Titlebook: Ecology of Sensing; Friedrich G. Barth,Axel Schmid Conference proceedings 2001 Springer-Verlag Berlin Heidelberg 2001 Ecology.Ecophysiolog

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https://doi.org/10.1007/978-3-662-38434-3mpound eyes have evolved in response to the intensity and direction of natural illumination. Species active in bright light generally have no need for compound eyes of high sensitivity. Instead, their eyes frequently possess acute zones, regions where spatial resolution is greatly enhanced, and wher

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Peter Fischer promovierter Volkswirtof some freshwater lakes, through the greens of lakes and coastal waters, to the blues of the deep oceans. Teleosts have adapted the visual pigments of their rods and cones to take advantage of these different photic environments. Many shallow-living fish are probably tetrachromatic, with sensitivit

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神化怪物

Jutta Rump,Silke Eilers,Gaby Wilmsys very specialized host-plant selection behavior which has its sensory basis in specialized olfactory and gustatory cells that specifically respond to plant taxon-specific substances. The production of volatile compounds by plants is prone to variation caused by a range of abiotic and biotic factor

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https://doi.org/10.1007/978-3-642-50956-8 different visual habitats have adapted to those differences; (6) a consideration of random evolutionary processes; (7) selection experiments, to test for heritability of traits and to simulate the influences of strong directional selection; (8) fitness tests: to show that a trait is adaptive, we mu

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