Table of Temperatures in Malay Archipelago.
Place Island Latitude Mean
Annual
Temperature
Coldest
Month
Hottest
Month
Difference
Name Temperature Name Temperature
F. C. F. C. F. C. F. C.
Bayombong Lugon 16° 29′ N. 76·1 24·8 December 70·8 21·6 May 80·0 26·7 9·2 5·1
C. Boliano 16° 23′ N. 77·5 25·3 73·6 23·2 81·3 27·4 7·5 4·2
Manila 14° 35′ N. 79·5 26·4 January 76·1 24·5 82·9 28·2 6·6 3·7
Malion 18°  9′ N. 77·6 25·4 74·2 23·4 81·6 27·6 7·5 4·2
Iloilo Sebu 10° 42′ N. 79·8 26·6 77·1 25·1 82·4 28·0 5·2 2·9
Carlotta Negros 10° 25′ N. 77·5 25·3 December 75·5 24·2 80·6 27·0 5·1 2·8
Bohol Bohol 9° 30′ N. 78·6 25·9 February 76·2 24·5 June 80·6 27·0 4·5 2·5
Sandakan Borneo 5° 49′ N. 80·5 26·9 Dec.-Jan. 79·0 26·1 Apl.-May 81·9 27·7 2·9 1·6
Papar 6° 49′ N. 77·6 25·4 76·1 24·5 June 79·3 26·3 3·2 1·8
Padang Sumatra 0° 56′ S. 79·8 26·6 November 79·1 26·2 May 81·0 27·2 1·8 1·0
Palembang 2° 50′ S. 80·6 27·0 January 79·8 26·6 81·4 27·4 1·4 0·8
Baryermassing 3° 34′ S. 79·9 27·1 December 80·0 26·7 81·9 27·7 1·8 1·0
Amboina Seram 3° 41′ S. 79·3 26·3 July 77·4 25·2 February 81·0 27·2 3·6 2·0
Lahat Sumatra 3° 48′ S. 78·9 26·0 January 79·1 26·2 April 81·2 27·3 2·3 1·3
North Coast New Guinea 4° 54′ S. 79·0 26·1 August 77·5 25·3 March 79·8 26·6 2·8 1·3
Batavia Java 6° 11′ S. 78·6 25·9 January 77·5 25·3 May-Oct. 79·5 26·4 1·9 1·1
Buitenzorg 6° 37′ S. 77·0 25·0 February 78·0 25·5 Sept. 77·7 25·5 1·8 1·0
Banjoewangie 8° 17′ S. 79·9 26·7 July 78·9 26·0 April 81·2 27·3 2·3 1·3
South coast New Guinea 9° 28′ S. 80·5 26·9 August 77·5 25·3 December 82·6 28·2 5·2 2·9

The remarkable uniformity of these climates, albeit with a slightly more distinct tendency to variation as one recedes from the Equator, are well illustrated in these tables, as also is the dependence of season on purely local conditions in these latitudes.

Table showing Monthly Rainfall of Localities in the Malay Archipelago.
Place Singkel,
S. W. coast,
Sumatra
Kota Raja,
N. coast,
Sumatra
Sarawak,
N. coast,
Borneo
Sandakan,
British
N. Borneo
Menado,
N. Peninsula,
Celebes
Ternata,
Small Island
off Jilolo
Benkulen,
S. W. coast,
Sumatra
Bangawanji,
Java
Kupang,
N. coast of
Timor
Latitude 2° 11′ N. 5° 32′ N. 1° 28′ N. 5° 49′ N. 1° 30′ N. 0° 47′ N. 3° 47′ S. 8° 13′ S. 10° 10′ S.
Longitude 97° 45′ E. 95° 20′ E. 110° 8′ E. 118° 12′ E. 124° 50′ E. 127° 23′ E. 102° 15′ E. 114° 23′ E. 123° 34′ E.
Month Ins. Mm. Ins. Mm. Ins. Mm. Ins. Mm. Ins. Mm. Ins. Mm. Ins. Mm. Ins. Mm. Ins. Mm.
January 11·23 285 5·98 151 27·17 690 21·43 544 18·78 478 7·83 199 12·40 315 7·57 192 16·15 423
February 10·68 271 3·13 79 23·67 601 10·33 262 13·27 337 7·98 201 9·83 249 7·57 192 15·03 404
March 14·64 372 3·32 84 10·14 257 7·53 192 10·67 271 6·30 160 11·34 288 5·38 138 7·60 193
April 15·97 406 4·58 116 10·04 255 4·37 111 8·08 205 10·33 262 10·35 263 4·08 104 2·38 60
May 14·45 367 5·55 141 9·09 231 5·32 135 6·58 167 8·89 226 10·33 262 4·97 126 1·85 47
June 13·18 335 3·28 82 8·73 222 8·32 211 7·08 179 8·89 226 9·15 233 4·62 117 0·38 10
July 11·46 291 4·38 111 4·78 121 9·62 244 4·93 125 5·38 137 7·13 181 3·03 77 0·17 4
August 15·28 388 4·84 123 8·86 225 6·98 176 4·78 121 4·73 120 9·48 241 2·48 63 0·13 3
September 16·75 426 7·29 185 7·78 198 10·08 256 3·24 82 4·07 103 9·82 249 2·67 68 0·04 1
October 20·16 512 7·48 190 9·92 252 10·07 255 4·93 125 6·58 167 14·22 361 2·60 66 0·47 12
November 19·64 499 8·24 209 13·56 345 16·45 418 8·08 205 8·32 211 13·53 344 2·77 70 3·34 85
December 16·37 416 9·17 233 25·12 663 19·14 486 16·45 418 9·28 236 13·60 349 7·97 202 10·44 265
Year 179·62 4,562 67·08 1,704 159·45 4,050 129·73 3,296 106·82 2,713 88·51 2,248 131·30 3,335 55·12 1,415 59·34 1,507
Table showing Monthly Rainfall of Localities in the Malay Archipelago.
Place Singkel,
S. W. coast,
Sumatra
Kota Raja,
N. coast,
Sumatra
Sarawak,
N. coast,
Borneo
Sandakan,
British
N. Borneo
Menado,
N. Peninsula,
Celebes
Latitude 2° 11′ N. 5° 32′ N. 1° 28′ N. 5° 49′ N. 1° 30′ N.
Longitude 97° 45′ E. 95° 20′ E. 110° 8′ E. 118° 12′ E. 124° 50′ E.
Month Ins. Mm. Ins. Mm. Ins. Mm. Ins. Mm. Ins. Mm.
January 11·23 285 5·98 151 27·17 690 21·43 544 18·78 478
February 10·68 271 3·13 79 23·67 601 10·33 262 13·27 337
March 14·64 372 3·32 84 10·14 257 7·53 192 10·67 271
April 15·97 406 4·58 116 10·04 255 4·37 111 8·08 205
May 14·45 367 5·55 141 9·09 231 5·32 135 6·58 167
June 13·18 335 3·28 82 8·73 222 8·32 211 7·08 179
July 11·46 291 4·38 111 4·78 121 9·62 244 4·93 125
August 15·28 388 4·84 123 8·86 225 6·98 176 4·78 121
September 16·75 426 7·29 185 7·78 198 10·08 256 3·24 82
October 20·16 512 7·48 190 9·92 252 10·07 255 4·93 125
November 19·64 499 8·24 209 13·56 345 16·45 418 8·08 205
December 16·37 416 9·17 233 25·12 663 19·14 486 16·45 418
Year 179·62 4,562 67·08 1,704 159·45 4,050 129·73 3,296 106·82 2,713
Place Ternata,
Small Island
off Jilolo
Benkulen,
S. W. coast,
Sumatra
Bangawanji,
Java
Kupang,
N. coast of
Timor
Latitude 0° 47′ N. 3° 47′ S. 8° 13′ S. 10° 10′ S.
Longitude 127° 23′ E. 102° 15′ E. 114° 23′ E. 123° 34′ E.
Month Ins. Mm. Ins. Mm. Ins. Mm. Ins. Mm.
January 7·83 199 12·40 315 7·57 192 16·15 423
February 7·98 201 9·83 249 7·57 192 15·03 404
March 6·30 160 11·34 288 5·38 138 7·60 193
April 10·33 262 10·35 263 4·08 104 2·38 60
May 8·89 226 10·33 262 4·97 126 1·85 47
June 8·89 226 9·15 233 4·62 117 0·38 10
July 5·38 137 7·13 181 3·03 77 0·17 4
August 4·73 120 9·48 241 2·48 63 0·13 3
September 4·07 103 9·82 249 2·67 68 0·04 1
October 6·58 167 14·22 361 2·60 66 0·47 12
November 8·32 211 13·53 344 2·77 70 3·34 85
December 9·28 236 13·60 349 7·97 202 10·44 265
Year 88·51 2,248 131·30 3,335 55·12 1,415 59·34 1,507

The gradual development of a dry season as one proceeds southward from the Equator, as well as the gradual diminution of the rainfall that accompanies it, is very instructive.

Port Moresley, British New Guinea. S.E. Coast.
Month Mean
Monthly
Temperature
Mean
Maximum
Temperature
Mean
Minimum
Temperature
Monthly
Rainfall
Direction
of
Wind
F. C. F. C. F. C. Ins. Mm.
January 89   31·7 91   32·8 75   23·9 11·68 296·7   N.W.
February 86   30·0 90   32·2 72   22·2 11·88 301·2 N.W.
March 86   30·0 90   32·2 74   23·3 10·15 257·8 N.W.
April 86   30·0 88   31·1 74   23·3 2·40 61·0 -   N.W.
&
S.E.
May 86   30·0 87   30·6 72   22·2 2·96 73·0   S.E.
June 83   28·3 87   30·6 71   21·7 Wanting S.E.
July 82   27·8 83   28·3 68·5 20·3 5·94 151·0 S.E.
August 84   28·9 82   27·8 68   20·0 1·45 36·8 S.E.
September 85   29·4 86   30·0 71   21·7 0·12 2·7 S.E.
October 84   28·9 87   30·6 71   21·7 0·16 4·0 S.E.
November 88   31·1 88   31·1 71   21·7 0·60 15·2 S.E.
December 88   31·1 91   32·8 73   22·8 6·88 174·8 N.W.

The rainfall, therefore, appears to be from 56-60 ins., and the reporter remarks:—

“On the sea coast, the experience so far gained seems to prove that the climate of the western portion (of the island) is rainy. Port Moresley is apparently near the centre of a dry belt that extends 100-150 miles along the coast. Eastward of this the climate becomes more rainy as far as the East Cape. The north-east coast, as far as Cape Nelson, is drier, and beyond this again, more rainy—Mamlaro is a wet district. As far as known, the mountain region is more rainy. Thunder storms are more frequent and mist and drizzle also prevail on the high lands.”

Exploration in New Guinea is, however, a pursuit which requires the traveller to brave to an exceptional extent the dangers of poisonous snakes and other venomous vermin.

Capt. I. A. Lawson (“Wanderings in the Interior of New Guinea,” Chapman and Hall, London, 1875) describes an apparently undoubted case of death from scorpion sting in an adult, and states that large numbers of Papuans are killed by them. He saw several scorpions ten inches long. The patient became comatose. After about three hours, thin watery, almost colourless, blood began to flow from his ears, eyes and nose, which exhaled a horrible stench, and the man died. He measured one scorpion thirteen inches long, and a second exceeded ten inches.

Australia.

—The greater part, fortunately, of the island continent is typically “a white man’s country,” the temperature of latitudes south of the line being so much lower than those of the northern hemisphere that only the extreme northern part of the country comes within our limits.

One would expect, for example, Brisbane, lying in 27° 28′ S., to be very hot, but an inspection of the table below shows that it is only in the north of Queensland that one may expect to meet anything approaching a tropical climate.

Unfortunately the Queensland official statistics do not appear to have been collated, but the year chosen seems to be a fairly representative one. This deficiency is the more surprising as, in a country so often affected with destructive droughts, one would have expected that every effort would have been made to elucidate, by carefully drawn-up normal tables, the usual sequence of good and bad seasons.

Brisbane, Queensland.
Month Mean
Temperature
Mean
Maximum
Temperature
Mean
Minimum
Temperature
Relative
Humidity
Rainfall Number
of
Rainy
Days
F. C. F. C. F. C. Ins. Mm.
January 72·2 22·3 80·9 27·1 63·4 17·4 66   1·40 35·6 10
February 76·7 24·8 86·2 30·1 67·2 19·5 64   0·75 19·1 4
March 79·7 26·5 88·9 31·6 70·4 21·3 62   1·38 35·0 10
April 78·4 25·7 87·0 30·6 69·8 21·0 66   2·67 67·4 7
May 74·3 23·5 84·2 29·0 64·4 18·0 61   0·63 16·0 2
June 69·7 20·9 80·5 26·9 58·9 14·9 64   0·17 4·3 7
July 64·7 18·2 75·9 24·3 53·5 11·9 68   0·47 11·9 3
August 63·0 17·2 75·1 24·0 50·8 10·4 69   0·06 1·5 2
September 60·4 15·7 71·1 21·8 49·7 9·8 70   0·55 14·0 9
October 60·4 15·7 71·5 21·9 49·3 9·6 67   0·98 24·9 10
November 67·0 19·4 76·9 24·9 57·1 14·0 71   1·30 33·0 7
December 68·9 20·5 78·6 25·9 59·2 15·1 64   3·25 82·5 9

Unfortunately, the greater part of the interior of the country is an almost waterless desert, the development of which, unless subterranean sources of water can be tapped, seems almost hopeless, and almost the whole west coast shares in this terrible disability, and would probably have remained as deserted as the interior but for the recent discoveries of its richness in gold. Even in the extreme north, at Port Darwin, the climate is by no means unendurable for a place within 1212 degrees of the line, and the mean rainfall, 63·21 ins., is very moderate for a place so situated.

Port Darwin, Northern Territory.
Month Mean
Temperature
Absolute
Maximum
Absolute
Minimum
Rainfall Number
of
Rainy
Days
F. C. F. C. F. C. Ins. Mm.
January 84·4 29·1 93·6 34·3 73·0 22·8 15·85 402·6 23
February 83·5 28·6 93·9 34·3 73·4 23·0 13·77 374·8 14
March 84·6 29·3 91·4 33·0 71·0 21·7 10·10 258·5 26
April 84·4 29·1 97·8 36·5 69·2 20·7 4·36 110·6 6
May 81·5 27·5 95·2 35·1 66·6 19·2 1·04 26·6
June 78·7 25·9 92·4 33·5 59·9 15·5 0·08 1·7 3
July 76·8 24·9 88·1 31·2 58·6 14·8 0·01 0·3
August 79·3 26·3 92·0 33·3 63·7 17·6 0·12 3·0
September 82·8 28·2 94·1 34·5 67·9 19·9 0·43 10·9 1
October 85·7 29·8 96·7 35·9 72·4 22·4 2·19 54·5 8
November 86·0 30·0 97·0 36·1 72·4 22·4 5·21 132·2 4
December 85·5 29·7 95·4 35·2 73·7 23·2 10·27 260·4 16

The climate of the tropical portion of Western Australia will be sufficiently indicated by the following table for Wyndham, in lat. 15° 27′ S.

Month Mean
Monthly
Maxima
Mean
Monthly
Minima
Mean
Rainfall
Monthly
F. C. F. C. Ins. Mm.
January 98·0 36·7 78·8 26·0 5·32 134·7
February 98·7 37·0 78·7 25·9 4·24 106·8
March 98·2 36·8 79·4 26·3 4·02 102·8
April 98·1 36·7 76·8 24·9 Nil
May 93·1 34·0 71·2 21·8 Nil
June 89·1 31·8 67·7 19·8 0·15 3·8
July 88·7 31·5 62·8 17·0 Nil
August 91·8 33·2 66·8 19·3 Nil
September 97·0 36·1 74·0 23·3 0·04 1·2
October 100·3 37·9 78·9 26·0 Nil
November 101·3 38·5 80·3 26·8 4·32 109·4
December 100·1 37·8 80·4 26·9 2·47 62·3

The total annual rainfall here only amounts to 20·54 ins. (521·8 mm.); and Freemantle, in lat. 32° S., on the coast, only receives 28·15 ins. (715 mm.); and Coolgardie, far in the interior, but 7·18 ins. (181·7 mm.); but the temperature records of neither of the two last-mentioned places quite entitles them to be considered in the light of hot countries.

From 20° to 25° south latitude the coast is even drier; Cossach, in latitude 20° 40′ S., receiving but 9·3 ins. (247 mm.), and Carnarvon, in latitude 24° 52′ S., but 7·83 ins. (199 mm.). In these localities the perceptible rainfall occurs in June and July. In the summer (January, February) some of these places are no doubt very hot, but the nights are nearly always fairly cool. In many of these places water is so scarce that a bath is a luxury scarcely attainable by any but the very rich, the precious fluid having to be eked out at what seems to us a fabulous price per gallon, or even pint. This difficulty is, however, being met in some places by enormous engineering works, and colonists may be met with who have a good deal to say in favour of these apparently inhospitable shores.

Pacific Islands.

—The pages of Stevenson and Ralf Bolderwood have so familiarised us with the delights of these favoured spots—where it is always summer, but rarely oppressively hot—that it is probable that the general public have a better idea of their climates than is the case with almost any other tropical region. Owing to their comparatively small economic importance, it is, however, impossible to do more than supply a pair of tables illustrative of the climate of a few of the better-known spots.

Table of Temperature of Pacific Islands.
Island
or
Place
Latitude Warmest Month Coldest Month Difference
Name Mean
Temperature
Name Mean
Temperature
F. C. F. C. F. C.
Kauai 22° 15′ N. August 76·4 24·6 January 66·5 19·2 9·9 5·5
Honolulu 21° 18′ N. August 77·5 25·3 January 69·5 20·8 7·5 4·4
Hilo 19° 40′ N. Aug.-Sept. 74·4 23·5 January 71·5 21·9 2·9 1·6
Jaluit 5° 55′ N. Jan.-Feb. 81·0 27·2 June 80·5 26·9 0·7 0·4
Apia 13° 49′ S. Feb.-Mar. 78·6 25·9 July 75·5 24·2 3·2 1·8
Papiti 17° 32′ S. March 78·5 25·8 July 73·5 23·1 4·8 2·7
Vanua Levu 16° 38′ S. December 80·5 26·9 July-Aug. 76·0 24·4 4·3 2·4
Levuka 17°  4′ S. December 79·5 26·4 July 74·5 23·6 5·2 2·9
Tana 19° 28′ S. March 79·7 26·6 July 69·0 20·6 10·8 6·0
Tongatabu 21°  8′ S. February 79·0 26·1 August 68·5 20·3 10·4 5·8
Noumea 22° 16′ S. February 80·0 26·7 August 68·0 20·0 11·4 6·7
Oparu 27° 36′ S. March 72·5 22·3 September 65·3 18·5 7·2 4·0

The places have also been selected so as to illustrate the changes in season we met with in passing from North to South, and indicate much the same sequence that has already been noticed in the case of the Malay Archipelago, but the temperatures are several degrees lower in the case of each corresponding latitude, so that, while the Malay Islands are stormy and trying, the Polynesian groups are amongst the most pleasant of the warm climates of the world. Except in the Marshall groups, and in some of the Fijis, the rainfall is moderate for localities situated so near the equator.

Table of Rainfall of Pacific Islands.
Month Honolulu,
Hawaii
Marshall
Group
Apia,
Samoa
Fiji,
Qara Valu
New Hebrides,
Tongatabu
New Caledonia,
Noumea
Ins. Mm. Ins. Mm. Ins. Mm. Ins. Mm. Ins. Mm. Ins. Mm.
January 4·03 102 11·46 291 16·42 417 22·48 571 9·18 233 3·98 101
February 4·58 116 11·90 300 20·23 514 17·48 450 6·83 173 4·38 110
March 3·77 96 17·92 455 12·68 321 36·97 932 6·37 162 4·58 116
April 3·14 79 14·15 359 8·66 220 31·26 794 10·35 263 5·20 132
May 3·15 80 20·20 513 6·97 177 10·95 276 8·19 208 5·18 130
June 1·82 46 15·58 396 5·39 137 24·10 612 8·12 206 4·18 106
July 2·53 64 15·44 392 3·32 84 12·76 324 1·66 42 3·32 84
August 2·28 58 13·58 345 6·18 157 32·95 835 3·68 93 2·38 60
September 1·85 47 13·45 342 8·54 217 14·65 372 7·08 180 2·83 72
October 2·28 58 15·47 293 6·97 177 19·28 490 7·18 182 2·56 65
November 5·16 131 11·30 387 12·20 310 7·14 181 3·58 91 3·03 77
December 4·93 125 17·48 444 17·63 447 17·48 444 4·45 113 3·23 82
Year 39·45 1,002 177·87 4,517 125·15 3,178 247·85 6,281 76·62 1,946 44·68 1,135

Qara Valu has been selected as having the heaviest rainfall recorded in this part of the world, and it must not be imagined that such a chronic downpour is in any way typical of the Fiji Islands, most of which have a comparatively moderate rainfall; Bua with 98·35 ins. (2,497 mm.), and Lesuha with 97·15 ins. (2,465 mm.), being fairer examples; but there is the same tendency to a comparatively even distribution throughout the year.

These islands are, it is almost needless to remark, occasionally visited by terrible tornadoes, but are normally continuously under the influence of the trade winds, which here do not suffer from interruption, during the summer solstice, from disturbance due to the area of low pressure that originates from the superheating of land and water over Australia and the islands and confined seas that intervene between it and the Asiatic continent.

The American Continent.

—Like the islands of the Pacific, climatic data in America are characterised by lower levels than are met with in the great land masses of Europe, Asia, and Africa. As a result of this we find that, although we know that New York can produce a most discreditable array of cases of sunstroke in the height of summer, it is only the extreme southern portion of the United States that really merits the title to belong to the category of hot climates. There are doubtless to be met with fiercely hot places in Mexico, and malarious foci in the isthmus of Darien, which may rival anything to be met with in the old world, but speaking generally, climates are generally milder than those of corresponding places on this side of the “herring pond.”

Commencing with the Southern United States, all that need be described in the present work is the belt extending from California in the west to Florida in the east.

Los Angeles, California.
Month Monthly
Means
Absolute
Maxima
Absolute
Minima
Relative
Humidity
%
Monthly
Rainfall
Number
of
Rainy
Days
F. C. F. C. F. C. Ins. Mm.
January 54 12·2 87 30·6 30 -1·1 66    2·80 71·1 6  
February 55 12·8 88 31·1 28 -2·2 69    2·82 71·3 6  
March 57 13·9 99 37·2 31 -0·6 73    2·72 68·7 7  
April 60 15·6 99 37·2 38 3·3 73    1·10 27·9 4  
May 63 17·2 103 39·4 41 5·0 74    0·51 12·7 3  
June 67 19·4 100 37·8 46 7·8 73    0·10 2·5 1  
July 71 21·7 109 42·8 50 10·0 74    0·02 0·0 0  
August 72 22·2 106 41·1 51 10·6 74    0·04 0·1 0  
September 70 21·1 108 42·2 44 6·7 72    0·04 0·1 0  
October 64 17·8 96 35·6 40 4·4 71    0·81 20·4 3  
November 60 15·6 96 35·6 34 1·1 64    1·47 36·9 3  
December 56 13·3 88 31·1 30 -1·1 65    3·28 82·7 6