The phrase "adaptability potential" is correct and usable in written English.
It can be used when discussing the capacity or ability of an individual or system to adapt to changes or new conditions.
Example: "The adaptability potential of our team is crucial for navigating the challenges of a rapidly changing market."
Alternatives: "capacity for adaptation" or "ability to adjust".
Therefore, a wider characterization of the variability of cellular responses and its connection to genomic traits is necessary to understand the plasticity and adaptability potential of natural yeast populations.
In this case, the observed morphological variation among coexisting individuals could reflect a strategy to reduce intraspecific competition under high local abundances (typical of A. mollis) and maintain high adaptability potential [ 61, 62], as suggested for some other generalist vertebrate species [ 63, 64], including some species of mice [ 65].
Designers like Buckminster Fuller, Charles and Ray Eames and Eero Saarinen were attracted to the new material for its adaptability and potential as inexpensive mass-produced furniture.
Thus, basic groups of proteins involved in cell metabolism, survival, environmental adaptability, and potential pathogenic factors were present.
Potato is the third most important food crop worldwide, behind wheat and rice (http://faostat.fao.org/site/339/default.aspx) in large part because of its adaptability, yield potential, and nutritional advantages relative to other crops.
"This adaptibility requires that the device be capable of branching — in fact, one would expect the potential adaptability of a teaching machine be proportional to its branching capability.
H.Karst. (Norway spruce) is characterised by broad adaptability, including the potential to adjust to the predicted water deficit in Central Europe (Lévesque et al. 2013; Zang et al. 2014).
The results demonstrate that C2EM can enhance complex event monitoring performance with optimized energy efficiency, desirable event coverage quality, and potential adaptability to the dynamics of complex events.
It was concluded that the currently developed reformer and the associated catalyst have great fuel adaptability and high potential being used in a fuel-flexible autothermal reforming system.
Therefore, the findings on salinity and temperature tolerance of two strains of G. carpenteri indicates potential adaptability to different local environmental conditions.
Our simulation results demonstrate that C2EM can provide more flexible service for complex event monitoring with optimized energy efficiency, desirable event coverage quality, and potential adaptability to the dynamics of complex events.
