Research Warns of Intensifying ‘Weather Whiplash’ Driven by Climate Change

Rapid shifts between extreme wet and dry conditions are increasing globally, fueling wildfires, floods, and other disasters.

Scientists have identified 'hydroclimate whiplash,' a phenomenon of rapid swings between wet and dry weather, as a growing consequence of climate change.
A new study highlights the role of the 'expanding atmospheric sponge effect,' where a warming atmosphere absorbs and releases more water, intensifying extreme weather patterns.
In California, recent cycles of heavy rainfall followed by record drought have fueled devastating wildfires, including those currently affecting Los Angeles County.
Global analysis shows weather whiplash has increased by 31% to 66% since the mid-20th century and is projected to worsen as global temperatures rise further.
Researchers call for adaptive water management strategies to address the dual challenges of extreme rainfall and prolonged droughts in a warming climate.