UChicago scientist develops paradigm to predict behavior of atmospheric rivers
When torrential rains and powerful winds hit densely populated coastal regions, whole cities can be destroyed—but governments and residents can take precautions with sufficient warning.
Many of these coastal deluges are caused by atmospheric rivers—regions of concentrated water vapor carried along on strong winds, sometimes called “rivers in the sky.” Meteorologists monitor them, but the ability to predict exactly how an atmospheric river might behave based on its underlying physics would offer more precise forecasts.
In a paper published today in Nature Communications, senior author Da Yang, assistant professor of geophysical sciences at the University ...











