Storm clusters known as mesoscale convective systems will pose a much greater flooding risk later this century in a warming climate.

Two new studies have significantly improved scientists’ ability to predict the strength and duration of droughts caused by La Niña.

Water managers and streamflow forecasters can now access bi-weekly, monthly, and seasonal precipitation and temperature forecasts, broken down by individual watershed.

Using a sophisticated computer model, scientists have demonstrated for the first time that a new research approach to geoengineering could potentially be used to limit Earth’s warming to a specific target while reducing some of the risks and concerns identified in past studies, including uneven cooling of the globe.

Major volcanic eruptions in the future have the potential to affect global temperatures and precipitation more dramatically than in the past because of climate change.