Satellite Gravimetry Reveals Global Groundwater Trends and Massive Regional Storage Shifts
A 21.5-year satellite gravimetry study reveals that global groundwater depletion of 103 cubic kilometers annually is heavily concentrated in Asia ...
A 21.5-year satellite gravimetry study reveals that global groundwater depletion of 103 cubic kilometers annually is heavily concentrated in Asia ...
A new review argues that India's water scarcity is intensified by deteriorating water quality and hidden virtual water flows, not ...
A 25-year analysis of 18 gauging stations in Bangladesh's Barind Tract finds statistically significant rainfall declines in the west and ...
Settlement expansion is displacing cultivation from temperate regions and pushing arable land toward the tropics and drylands, a global analysis ...
Satellite gravimetry shows Saudi Arabia lost groundwater equal to roughly 4.3 × 10² cubic kilometers from 2002 to 2024, with ...
A new indicator quantifies water overconsumption in six western US basins, revealing unsustainable depletion ranging from 6 to 48 percent.
A UNU-INWEH policy brief and a PNAS analysis show that groundwater depletion and irrigation concentrate near borders in shared aquifers, ...
A detailed analysis of Spain's Campo de Dalías greenhouse region finds that dramatic water-efficiency gains merely delayed, rather than prevented, ...
A model-based reconstruction of 3,865 wells estimates declines in groundwater levels and storage across the Tulare Basin from 1971 to ...
A sweeping new review finds Pakistan's cities face intertwined crises of groundwater depletion, contamination, flooding, and fragmented governance, but points ...
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© 2026 Scienmag - Science Magazine