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Showing The Origin of Species Illustrated (The Illustrated Origin of Species) where title like '%Acclimatisation%' order by subject, title, ordinal (4 Rows).
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1
05 - Laws of Variation
05-03 - Acclimatisation
Habit is hereditary with plants, as in the period of flowering, in the time of sleep, in the amount of rain requisite for seeds to germinate, &c., and this leads me to say a few words on acclimatisation.

As it is extremely common for distinct species belonging to the same genus to inhabit hot and cold countries, if it be true that all the species of the same genus are descended from a single parent-form, acclimatisation must be readily effected during a long course of descent.

It is notorious that each species is adapted to the climate of its own home: species from an arctic or even from a temperate region cannot endure a tropical climate, or conversely.

So again, many succulent plants cannot endure a damp climate.

But the degree of adaptation of species to the climates under which they live is often overrated.

We may infer this from our frequent inability to predict whether or not an imported plant will endure our climate, and from the number of plants and animals brought from different countries which are here perfectly healthy.

We have reason to believe that species in a state of nature are closely limited in their ranges by the competition of other organic beings quite as much as, or more than, by adaptation to particular climates.

But whether or not this adaptation is in most cases very close, we have evidence with some few plants, of their becoming, to a certain extent, naturally habituated to different temperatures; that is, they become acclimatised: thus the pines and rhododendrons, raised from seed collected by Dr. Hooker from the same species growing at different heights on the Himalaya, were found to possess in this country different constitutional powers of resisting cold.

pine
pine

rhododendron
rhododendron

Himalaya
Himalaya


Mr. Thwaites informs me that he has observed similar facts in Ceylon; analogous observations have been made by Mr. H. C. Watson on European species of plants brought from the Azores to England; and I could give other cases.

Ceylon
Ceylon

europe
europe

Azores
Azores

England
England


In regard to animals, several authentic instances could be adduced of species having largely extended, within historical times, their range from warmer to cooler latitudes, and conversely; but we do not positively know that these animals were strictly adapted to their native climate, though in all ordinary cases we assume such to be the case; nor do we know that they have subsequently become specially acclimatised to their new homes, so as to be better fitted for them than they were at first.
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2
05 - Laws of Variation
05-03 - Acclimatisation
As we may infer that our domestic animals were originally chosen by uncivilised man because they were useful and because they bred readily under confinement, and not because they were subsequently found capable of far-extended transportation, the common and extraordinary capacity in our domestic animals of not only withstanding the most different climates, but of being perfectly fertile (a far severer test) under them, may be used as an argument that a large proportion of other animals now in a state of nature could easily be brought to bear widely different climates.

We must not, however, push the foregoing argument too far, on account of the probable origin of some of our domestic animals from several wild stocks; the blood, for instance, of a tropical and arctic wolf may perhaps be mingled in our domestic breeds.

wolf
wolf


The rat and mouse cannot be considered as domestic animals, but they have been transported by man to many parts of the world, and now have a far wider range than any other rodent; for they live under the cold climate of Faroe in the north and of the Falklands in the south, and on many an island in the torrid zones.

rat
rat

mouse
mouse

Faroe Islands
Faroe Islands

Falkland Islands
Falkland Islands


Hence adaptation to any special climate may be looked at as a quality readily grafted on an innate wide flexibility of constitution, common to most animals.

On this view, the capacity of enduring the most different climates by man himself and by his domestic animals, and the fact of the extinct elephant and rhinoceros having formerly endured a glacial climate, whereas the living species are now all tropical or sub-tropical in their habits, ought not to be looked at as anomalies, but as examples of a very common flexibility of constitution, brought, under peculiar circumstances, into action.

elephant
elephant

rhinoceros
rhinoceros
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3
05 - Laws of Variation
05-03 - Acclimatisation
How much of the acclimatisation of species to any peculiar climate is due to mere habit, and how much to the natural selection of varieties having different innate constitutions, and how much to both means combined, is an obscure question.

That habit or custom has some influence, I must believe, both from analogy and from the incessant advice given in agricultural works, even in the ancient encyclopaedias of China, to be very cautious in transporting animals from one district to another.

China
China


And as it is not likely that man should have succeeded in selecting so many breeds and sub-breeds with constitutions specially fitted for their own districts, the result must, I think, be due to habit.

On the other hand, natural selection would inevitably tend to preserve those individuals which were born with constitutions best adapted to any country which they inhabited.

In treatises on many kinds of cultivated plants, certain varieties are said to withstand certain climates better than others; this is strikingly shown in works on fruit-trees published in the United States, in which certain varieties are habitually recommended for the northern and others for the southern States; and as most of these varieties are of recent origin, they cannot owe their constitutional differences to habit.

The case of the Jerusalem artichoke, which is never propagated in England by seed, and of which consequently new varieties have not been produced, has even been advanced, as proving that acclimatisation cannot be effected, for it is now as tender as ever it was!

Jerusalem
Jerusalem

artichoke
artichoke

England
England


The case, also, of the kidney-bean has been often cited for a similar purpose, and with much greater weight; but until someone will sow, during a score of generations, his kidney-beans so early that a very large proportion are destroyed by frost, and then collect seed from the few survivors, with care to prevent accidental crosses, and then again get seed from these seedlings, with the same precautions, the experiment cannot be said to have been
tried.

Kidney Bean
Kidney Bean


Nor let it be supposed that differences in the constitution of seedling kidney-beans never appear, for an account has been published how much more hardy some seedlings are than others; and of this fact I have myself observed striking instances.

seedlings
seedlings
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4
05 - Laws of Variation
05-03 - Acclimatisation
On the whole, we may conclude that habit, or use and disuse, have, in some cases, played a considerable part in the modification of the constitution and structure; but that the effects have often been largely combined with, and sometimes overmastered by the natural selection of innate variations.
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Statistics and Drill Down Data Mining
subject #
01 - Variations Under Domestication 53 53
02 - Variations Under Nature 23 76
03 - Struggle for Existence 30 106
04 - Natural Selection 105 211
05 - Laws of Variation 48 259
06 - Difficutiles in Theory 74 333
07 - Instinct 13 346
08 - Hybridism 9 355
09 - On the Imperfection of the Geological Record 7 362
10 - On The Geological Succession of Organic Beings 10 372
11 - Geographical Distribution 7 379
12 - Geographical Distribution -- continued 23 402
13 - Mutual Affinities of Organic Beings: Morphology: Embryology: Rudimentary Or 34 436
14 - Recapitulation and Conclusion 38 474
title #
01-01 - Causes of Variability 5 5
01-02 - Effects of Habit 1 6
01-03 - correlation of Growth 2 8
01-04 - Inheritance 4 12
01-05 -Character of Domestic Varieties 2 14
01-06 - Difficulty of distinguishing between Varieties and Species 2 16
01-07 - Origin of Domestic Varieties from one or more Species 7 23
01-08 - Breeds of the Domestic Pigeons, their Differences and Origin 9 32
01-09 - Principles of Selection anciently followed, and their Effects 6 38
01-10 - Methodical and Unconscious Selection 5 43
01-11 - Unknown Origin of our Domestic Productions 5 48
01-12 - Circumstances favourable to Man's Power of Selection 3 51
01-13 - Summary 2 53
02-01 - Variability 2 55
02-02 - Individual Differences 2 57
02-03 - Doubtful Species 10 67
02-04 - Wide-ranging, much diffused, and common Species vary most 3 70
02-05 - Species of the Larger Genera in each Country vary more frequently than the Species of the Smaller Genera 2 72
02-06 - Many of the Species included within the Larger Genera resemble Varieties in being very closely, but unequally, related to each other, and in having restricted ranges 2 74
02-07 - Summary 2 76
03-01 - Bears on Natural Selection 2 78
03-02 - The Term, Struggle for Existence, used in a large sense 2 80
03-03 - Geometrical Ratio of Increase 2 82
03-04 - Rapid Increase of naturalised Animals and Plants 3 85
03-05 - Nature of the Checks to Increase 2 87
03-06 - Competition Universal 2 89
03-07 - Effects of Climate 2 91
03-08 - Protection from the Number of Individuals 2 93
03-09 - Complex Relations of all Animals and Plants Throughout Nature 5 98
03-10 - Struggle for Life most severe between Individuals and Varieties of the same Species 2 100
03-11 - The Relation of Organism to Organism the Most Important of All Relations 4 104
03-12 - Summary 2 106
04-01 - Natural Selection 5 111
04-02 - Its Power Compared with Man's Selection 2 113
04-03 - Its Power on Characters of Trifling Importance 2 115
04-04 - Its Power at All Ages and on Both Sexes 2 117
04-05 - Sexual Selection 3 120
04-06 - On the generality of Intercross Between Individuals of the Same Species 9 129
04-07 - Illustrations of the Action of Natural Selection: 10 139
04-08 - On the Intercrossing of Individuals 8 147
04-09 - Circumstances favourable for the production of new forms through Natural Selection 12 159
04-10 - Extinction caused by Natural Selection 3 162
04-11 - Divergence of Character 26 188
04-12 - On the Degree to which Organisation tends to advance 11 199
04-13 - Convergence of Character 8 207
04-14 - Summary of Chapter 4 211
05-01 - Effects of External Conditions 2 213
05-02 - Use and Disuse of Parts, combined with Natural Selection, Organs of Flight and Vision 7 220
05-03 - Acclimatisation 4 224
05-04 - Correlation of Growth 5 229
05-05 - Compensation and Economy of Growth 2 231
05-06 - False Correlation 2 233
05-07 - Multiple, Rudimentary, and Lowly-organised Structures are Variable 2 235
05-08 - Parts Developed in an Unusual Manner are Highly Variable 5 240
05-09 - Specific Characters more Variable than Generic Characters 2 242
05-10 - Secondary Sexual Characters Variable 3 245
05-11 - Species of the Same Genus Vary in an Analogous Manner 2 247
05-12 - Reversion to Long Lost Characters 10 257
05-13 - Summary 2 259
06-01 - Difficulties on the Theory of Descent with Modification 5 264
06-02 - Transitions 2 266
06-03 - Absence or Rarity of Transitional Varieties 10 276
06-04 - Transitions in Habits of Life 7 283
06-05 - Diversified Habits in the Same Species 2 285
06-06 - Species with Habits Widely Diffferent from those of their Allies 3 288
06-07 - Organs of extreme Perfection 5 293
06-08 - Means of Transition 6 299
06-09 - Cases of Difficulty 5 304
06-10 - Natura Non Facit Saltum 2 306
06-11 - Organs of Small Importance 6 312
06-12 - Organs not in all Cases Absolutely Perfect 13 325
06-13 - Summary: The Law of Unity of Type and of the Conditions of Existence Embraced by the Theory of Natural Selection 8 333
07-01 - Instincts comparable with habits, but different in their origin 2 335
07-02 - Instincts Graduated 2 337
07-03 - Aphides and ants 1 338
07-04 - Instincts variable 1 339
07-05 - Domestic instincts, their origin 1 340
07-06 - Natural instincts of the cuckoo, ostrich, and parasitic bees 1 341
07-07 - Slave-making ants 1 342
07-08 - Hive-bee, its cell-making instinct 1 343
07-09 - Difficulties on the theory of the Natural Selection of instincts 1 344
07-10 - Neuter or sterile insects 1 345
07-11 - Summary 1 346
08-01 - Distinction between the sterility of first crosses and of hybrids 1 347
08-02 - Sterility various in degree, not universal, affected by close interbreeding, removed by domestication 1 348
08-03 - Laws governing the sterility of hybrids 1 349
08-04 - Sterility not a special endowment, but incidental on other differences 1 350
08-05 - Causes of the sterility of first crosses and of hybrids 1 351
08-06 - Parallelism between the effects of changed conditions of life and crossing 1 352
08-07 - Fertility of varieties when crossed and of their mongrel offspring not universal 1 353
08-08 - Hybrids and mongrels compared independently of their fertility 1 354
08-09 - Summary 1 355
09-01 -On the absence of intermediate varieties at the present day 1 356
09-02 - On the nature of extinct intermediate varieties; on their number 1 357
09-03 - On the vast lapse of time, as inferred from the rate of deposition and of denudation 1 358
09-04 - On the poorness of our palaeontological collections 1 359
09-05 - On the intermittence of geological formations 1 360
09-06 - On the absence of intermediate varieties in any one formation 1 361
09-07 - On their sudden appearance in the lowest known fossiliferous strata 1 362
10-01 - On the slow and successive appearance of new species 1 363
10-02 - On their different rates of change 1 364
10-03 - Species once lost do not reappear 1 365
10-04 - Groups of species follow the same general rules in their appearance and disappearance as do single species 1 366
10-05 - On Extinction 1 367
10-06 - On simultaneous changes in the forms of life throughout the world 1 368
10-07 - On the affinities of extinct species to each other and to living species 1 369
10-08 - On the state of development of ancient forms 1 370
10-09 - On the succession of the same types within the same areas 1 371
10-10 - Summary of preceding and present chapters 1 372
11-01 - Present distribution cannot be accounted for by differences in physical conditions 1 373
11-02 - Importance of barriers 1 374
11-03 - Affinity of the productions of the same continent 1 375
11-04 - Centres of creation 1 376
11-05 - Means of dispersal, by changes of climate and of the level of the land, and by occasional means 2 378
11-06 - Dispersal during the Glacial period co-extensive with the world 1 379
12-10 - Distribution of fresh-water productions 1 380
12-20 - On the inhabitants of oceanic islands 1 381
12-30 - Absence of Batrachians and of terrestrial Mammals 4 385
12-40 - On the relations of the inhabitants of islands to those of the nearest mainland 3 388
12-50 - On colonisation from the nearest source with subsequent modification 10 398
12-60 - Summary of the last and present chapters 4 402
13-01 - CLASSIFICATION, groups subordinate to groups 1 403
13-02 - Natural system 1 404
13-03 - Rules and difficulties in classification, explained on the theory of descent with modification 13 417
13-04 - Classification of varieties 1 418
13-05 - Descent always used in classification 6 424
13-06 - Analogical or adaptive characters 2 426
13-07 - Affinities, general, complex and radiating 2 428
13-08 - Extinction separates and defines groups 4 432
13-09 - MORPHOLOGY, between members of the same class, between parts of the same individual 1 433
13-10 - EMBRYOLOGY, laws of, explained by variations not supervening at an early age, and being inherited at a corresponding age 1 434
13-11 - RUDIMENTARY ORGANS; their origin explained 1 435
13-12 - Summary 1 436
14-01 - Recapitulation of the difficulties on the theory of Natural Selection 7 443
14-02 - Recapitulation of the general and special circumstances in its favour 10 453
14-03 - Causes of the general belief in the immutability of species 13 466
14-04 - How far the theory of natural selection may be extended 1 467
14-05 - Effects of its adoption on the study of Natural history 5 472
14-06 - Concluding remarks 2 474
wolfs 1 475
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