The phrase "adaptation of animals" is correct and usable in written English.
It can be used when discussing how animals change or evolve in response to their environment or circumstances.
Example: "The adaptation of animals to their surroundings is crucial for their survival in changing ecosystems."
Alternatives: "animal adaptation" or "animals' adaptations".
First, there was the Le pouvoir de vie - the force that led to increasing complexity and was responsible for the evolution of the major life forms (hence homologous structures); second, there was L'influence des circonstances - the adaptive force that was responsible for adaptation of animals to their environment (and analogous structures).
We are particularly interested in both sides of the evolutionary speciation/extinction "coin" and in determining the mechanisms of rapid adaptation of animals to changing environments.
The approach is to consider what is known about the enzyme in the context of conventional biochemistry, but focus on how evolutionary researchers have used this background to explore the role of the enzyme in biochemical adaptation of animals.
However, susceptibility of animals to oxalate poisoning depends on factors such as chemical form of the oxalate, age of the animal, adaptation of animals to oxalate-rich forage, composition of the diet and availability of water for animals (Rahman and Kawamura 2011).
But how far should the adaptation of animals to the world of humans be pushed - and how can the man-made environment adapt itself towards the needs of their pets?
Mitochondria play the leading role in adaptation of animals and humans to environmental conditions to a large degree due to high mutation rate of mtDNA [ 1].
Guys I know we're all upset about LORD OF THE FLIES but it should make my all-human adaptation of ANIMAL FARM easier to sell.
Adaptation of animal genotypes to the environment is central to the coping of local livestock populations to changing climatic and production objectives and is a key parameter to use in conservation and improvement programs.
Although most information on hybridization comes from plants, hybridization is also likely to play an important role in the adaptation of animal lineages to climate change.
In contrast, recent studies on morphological integration have emphasized the importance of a combination of coupling and decoupling of body part development for adaptation of animal structures [ 3, 27, 28].
Here, we summarize recent studies on molecular determinants of virulence and adaptation of animal influenza A virus and discuss the phenotypic traits associated with airborne transmission of newly emerging influenza A viruses.
