Page 2: Research news on water cycle

The water cycle, or hydrologic cycle, is the continuous circulation of water within the Earth–atmosphere system, driven primarily by solar radiation and gravity. It encompasses phase changes and fluxes such as evaporation and transpiration from surface and biotic reservoirs, condensation in the atmosphere, cloud formation, and subsequent precipitation as rain, snow, or other hydrometeors. Infiltration, percolation, and groundwater flow redistribute water within subsurface reservoirs, while surface runoff and riverine transport return water to oceans and lakes. The water cycle regulates climate, controls energy and mass exchanges, and governs biogeochemical transport across terrestrial, aquatic, and atmospheric compartments.

How climate change is affecting water demand in Scotland

The volume of water drawn from Scotland's rivers and lochs by the agricultural sector surged by more than 500% during periods of water scarcity in recent years, new research has found. The University of Strathclyde study ...

'Switch' behind flash drought in Puerto Rico uncovered

In Puerto Rico, drought doesn't always arrive slowly. Sometimes, it appears in days. That speed can leave producers scrambling, reservoirs dropping, and communities facing water restrictions before they can react. In a place ...

Tracking Arctic freshwater flow from space

Arctic rivers wind through remote tundra and boreal forests, freezing solid in winter and surging each spring with snowmelt, eventually emptying into the ocean. Runoff—water that does not soak into the ground but instead ...

Typhoons: The hidden lifeline in a drying world

A research team led by Professor Jonghun Kam from POSTECH (Pohang University of Science and Technology) has revealed that typhoons are a critical factor in mitigating global droughts by simulating a scenario where typhoon-induced ...

SWOT satellite takes stock of world's river water

In a first, a space mission led by NASA and France has tracked Earth's rivers swelling and shrinking from month to month over the course of a year and found significantly less of a swing than previous model-based estimates. ...

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