What is a likely consequence of extreme precipitation predicted by climate change in the US?

Extreme precipitation, as predicted by climate change, is closely associated with increased flooding events. As temperatures rise, warmer air holds more moisture, leading to heavier rainfall during storms. This can overwhelm drainage systems and cause rivers and other bodies of water to overflow, resulting in significant flooding.

Flooding can lead to widespread damage, affecting infrastructure, homes, and ecosystems, while also posing risks to public health and safety. The increase in the frequency and intensity of extreme weather events, including intense rainstorms, is a direct result of the changing climate, making flooding a critical concern in many regions of the US.

While dust storms, hurricanes, and heatwaves are related to climate change, they are not direct consequences of extreme precipitation. Dust storms typically arise from prolonged dry conditions, hurricanes are severe tropical storms influenced by warm ocean temperatures, and heatwaves are associated with temperature extremes rather than precipitation levels. Hence, flooding is the most relevant consequence of extreme precipitation linked to climate change.