Abstract
This Special Issue of the Earth Sciences and Geography section of Applied Sciences sought to bring together timely contributions in the area of climate change and water resources [...]
Highlights
The contribution of Soldatenko [1] is on the physics side of the issue topic
The study area is one vulnerable to damaging hydrologic extremes, likely to be exacerbated by climate change
Martinez-Acosta et al [8] present the most engineering-oriented contribution to this special issue. They provide a comprehensive review of rainwater harvesting systems for agricultural applications, which provide an invaluable means of adapting to changing climate in many settings
Summary
The contribution of Soldatenko [1] is on the physics side of the issue topic. It develops and analyzes simple models of atmospheric circulation and the effect of an imposed warming pattern due to greenhouse gas accumulation. These kinds of results can be useful for providing guidance on expected long-term changes in hydroclimate. Dars et al [2] model in much greater detail climate over a defined area in South Asia, the Upper Indus Basin, and compare the result with station observations.
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