The phrase "adaptation space" is correct and usable in written English.
It can be used in contexts related to environmental science, ecology, or any field discussing the capacity for change or adjustment in response to varying conditions.
Example: "The researchers focused on the adaptation space available for species facing climate change, assessing how they might evolve over time."
Alternatives: "adjustment zone" or "flexibility range".
Here we review the standardized culturing as well as the investigation of muscle adaptation, space biology radiation, and gene expression in response to spaceflight.
This was part of a program that included NAS, a national adaptation agenda, and a research track in which, among others, the degree of climate change resilience of the Netherlands was examined (termed the Adaptation, Space and Climate program, abbreviated as 'ARK' program).
[APPEK itself is also a Disrupt Startup Alley veteran, and TC has previously covered its adaptation of Space Invaders for Facebook.].
Nevertheless, our review of the economic arguments suggests that what is needed for efficiency is a system that allows decentralized wage setting (adaptation "across space", i.e., sectors, regions, firms) while keeping coordination to help the macroeconomic adjustment.
This claim potentially has serious implications for numerous mouse studies addressing important topics in metabolism, including adaptation to space flights.
This eco-evolutionary model incorporates several ecological and population genetic factors, such as bacterial migration and DNA diffusion, that govern the rate of both population expansion and adaptation in space.
In this pAper, we proposeconde WisperNet antijamming protocomponent is a distributed technique fof Coordinated Temporal Randomization of transmissions (WisperNet-Tise) to reduCoordinatedorSpatialtio of Adaptationcal jammer to that of a random jammer.
Two components of the WisperNet protocol are Coordinated Temporal Randomization (WisperNet-Time) and Coordinated Spatial Adaptation (WisperNet-Space), which perform different actions in the temporal and spatial domains, respectively.
On the basis of the simulations, the specific features of the design selected were: 29% of patients allocated to placebo throughout; six active doses (0.4 1.8 mg total daily divided dose of dexamethasone) starting with equal allocation probability; and five adaptations, evenly spaced after 16, 32, 50, 66 and 84 randomisations (see online supplementary figure).
Space adaptation and integration deserve key attention to enable the recovery of nitrogen for the production of nutritional food in space, but also in closed loop systems on earth.
