DRI scientists partnered with the U.S. Geological Survey to produce a guidance document for incorporating publicly available data on historical and projected extreme weather events to aid with emergency planning exercises. The report, funded by the California Department of Water Resources, is available on DRI’s website.
Relying on water storage won’t be enough to make up for declines in future water availability under a changing climate, new study shows. Beatrice Gordon, lead author of the study and sociohydrologist and postdoctoral researcher at DRI, says the research is needed to inform water management at the local level, where most decisions are made.
Climate change will dramatically impact streamflow and its contributions to the Colorado River by increasing forest water use and reducing groundwater levels, new study finds.
A conversation with Guo Yu and Jeremy Giovando about their new research examining post-fire flood frequency. The study expands on previous frameworks to account for the compounding impacts of repeated wildfires on flood risk, using a southern California watershed as a case study.
Beatrice, who also goes by “Bea,” is an interdisciplinary hydrologist with a deeply embedded concern for water availability born from her childhood on a Wyoming ranch. She is focused on working with communities in rural Nevada to understand their needs for effective climate adaptation.
DRI’s Justin Huntington coauthored the new study, led by researchers at the University of Montana and the Montana Climate Office, which published mid-December in the Nature Journal, Communications Earth and Environment.
Scientists examined multiple fire danger indices for the contiguous U.S. to assess the impact of climate change on future wildfire risk and seasonality.
An interview with atmospheric scientist David Mitchell, Ph.D., who first proposed research into the climate intervention research of cirrus cloud-thinning.
An international team of scientists have assembled the first complete record of carbon monoxide concentrations in the southern hemisphere, based on measurements of air.
John Mejia, Ph.D., is an associate research professor of Atmospheric Modeling at DRI. He was recently awarded a Mid-Career Advancement Award from the National Science Foundation (NSF) to support his research on climate change impacts to urban communities, including urban heat islands and air pollution.