The phrase "adaptation tolerance" is correct and usable in written English.
It can be used in contexts discussing the ability to withstand or adjust to changes or stressors, particularly in fields like biology, psychology, or environmental science.
Example: "The study focused on the adaptation tolerance of various species to climate change and its impact on their survival."
Alternatives: "resilience to adaptation" or "adaptability threshold".
Metalliferous habitats, such as Parys Copper Mine in Wales with volcanic-associated massive sulphide ('VMS') ore deposits is predominantly acidic (sulphide weathering) has provided a classic research site to investigate adaptation, tolerance and evolution in organisms, including lichens (Antonovics et al., 1971; Bradley et al., 1981; Purvis, 2010).
The analysis reveals three distinct states of behaviour, low, high and intermediate activity, associated with stress adaptation, tolerance, and the initiation of apoptosis.
To test the influence of short-term adaptation on tolerance to low pH and individual inhibitors, TMB3500 cells short-term adapted with the IC at pH 5.0 and non-adapted cells were inoculated in defined media at pH 3.7 with acetic acid and individual inhibitors.
Longer root system is unanimously considered as the feature of drought adaptation or tolerance (Blum2011).
A correlation between the vascular adaptation and tolerance to headache could lead to insight into vascular headache mechanisms in general.
Stringent response contributes to stress adaptation, antibiotic tolerance, expression of virulence traits and acquisition of persistent phenotypes in pathogenic bacteria.
Recently, it has been shown that non-invasive ventilation improves survival and quality of life in ALS patients with respiratory failure, but little is known about predictors of non-invasive ventilation adaptation and tolerance.
The physiological characteristics of E. farinosa related to photosynthetic optima, carbon assimilation, drought adaptation, heat tolerance, and seasonal morphological changes have been extensively described (e.g., [53], [54], [55], [56]).
Linking this adaptation to tolerance of road deicing salt, specifically, is, however, only correlative.
Results of this study provide insight into mechanisms of yeast adaptation and tolerance to lignocellulose derived inhibitors.
