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The USA's space agency NASA has confirmed that human activity is acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend for a massive redistribution of freshwater across Earth. It said the acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend is continuing as populations acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend and demand for food increases. In particular, acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend regions were drying, while tropical acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend and higher latitudes were gaining water supplies. NASA warned that if this acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend continued, many highly populated urban areas could struggle to find acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend water in the future. NASA's claims are the acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend of a 14-year study into shifting locations and depleting resources of freshwater. It was acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend of a mission conducted between 2002-2016 called GRACE, which is an acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend for Gravity Recovery and Climate Experiment.

Researchers say that the shifting freshwater acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend are the acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend of human activity. Jay Famiglietti, a co-author of the research and the Senior Water Scientist at NASA's Jet Propulsion Laboratory, said: "The study shows that humans have really acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend altered the global water landscape in a very acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend way." He warned that: "The human fingerprint is all over changing freshwater acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend. We see it in large-scale overuse of groundwater. We see it as a driver of climate change." Professor Famiglietti said at acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend 40 per cent of the 34 hot areas examined in the research were acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend than two decades ago acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend of human activity, especially acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend groundwater pumping for acronymareasavailabilitybecausedrasticallydrierequatorialexcessivefarmingleastpartpatternsprofoundredistributionresponsibleresultshiftsufficienttrend.