Results 241 to 250 of about 94,919 (328)
Coupled Model Development between Groundwater Recharge Quantity and Climate Change Using GIS [PDF]
, 2011 Moung-Jin Lee, Joung‐Ho Lee
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Water Resources Research, Volume 61, Issue 10, October 2025.Abstract The Giant Mine (1948–1999) generated 16 Mt of Au‐bearing mill tailings (2800 mg kg−1) originating from a mixture of flotation tailings (84.8 wt%), calcine residues (14.4 wt.%), and arsenic trioxide roaster waste (0.8 wt.%). A water treatment system for high As mine dewatering effluent has operated since the end of mine operations, with the ...
David M. Hilger +4 more
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Variation of Groundwater Level and Recharge Volume in Jeju Island [PDF]
, 2011 Won-Bea Park +7 more
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Water Resources Research, Volume 61, Issue 10, October 2025.Abstract The combination of high nitrogen (N) inputs on tile‐drained agricultural watersheds contributes to excessive nitrate (NO3−) loss to surface‐ and groundwater systems. This study combined water age modeling based on StorAge Selection functions and NO3− isotopic analysis to examine the underlying mechanisms driving NO3− export in an intensively ...
Minghui Sha +4 more
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Comparing groundwater recharge and base flow in the Bukmoongol small-forested watershed, Korea
, 2008 Edwin A. Combalicer +4 more
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Increased Drought Synchronicity in Indian Rivers Under Anthropogenic Warming
AGU Advances, Volume 6, Issue 5, October 2025.Abstract Synchronous streamflow droughts across multiple river basins can lead to large‐scale water scarcity and disruptions in food and water security. However, the drivers and changes in drought synchronicity across Indian rivers remain unexplored due to the limited length of instrumental records.
Dipesh Singh Chuphal, Vimal Mishra
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Earth and Space Science, Volume 12, Issue 10, October 2025.Abstract Vegetation restoration in arid and semi‐arid regions holds significant promise for climate change mitigation and ecosystem enhancement. However, limited water availability poses fundamental constraints. Here, we assess restoration potential and its hydrological impacts across global drylands using three Eco‐Evolutionary Optimality (EEO) models—
Dameng Zhang +3 more
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Unraveling the Phenomenon of Supply‐Demand Feedback in Agricultural Water Interventions
Earth's Future, Volume 13, Issue 10, October 2025.Abstract The Agricultural water interventions can trigger human‐water feedback, including unintended supply demand feedback—where increased water availability drives greater water use. In the Kamadhiya catchment, India, the introduction of check dams (CDs) led to a shift toward more water‐intensive crops like cotton and wheat. This study formulates and
Mohammad Faiz Alam +4 more
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Quantifying Past and Future Terrestrial Water Storage Scarcity Across China Through Midcentury
Earth's Future, Volume 13, Issue 10, October 2025.Abstract Terrestrial water storage (TWS) in China, with the world's largest irrigated expanse and extensive mid‐low latitude glaciers, is essential for effective water resource management and socioeconomic risk adaptation. However, the responses of TWS to human intervention and climate change, both during historical periods and under future scenarios ...
Kai Liu +5 more
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Earth's Future, Volume 13, Issue 10, October 2025.Abstract Deep soil water (θd), defined here as past precipitation stored in deep unsaturated soils and not replenished by precipitation in a single growing season, plays a vital role in helping trees withstand prolonged droughts in deep‐vadose‐zone regions.
Xiaoya Shao +6 more
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