The phrase "adaptation water" is not correct and does not convey a clear meaning in written English.
It may be intended to refer to water used in the context of adaptation strategies, but as it stands, it lacks clarity and context.
Example: "The research focused on adaptation water strategies to combat climate change effects on agriculture."
Alternatives: "water for adaptation" or "adaptive water management".
He writes: The pressing preoccupations of business, government, academic, non-governmental leaders – the "risks" that combine "high impact and high likelihood" – are: extreme weather events, failure of climate change mitigation and adaptation, water crises, severe income disparity, high unemployment, and fiscal crises in key economies.
Taking the Lake Chad Basin (LCB) as an empirical example, we analyse transboundary policies and intervention documents relating to climate adaptation, water governance and conflict management to ascertain the interdependencies at the adaptation-water-peace nexus.
Such a change would enable the forest managers to contribute to climate mitigation and adaptation, water and biodiversity conservation by implementing management plans that comprehensively integrate economic (productivity and growth), social (equity of access to water and land-use conflicts) and environmental (climate change and biodiversity impacts) benefits from planted forests.
Analysis of a few (existing) cross-thematic, well-integrated initiatives indicates that the timings of societal challenges and funding arrangements appear to play a key role in shaping policy strategies, the manner in which climate adaptation, water or security are treated and the level of integration attained.
A method combining political ecology and remote sensing is used to study social ecological system (SES) dynamics in order to demonstrate the relationship between divergent adaptation, water-based conflict, land tenure shifts and land use/land cover change.
After 4 days of adaptation, water-restricted mice (2 hrs daily access to water) were given one test session per day for 12 consecutive days.
Adaptation to water quality issues, water level declines and aquatic invasive species are highlighted.
The aim of this study was to evaluate the impact of ecophysiological and morphological adaptation to water limitation on the biomass production and water use efficiency of black locust.
"The difference between normal people and Olympians is that the Olympians have made the adaptation to water really, really, really well".
Adaptation for water dispersal is developed in a number of genera that have corky or spongy seed coats (e.g., Crinum) and some species of Iris.
Wider distribution of paper birch also resulted in higher adaptation to water deficits compared to white birch.
