The phrase "array of adaptations" is correct and usable in written English.
It can be used to describe a variety of changes or modifications that an organism or system has undergone to better fit its environment or circumstances.
Example: "The study highlighted an array of adaptations that the species developed in response to climate change."
Alternatives: "variety of adaptations" or "range of adaptations".
In this highly diversified group, however, a large array of adaptations occurs.
Nutrient poor soils and continuous wet and dry cycles over millennia have produced an incredible array of adaptations, specialisation and coping methods to fill every available ecological niche.
Plants have evolved an intricate array of adaptations to enhance Pi acquisition and utilization from their environment.
One family in Westchester County, who asked not to be named to protect their son's privacy, met with his teachers and agreed on an array of adaptations - including having his teacher wear a small microphone that directed her voice more clearly to a speaker on the student's desk so he could better distinguish her voice from competing sounds.
The remainder of the chapter discusses a wonderful array of adaptations of varying degrees of familiarity, properly emphasizing their imperfections and compromises as much as their effectiveness.
The painting has had a wide array of adaptations, parodies, and other uses, such as for the cover for the 1946 book Norman Rockwell, Illustrator.
Our results underscore that biogenesis of mucocysts depends on endolysosomal trafficking, revealing parallels with invasive organelles in apicomplexan parasites and suggesting that a wide array of secretory adaptations in protists, like in animals, depend on mechanisms related to lysosome biogenesis.
With the aim of understanding the whole array of metabolic adaptations that cells employ to cope with reduced oxygen tension, we searched the human genome for the occurrence of potential hypoxia-response elements (HREs).
As we look further into many organisms living in Tibetan regions and other high-altitude environments, we might unveil a very intriguing array of successful adaptations with diverse mechanisms as well as a new understanding of the convergent evolution between human beings and their closest animal companions.
In addition to the high degree of endemism produced by these evolutionary processes, a wide-array of functional adaptations have been fixed among protein families of several Antarctic fish, including chaperonins [ 9], heat shock proteins [ 10, 11], heme proteins [ 12, 13], tubulin kinetics [ 14], and anti-freeze proteins [ 15, 16].
The findings support earlier hypotheses about the structures' shared origins that were based on their shapes and, coupled with the team's earlier discovery that the duo is also turned on during insect wing development, suggests that arthropods' array of land-based adaptations arose from the gills of their water-bound ancestors.
