Analogous structure supports evolution because some of these structure may have existed long ago, however not all analogous structure support the same evolutionary path.
Homologous features of animals are a lot more recent in contrast to evolution, where as analogous dates far back. Homologous features are similar in structure, but perform different functions, such as the human hands and dolphin flippers, which makes room to allow recent evolution comparisons while analogous consists of wings of a bee and a bird, which are completely different. When trying to determine evolutionary relationship between two species, biologists concentrate on homologous features, as analogous features would be considered useless in this case.
Since the wings of insects and birds have different structures (or different designs) but perform similar functions, they are analogous organs. Now, since the analogous organs have different basic design, so they do not indicate a common ancestor for the organism. The analogous organs provide evidence for the evolution in another way. The presence of analogous organs indicates that even the organisms having organs with different structures can adapt to perform similar functions for their survival under hostile environmental conditions. Thus, the presence of analogous organs in different animals provide evidence for evolution by telling us that though they are not derived from common ancestors, they can still evolve to perform similar functions to survive, flourish and keep on evolving in the prevailing environment. The analogous organs actually provide a mechanism for evolution.
The Webster's dictionary says: Analogous (biol.) similar in function though differing in structure
The theory predicts that evolution will happen and in certain ways. The observed evolution makes this prediction correct. It also defines evolution as happening, and as such is perfect evidence in support of it.
The adaptive traits that arise through convergent evolution are called analogous. These are the same adaptive solutions that arise in different organisms facing very similar environmental challenges and having analogous mutations to come to similar traits through natural selection. Wings in birds, bats and insects are examples of this.
It's homoplasy.
analogous structure
Analogous organs are similar in function and structure but evolved independently in different lineages. This suggests that these organs have adapted to similar environmental pressures, leading to their convergence over time. This supports the idea of evolution, as it demonstrates how organisms can evolve similar traits to better suit their environment.
Structures
In a chiasmus structure, the word "analogous" could be presented as "analogous it may be, be it may analogous." This structure creates a symmetrical and balanced effect by mirroring the word order.
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6y8
Homologous organs have similar looking structure and similar origin but different functions . Whereas analogous is just the opposite analogous organs are those that have similar function but different origin and structure
Homologous organs have similar embryonic origin and basic structure whereas Analogous organs have different embryonic origin and basic structure. Homologous organs may look different and may perform different function; e.g., forelimb of a man and flipper of a whale. Whereas Analogous organs look alike and perform same functions; e.g., Wings of birds and insects.
nothing much
gills
The evolutionary process that produces analogous structures is called convergent evolution. Convergent evolution refers to the independent evolution of similar traits in species that are not closely related, usually in response to similar environmental pressures.