The phrase "adaptive water" is correct and usable in written English.
It can be used in contexts related to environmental science, water management, or technology that involves adjusting water usage or quality based on changing conditions.
Example: "The research focuses on developing adaptive water systems that can respond to climate change and varying demand."
Alternatives: "flexible water" or "responsive water management".
Thus, the necessity of employing effective water-saving techniques and adaptive water resources management strategies for drought disaster mitigation should be addressed.
With the new reservoir component, the DHSVM provides a platform to support adaptive water resources management under the impacts of evolving anthropogenic activities and substantial environmental changes.
The approach builds on the strengths of institutional analysis development framework, but makes amendments to suit complex and adaptive water management institutions.
Using both primary and secondary data, our analysis reveals that the prospects for adaptive water management in the study area are limited since several conditions were not present.
This study develops a method to inform adaptive water infrastructure planning with uncertain hydrologic and other forms of nonstationarity, applied to levee system planning.
We use Values Beliefs Norms theory to construct multivariate models of the relationship between ground water irrigators' interpretations of climate change risks and their implementation of adaptive water conservation practices.
This paper puts forward a pressure self-adaptive water-tight junction box (PSAWJB) which improves the reliability of the WJB significantly by solving the sealing and pressure problems in conventional WJB design.
Results indicate that these cultural factors are important explanations of irrigators' climate change risk perceptions, and these risk perceptions are related to adaptive ground water management strategies at the farm level.
Variations in the concentration of plasma ions that alter the relative proportion of anions and cations predictably lead to a change in the plasma concentration of hydrogen ions by driving adaptive adjustments in water ionization that allow plasma electroneutrality while maintaining constant the ionic product for water.
An integrated optimal allocation model is proposed for complex adaptive system of water resources management.
So we assumed that vegetative stage might be carried an adaptive mechanism of water uptake in wheat plants.
