The phrase "adaptation in the evolution of" is correct and usable in written English.
It can be used when discussing how adaptations contribute to the process of evolution in a particular context, such as biology or ecology.
Example: "The adaptation in the evolution of species is crucial for their survival in changing environments."
Alternatives: "adjustment in the development of" or "modification in the progression of".
What they disagree about is why a tendency to believe evolved, whether it was because belief itself was adaptive or because it was just an evolutionary byproduct, a mere consequence of some other adaptation in the evolution of the human brain.
Fig. 3 A diagram showing the processes of exaptation (shifts in function), collage (assembling existing elements into new functional combinations), scaffolding (loss of a component that was formerly required for the assembly of a complex arrangements of parts), and direct adaptation by natural selection (including secondary adaptation) in the evolution of a complex feature.
A crucial adaptation in the evolution of siboglinids appears to be a unique circulatory system that allows these chemicals to be delivered to the symbionts.
All these studies and experiments will certainly contribute to better understand the precise role of natural selection and molecular adaptation in the evolution of chemoreception.
However, cuticular waxes are principally involved in limiting non-stomatal water loss and therefore constitute a key adaptation in the evolution of land plant [ 6, 10].
He has recently developed a genomic approach to better understand the role of gene adaptation in the evolution of vent species.
Considering the consequences of antagonistic co-adaptation in the evolution of parent-offspring interactions might change predictions of conflict resolution theory, which assumed independent segregation of offspring and parental strategies [3], by, for example, constraining the evolutionary success of selfish and costly offspring strategies [16], [19], [32].
We have particular interests in the genetic basis of adaptation and in the evolution of metabolic pathways.
Thus Crab and Wave ecotypes of L. saxatilis present an opportunity to study mechanisms and genes involved in local adaptation and in the evolution of reproductive barriers in parallel systems.
We then applied the branch-site approach (using some pre-specified branches, i.e., foreground branches), designating each FoxO gene as the foreground branch, to assess whether molecular adaptation occurred in the evolution of the FoxO genes.
Therefore, we applied an ad hoc branch-site approach (using some pre-specified branches, i.e., foreground branches), to assess whether molecular adaptation occurred in the evolution of the OS-E and OS-F genes in Drosophila.
