or other form. Any alternate format must include the full Project Gutenberg™ License as specified in paragraph 1.E.1.

1.E.7. Do not charge a fee for access to, viewing, displaying, performing, copying or distributing any Project Gutenberg™ works unless you comply with paragraph 1.E.8 or 1.E.9.

1.E.8. You may charge a reasonable fee for copies of or providing access to or distributing Project Gutenberg™ electronic works provided that:

- • You pay a royalty fee of 20% of the gross profits you derive from the use of Project Gutenberg™ works calculated using the method you already use to calculate your applicable taxes. The fee is owed to the owner of the Project Gutenberg™ trademark, but he has agreed to donate royalties under this paragraph to the Project Gutenberg Literary Archive Foundation. Royalty payments must be paid within 60 days following each date on which you prepare (or are legally required to prepare) your periodic tax returns. Royalty payments should be clearly marked as such and sent to the Project Gutenberg Literary Archive Foundation at the address specified in Section 4, “Information about donations to the Project Gutenberg Literary Archive Foundation.”

- • You provide a full refund of any money paid by a user who notifies you in writing (or by e-mail) within 30 days of receipt that s/he does not agree to the terms of the full Project Gutenberg™ License. You must require such a user to return or destroy all copies of the works possessed in a physical medium and discontinue all use of and all access to other copies of Project Gutenberg™ works.

- • You provide, in accordance with paragraph 1.F.3, a full refund of any money paid for a work or a replacement copy, if a defect in the electronic work is discovered and reported to you within 90 days of receipt of the work.

- • You comply with all other terms of this agreement for free distribution of Project Gutenberg™ works.

1.E.9. If you wish to charge a fee or distribute a Project Gutenberg™ electronic work or group of works on different terms than are set forth in this agreement, you must obtain permission in writing from the Project Gutenberg Literary Archive Foundation, the manager of the Project Gutenberg™ trademark. Contact the Foundation as set forth in Section 3 below.

1.F.

1.F.1. Project Gutenberg volunteers and employees expend considerable effort to identify, do copyright research on, transcribe and proofread works not protected by U.S. copyright law in creating the Project Gutenberg™ collection. Despite these efforts, Project Gutenberg™ electronic works, and the medium on which they may be stored, may contain “Defects,” such as, but not limited to, incomplete, inaccurate or corrupt data, transcription errors, a copyright or other intellectual property infringement, a defective or damaged disk or other medium, a computer virus, or computer codes that damage or cannot be read by your equipment.

1.F.2. LIMITED WARRANTY, DISCLAIMER OF DAMAGES - Except for the “Right of Replacement or Refund” described in paragraph 1.F.3, the Project Gutenberg Literary Archive Foundation, the owner of the Project Gutenberg™ trademark, and any other party distributing a Project Gutenberg™ electronic work under this agreement, disclaim all liability to you for damages, costs and expenses, including legal fees. YOU AGREE THAT YOU HAVE NO REMEDIES FOR NEGLIGENCE, STRICT LIABILITY, BREACH OF WARRANTY OR BREACH OF CONTRACT EXCEPT THOSE PROVIDED IN PARAGRAPH 1.F.3. YOU AGREE THAT THE FOUNDATION, THE TRADEMARK OWNER, AND ANY DISTRIBUTOR UNDER THIS AGREEMENT WILL NOT BE LIABLE TO YOU FOR ACTUAL, DIRECT, INDIRECT, CONSEQUENTIAL, PUNITIVE OR INCIDENTAL DAMAGES EVEN IF YOU GIVE NOTICE OF THE POSSIBILITY OF SUCH DAMAGE.

1.F.3. LIMITED RIGHT OF REPLACEMENT OR REFUND - If you discover a defect in this electronic work within 90 days of receiving it, you can receive a refund of the money (if any) you paid for it by sending a written explanation to the person you received the work from. If you received the work on a physical medium, you must return the medium with your written explanation. The person or entity that provided you with the defective work may elect to provide a replacement copy in lieu of a refund. If you received the work electronically, the person or entity providing it to you may choose to give you a second opportunity to receive the work electronically in lieu of a refund. If the second copy is also defective, you may demand a refund in writing without further opportunities to fix the problem.

1.F.4. Except for the limited right of replacement or refund set forth in paragraph 1.F.3, this work is provided to you ‘AS-IS’, WITH NO OTHER WARRANTIES OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO WARRANTIES OF MERCHANTABILITY OR FITNESS FOR ANY PURPOSE.

1.F.5. Some states do not allow disclaimers of certain implied warranties or the exclusion or limitation of certain types of damages. If any disclaimer or limitation set forth in this agreement violates the law of the state applicable to this agreement, the agreement shall be interpreted to make the maximum disclaimer or limitation permitted by the applicable state law. The invalidity or unenforceability of any provision of this agreement shall not void the remaining provisions.

1.F.6. INDEMNITY - You agree to indemnify and hold the Foundation, the trademark owner, any agent or employee of the Foundation, anyone providing copies of Project Gutenberg™ electronic works in accordance with this agreement, and any volunteers associated with the production, promotion and distribution of Project Gutenberg™ electronic works, harmless from all liability, costs and expenses, including legal fees, that arise directly or indirectly from any of the following which you do or cause to occur: (a) distribution of this or any Project Gutenberg™ work, (b) alteration, modification, or additions or deletions to any Project Gutenberg™ work, and (c) any Defect you cause.

Section 2. Information about the Mission of Project Gutenberg™

Project Gutenberg™ is synonymous with the free distribution of electronic works in formats readable by the widest variety of computers including obsolete, old, middle-aged and new computers. It exists because of the efforts of hundreds of volunteers and donations from people in all walks of life.

Volunteers and financial support to provide volunteers with the assistance they need are critical to reaching Project Gutenberg™’s goals and ensuring that the Project Gutenberg™ collection will remain freely available for generations to come. In 2001, the Project Gutenberg Literary Archive Foundation was created to provide a secure and permanent future for Project Gutenberg™ and future generations. To learn more about the Project Gutenberg Literary Archive Foundation and how your efforts and donations can help, see Sections 3 and 4 and the Foundation information page at www.gutenberg.org.

Section 3. Information about the Project Gutenberg Literary Archive Foundation

The Project Gutenberg Literary Archive Foundation is a non-profit 501(c)(3) educational corporation organized under the laws of the state of Mississippi and granted tax exempt status by the Internal Revenue Service. The Foundation’s EIN or federal tax identification number is 64-6221541. Contributions to the Project Gutenberg Literary Archive Foundation are tax deductible to the full extent permitted by U.S. federal laws and your state’s laws.

The Foundation’s business office is located at 809 North 1500 West, Salt Lake City, UT 84116, (801) 596-1887. Email contact links and up to date contact information can be found at the Foundation’s website and official page at www.gutenberg.org/contact

Section 4. Information about Donations to the Project Gutenberg Literary Archive Foundation

Project Gutenberg™ depends upon and cannot survive without widespread public support and donations to carry out its mission of increasing the number of public domain and licensed works that can be freely distributed in machine-readable form accessible by the widest array of equipment including outdated equipment. Many small donations ($1 to $5,000) are particularly important to maintaining tax exempt status with the IRS.

The Foundation is committed to complying with the laws regulating charities and charitable donations in all 50 states of the United States. Compliance requirements are not uniform and it takes a considerable effort, much paperwork and many fees to meet and keep up with these requirements. We do not solicit donations in locations where we have not received written confirmation of compliance. To SEND DONATIONS or determine the status of compliance for any particular state visit www.gutenberg.org/donate.

While we cannot and do not solicit contributions from states where we have not met the solicitation requirements, we know of no prohibition against accepting unsolicited donations from donors in such states who approach us with offers to donate.

International donations are gratefully accepted, but we cannot make any statements concerning tax treatment of donations received from outside the United States. U.S. laws alone swamp our small staff.

Please check the Project Gutenberg web pages for current donation methods and addresses. Donations are accepted in a number of other ways including checks, online payments and credit card donations. To donate, please visit: www.gutenberg.org/donate.

Section 5. General Information About Project Gutenberg™ electronic works

Professor Michael S. Hart was the originator of the Project Gutenberg™ concept of a library of electronic works that could be freely shared with anyone. For forty years, he produced and distributed Project Gutenberg™ eBooks with only a loose network of volunteer support.

Project Gutenberg™ eBooks are often created from several printed editions, all of which are confirmed as not protected by copyright in the U.S. unless a copyright notice is included. Thus, we do not necessarily keep eBooks in compliance with any particular paper edition.

Most people start at our website which has the main PG search facility: www.gutenberg.org.

This website includes information about Project Gutenberg™, including how to make donations to the Project Gutenberg Literary Archive Foundation, how to help produce our new eBooks, and how to subscribe to our email newsletter to hear about new eBooks.

Table of Contents

CONTENTS.

CHAPTER XIX.

CHAPTER XX.

CHAPTER XXI.

CHAPTER XXII.

CHAPTER XXIII.

CHAPTER XXIV.

CHAPTER XXV.

CHAPTER XXVI.

CHAPTER XXVII.

CHAPTER XXVIII.

CHAPTER XXIX.

CHAPTER XXX.

HIMALAYAN JOURNALS.

CHAPTER XIX.

CHAPTER XX.

CHAPTER XXI.

CHAPTER XXII.

CHAPTER XXIII.

CHAPTER XXIV.

CHAPTER XXV.

CHAPTER XXVI.

CHAPTER XXVII.

CHAPTER XXVIII.

CHAPTER XXIX.

CHAPTER XXX.

SOLAR RADIATION

NOCTURNAL RADIATION

DUNWAH TO SOANE RIVER, AND UP SOANE TO TURA, FEBRUARY 10-19TH.

NOCTURNAL RADIATION

SOLAR RADIATION

NOCTURNAL RADIATION FROM PLANTS

III. VALLEY OF SOANE RIVER, TURA TO SULKUN (MEAN ELEV. 517 FEET), FEBRUARY 20TH TO MARCH 3RD.

NOCTURNAL RADIATION

SOLAR RADIATION

NOCTURNAL RADIATION FROM PLANTS

IV. TABLE-LAND OF KYMORE HILLS (MEAN ELEV. 979 FEET), MARCH 3RD TO 8TH, 1848.

NOCTURNAL RADIATION

MIRZAPORE (ELEV. 362 FEET), MARCH 9TH TO 13TH, 1848.

APPENDIX B.

APPENDIX D.

APPENDIX E.

APPENDIX F.

AUGUST

DECEMBER

APPENDIX G.

WEIGHT OF VAPOUR IN CUBIC FOOT OF AIR

SUMMARY.

APPENDIX H.

APPENDIX I.

APPENDIX J.

APPENDIX L.

INDEX.

END OF VOLUME II OF HIMALAYAN JOURNALS.

THE FULL PROJECT GUTENBERG LICENSE