The phrase "a degree of adaptation" is correct and usable in written English.
It can be used when discussing the extent to which something has adjusted or modified in response to changes or new conditions.
Example: "The species showed a degree of adaptation to the changing climate, allowing it to survive in harsher environments."
Alternatives: "a level of adjustment" or "a measure of flexibility".
Indeed, the Union of Concerned Scientists contends that we have already crossed the threshold of mitigation and must accept a degree of adaptation to climate change.
There is probably a degree of adaptation to different environments over time, but this has not been studied.
As such, interpreting our findings within the dimensions of these frameworks required a degree of adaptation and contextualization.
Glycemic threshold for deterioration of cognitive function measured by four-choice reaction time was unchanged, while the color-word Stroop test showed a degree of adaptation.
In this view, living healthily within the constraints of the ecosystem implies a degree of adaptation and self-restraint that resonates to some degree with the above definition of health as the ability to adapt and self-manage.
Although the significant effect on brain ACh observed here confirms that fenitrothion acts upon this target in roach, the decrease of ACh was unexpected and suggests that chronic OP exposure results in a degree of adaptation.
High altitudes demand a degree of cold adaptation plus adaptation for low air pressure and the consequent low oxygen.
High altitudes demand a degree of cold adaptation, as well as adaptation for low air pressure and the consequent low oxygen.
A degree of virus adaptation to humans might also have occurred, although absence of sustained community transmission argues against this possibility.
Some of the H. mustelae orthologues are quite divergent, suggesting a degree of host-adaptation or lack of strong selection, but nevertheless indicating that the primary gastric persistence mechanisms of H. pylori and H. mustelae are essentially conserved.
In our simulations, populations able to attain a high degree of adaptation to a new selective pressure in a short time were those previously optimized at moderate (0.002) to high (0.05) values of μ1 (Fig. 3 and Table 3).
