Aquifers contain the largest store of unfrozen freshwater, making groundwater critical for life on Earth. Surprisingly little is known about how groundwater responds to surface warming across spatial and temporal scales. Focusing on diffusive heat transport, we simulate current and projected groundwater temperatures at the global scale. We show that groundwater at the depth of the water table (excluding permafrost regions) is conservatively projected to warm on average by 2.1 °C between 2000 and 2100 under a medium emissions pathway. However, regional shallow groundwater warming patterns vary substantially due to spatial variability in climate change and water table depth. The lowest rates are projected in mountain regions such as the Andes or the Rocky Mountains. We illustrate that increasing groundwater temperatures influences stream thermal regimes, groundwater-dependent ecosystems, aquatic biogeochemical processes, groundwater quality and the geothermal potential. Result
The country experienced heavy rainfall due to Cyclone Remal, yet people from various regions reported still feeling sweaty and uncomfortable. Meteorologists explained that this discomfort is primarily due to the excessive moisture in the air.
The country experienced heavy rainfall due to Cyclone Remal, yet people from various regions reported still feeling sweaty and uncomfortable. Meteorologists explained that this discomfort is primarily due to the excessive moisture in the air.
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