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      • The peak and decline occur in about one-third (82) of basins, including 21 that may have already peaked, exposing about half (44%) of the global population to groundwater stress. Most of these basins are in countries with the highest current extraction rates, including the United States, Mexico, Pakistan, India, China, Saudi Arabia and Iran.
      www.nature.com › articles › s41893/024/01306-w
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  2. Apr 22, 2024 · Most of these basins are in countries with the highest current extraction rates, including the United States, Mexico, Pakistan, India, China, Saudi Arabia and Iran.

  3. Aug 18, 2022 · The Asia-Pacific region is the largest groundwater abstractor in the world, containing seven of the 10 largest groundwater-extracting countries: Bangladesh, China, India, Indonesia, Iran, Pakistan and Turkey. These countries alone account for roughly 60% of the world’s total groundwater withdrawal.

  4. Apr 22, 2024 · The peak and decline occur in about one-third (82) of basins, including 21 that may have already peaked, exposing about half (44%) of the global population to groundwater stress. Most of these basins are in countries with the highest current extraction rates, including the United States, Mexico, Pakistan, India, China, Saudi Arabia and Iran.

  5. Nov 6, 2023 · The study found that the United States, China, and Iran account for most of the global groundwater storage loss, with some regions experiencing more than 5cm/year of land subsidence. California...

    • Science X
  6. Jan 24, 2024 · Global peak water limit of future groundwater withdrawals. Main. Groundwater is the primary water source for many homes, farms, industries and cities around the globe. Unsustainable...

    • Scott Jasechko
  7. Groundwater withdrawal rates have more or less stabilized in the United States of America (USA), most European countries and China. Asia has the largest share in global freshwater...

  8. Hotspots of groundwater depletion are found around the world, most often in areas with intensive groundwater withdrawals for irrigation or to supply large cities (United Nations, 2022). Future trends in demand are difficult to predict accurately.

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