Adaptive Coloration in Animals |
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Page 38
At a little distance the creature is seen to lose all appearance of solidity , an effect
which is in this case enhanced by the white markings on the flanks . These
resemble , or at any rate suggest , flecks of sunlight , and , as it were , carry the
eye of ...
At a little distance the creature is seen to lose all appearance of solidity , an effect
which is in this case enhanced by the white markings on the flanks . These
resemble , or at any rate suggest , flecks of sunlight , and , as it were , carry the
eye of ...
Page 96
Tie tistiptive effect thus produced is not less remarkable for the fact that , unlike
that of the zebra , it is a temporary manifestation of the complex chromatophorai
mechanism . We may here note in passing the very interesting fact — which wiil
be ...
Tie tistiptive effect thus produced is not less remarkable for the fact that , unlike
that of the zebra , it is a temporary manifestation of the complex chromatophorai
mechanism . We may here note in passing the very interesting fact — which wiil
be ...
Page 125
Now , as a matter of fact this is precisely the effect produced by the heavy black or
sepia or chocolate markings typically found on the eggs we are considering ; and
it is precisely these markings , and the false appearance of broken light and ...
Now , as a matter of fact this is precisely the effect produced by the heavy black or
sepia or chocolate markings typically found on the eggs we are considering ; and
it is precisely these markings , and the false appearance of broken light and ...
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Common terms and phrases
active adaptive animals aposematic appearance associated attack attention attitude background bearing become bees belonging birds body brown butterflies caterpillars certain closely colour combined concealment considered conspicuous contrast cryptic dark deceptive depends described device directed display disruptive effect eggs enemies environment evidence example exhibited experiments exposed fact feeding field fishes frequently frogs function further green ground habits hand head highly illustrated important individuals insects instance instinct interesting kind known later leaf leaves less light living lizards markings means method mimicry moths movements nature nest objects observed occur particular pattern perfect position predators present prey principle produced protective referred relation relatively remarkable resemblance rest result says seen shade side significant similar snakes species spider striking structure surface surroundings toads tone various warning widely wings yellow young
Bibliographic information
| Title | Adaptive Coloration in Animals |
| Author | Hugh Bamford Cott |
| Edition | reprint |
| Publisher | Methuen, 1957 |
| Original from | the University of Michigan |
| Digitized | 12 mai 2006 |
| Length | 508 pages |
| Export Citation | BiBTeX EndNote RefMan |