Homology in the pentadactyl limb, where different species share a common limb structure despite having different functions, is evidence for adaptive radiation because it suggests that a common ancestor with this limb structure diversified into various species to adapt to different environments or ecological niches. The conservation of the pentadactyl limb's basic structure implies that these species diverged from a shared ancestor through adaptive changes to exploit different habitats and resources.
Evolution
Physical homology, Genetic homology, and Ecological niche
Homologous structures - the forelimb structures are anatomically similar and were derived from a common ancestor; however, they have evolved completely different uses. This provides evidence for divergent evolution or adaptive radiation.
In evolution the study of vertebrate forelimbs is related to the anatomical evidence from homology.
And the mitochondria in eukaryote cells.
proposed hypothesis of homology based on similarity.
In evolution the study of vertebrate forelimbs is related to the anatomical evidence from homology.
Homology is frequently found in organic chemistry.
Homology
Constructional Morphology: - Inference from Homology - Inference from Analogy - Inference from Constraints Theoretical Morphology: - Comparison of all conceivable forms - Adaptive landscape Biomechanics: - Paradigm approach - Experimental approach
homology
The traits are also found in many intervening lineages on the tree of life