The phrase "adaptation constraints" is correct and usable in written English.
It can be used in contexts discussing limitations or restrictions related to adaptation processes, such as in environmental science, biology, or social sciences.
Example: "The study focused on the adaptation constraints faced by species in rapidly changing climates."
Alternatives: "adaptation limitations" or "adaptation restrictions".
These records vindicate the strong positive association between smallholder's age (25 64 years) and adaptation constraints in the study area.
Moreover, the final objective sought to assess smallholder adaptation constraints using the Problem Confrontational Index (Deressa et al. 2011).
The observations, thus, explain the strong negative relationship between smallholder's adaptation constraints with their level of education, as well as with their livelihood streams in Trans-Mara East.
Whenever context change occurs, the system identifies the new contextual features and translates them into new adaptation constraints in the operating environment.
In particular, whenever context change occurs, the system identifies the new contextual features and translates them into new adaptation constraints in the operating environment.
The adaptation constraints may be specified implicitly by a variety of Usage Environment Description (UED) tool describing user characteristics (e.g. user information, user preferences, and location), terminal capabilities, network characteristics, and natural environment characteristics (e.g., location, time).
The IPCC chapter, "Adaptation opportunities, constraints and limits", shows that such optimism is not justified.
Table 9 Corrective factor for environmental adaptation Environmental/social constraints Historical/archaeological sites close to the road Road alignment through or close to environmentally protected areas Alignment through inhabited areas - Increase of accident rate Danger of pollution by heavily trafficked roads.
Finally, it is the one criterion that permits correct formulation of hypotheses of adaptation or constraints in evolution (Harvey and Pagel, 1991).
The only model of eco-evolutionary dynamics in response to an environmental change that affects the entire gradient simultaneously (like climate change) shows a mixture of monopolization effects through local adaptation and constraints on adaptation through niche monopolization (Case and Taper 2000).
Hence, investigation of the degree of integration and modularity is important to understand the intrinsic morphological adaptations and constraints that affect vertebrate brain evolution.
