The phrase "adaptation to a range" is correct and usable in written English.
It can be used when discussing the ability to adjust or modify something to fit within a variety of conditions or parameters.
Example: "The adaptation to a range of environmental factors is crucial for the survival of many species."
Alternatives: "adjustment to a variety" or "modification for different conditions".
Genetic correlations obtained from clones of vastly different origins (when it is known ) may reveal patterns of adaptations to a range of selective environments experienced by each of the original populations.
Consequently, natural Fundulus populations have become a preferred model to study teleost evolutionary adaptations to a range of selective pressures.
These trends tend to achieve a better adaptation to a wide range of mission requirements with an economic aircraft optimisation and an enhanced safety level and environmental impact.
Adaptation to a wide range of ecological niches of Dendrobium might relate to the expansion of many resistance-related genes.
The extensive, thick and deep root system with a tensile strength equal to 1/6th that of mild steel provides the plant with a superior advantage for adaptation to a wide range of ambient stresses, for example drought, flood, extreme temperatures, heavy metals, acidity and alkalinity, and salinity (Ghotbizadeh and Sepaskhah 2015; Truong et al. 2002; Zhou and Yu 2009).
Because usually most gene duplicates are eventually lost or diverged to different genes after genome duplication, the retention of the numerous copies of genes in dinoflagellates may indicate an evolutionary driving force associated with functional requirements imposed on dinoflagellates for adaptation to a wide range of habitats.
Greater VRN-1 loci variability gives polyploid wheat an advantage in conferring adaptation to a broader range of environments.
The C. difficile spo0A gene is a global transcriptional regulator that controls diverse sporulation, virulence and metabolic phenotypes coordinating pathogen adaptation to a wide range of host interactions.
Indeed, hexaploid wheat has a greater potential for successful adaptation to a wide range of environmental conditions than tetraploid wheat (D ubcovsky and D vorak 2007).
At a physiological level, allopolyploidy is often associated with plant vigor, adaptation to a broad range of environmental stress factors, resistance to pathogens, and increased fecundity and fertility [ 1, 2, 5].
