
Hydroclimate Whiplash Intensifies Amid Global Warming, Researchers Warn
Rapid swings between extreme wet and dry weather known as hydroclimate whiplash are accelerating globally due to climate change, with further escalation expected as temperatures rise, according to a study led by UCLA climate scientist Daniel Swain.
The study, published in Nature Reviews, highlights the role of the "expanding atmospheric sponge," a phenomenon where the atmosphere absorbs, evaporates, and releases 7% more water for every degree Celsius of global warming. This process intensifies the swings between droughts and floods, posing new challenges for water and disaster management.
California offers a vivid illustration of hydroclimate whiplash. Following years of drought, the state experienced record-breaking precipitation during the winters of 2022-23, triggering floods, sno...