In contrast to autonomic thermoregulation, behavior places no demands on the body's water or energy resources; furthermore, behavioral thermoregulation can compensate for much greater thermal loads.
However, few of them provide abstractions or concepts that allow considering how to deal with complex dynamic environments (an environment that changes continuously in terms of available resources, global behavioral rules, etc).
Social carnivores that live in fluctuating physical environments with dramatic cycles in prey availability, behave in ways that adjust population density to changes in food resources; such behavioral adaptations include territoriality, deferred reproduction, and dispersal mechanisms.
This is typical, e.g., in the context of flexible manufacturing systems, where the initial model represents the production sequences and the constraints are used to express static specifications, such as job limitations or the usage of resources, and behavioral ones, as liveness, controllability, etc.
The studies discussed are mainly targeted at the generation and optimization of hardware resources from behavioral RTL descriptions.
Each generation has its own vocabulary, preferred resources, and behavioral norms.
Rural Americans with opioid use disorder face numerous barriers to recovery, including lengthy drives for treatment and sparse resources for behavioral and mental health.
This real-time approach is particularly important in settings with limited treatment options in that resources for behavioral and structural interventions could be directed specifically at identified adherence lapses.
We further argue here that we not only underestimate the role of disturbances and pathogens as cancer initiators, but also the role of additional factors, such as available resources and behavioral traits in potentially destabilizing homeostasis.
