Rising global temperatures are expected to cause significant shifts in the global water cycle, with serious implications for agriculture, water availability, and regional climates.
The intricacies of the water cycle, including evaporation, condensation, and precipitation, are linked closely to temperature changes. Recent studies utilizing isotopic analysis have provided a clearer picture of how these processes have changed over the past two millennia, especially in response to human-induced climate warming since 1850.
With the hottest months on record occurring as recently as 2023, the urgency to understand and adapt to changes in the water ...
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