CSU-led NASA satellite mission, set to launch in 2026, was built on giants
The $177 million INCUS satellite mission continues a rich history of CSU-led atmospheric science and Earth observations.
The $177 million INCUS satellite mission continues a rich history of CSU-led atmospheric science and Earth observations.
The CSU Tropical Meteorology Project team is predicting 19 named storms during the Atlantic hurricane season, which runs from June 1 to Nov. 30.
"This is something that we’re going to have to continue to be aware of, be prepared for," Schumacher said. "You don’t have to live in the timber up in Summit County to have bad things happen." (Denver Channel 7)
Colorado State University researchers will receive nearly $1 million from the Environmental Protection Agency to expand air quality monitoring in communities impacted by wildfires and improve communication of health risks from smoke exposure.
Melissa Griffin is the South Carolina state coordinator for a program designed to track weather variability, known to its members at CoCoRaHS. “It’s one of the most comprehensive citizen-science initiatives we’ve got in the U.S.” (Coastal Observer)
Jeffrey Pierce, a Professor at CSU’s Department of Atmospheric Science, and Sheryl Magzamen, an Epidemiologist with the Colorado School of Public Health, will discuss health risks related to wildfires that burn locally as well as “upwind” from the West Coast. (Estes Park Trail Gazette)
A new video featuring CSU atmospheric scientists opens the window on understanding the worst drought in 12 centuries, a ‘megadrought’ with no end in sight. (Yale Climate Connections)
Zachary Labe, a postdoctoral researcher in atmospheric sciences at Colorado State University had his eyes on this warming trend when he got news of warming on the other side of the globe. (Vice)
Several western states have experimented with cloud seeding to try to increase precipitation, but how well does that actually work? Atmospheric scientist William Cotton explains. (Colorado Sun/The Conversation)
Climate scientist Elizabeth Barnes breaks down neural networks and explainable AI, tools she uses to unravel the complexity of the Earth system.