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Aerial view of clouds over the United States

Citizen Science Weather Tracking Project Celebrates Record Breaking Winterย 

Mountain weather is famously unpredictable, with storms rolling in at a momentโ€™s notice and one part of a mountain experiencing sleet while others nearby get rain or snow. Even small changes in elevation can impact the type of precipitation received from the same storm. Scientists are learning more about how winter storms change across time and space thanks to Mountain Rain or Snow, a NASA-funded partnership between DRI, UNR, Lynker, and thousands of community members across the country.ย ย 

Two men looking at a poster.

Graduate Student Winners of theย 2026ย ย Annual Poster Presentation Sessionย 

On Friday, April 17th, 17 graduate students presented their research at DRIโ€™s Reno campus for the annual poster presentation session. Organized by Kathleen Rodrigues, PhD, Assistant Research Professor of Luminescence, the event offers an opportunity for DRI-affiliated graduate students to network with each other and with DRI faculty, hone their presentation skills, and showcase the research theyโ€™re working on in pursuit of their degrees.

Bringing Wildfire Science Into the 21stย Centuryย 

The Harnessing the Data Revolution for Fire Science project is bringing researchers from DRI, UNR, and UNLV together to tackle dozens of questions about wildfires — from the impacts on air quality and hydrology to the way that plants and soils recover from burns. The project is treating wildfire as a continuum rather than as a single event, linking together the landscape and climate conditions that exist before the fire, the physical and chemical processes happening during the active burn, and the way the ecosystem responds and recovers.

Sue Wagner wearing glasses and smiling at something just off camera against a black background.

Remembering the Legacy of Sue Wagner, Long-Time DRI Supporter and Pioneering Woman in Nevada Politics

Sue Wagner built the foundation for state support for DRI. She joined the staff of DRI in 1981 and served as Special Assistant for Government and Legislative Affairs for nine years, and ending when she was elected Lieutenant Governor. One of her major achievements at DRI was shepherding of special legislation through the U.S. Congress to establish the DRI Dandini Research Park. Sue remained active in local and state politics and continued to play a role in supporting promising scientists from DRI and beyond.

Ziming Ke standing on a deck under trees with the coast of a body of water in the background.

Meet Ziming Keย 

Ziming Keย is an atmospheric scientistย who joined DRI in March 2025. He hasย extensiveย expertiseย in earth system modelingย andย is producing groundbreaking research that integrates wildfire science into global and regional models, including aย recent publicationย that is the first toย successfully replicate wildfire-induced thunderstorms in earth system models.ย He joined DRI as aย postdoctoral researcher working with Hansย Moosmuller.ย Ke completedย anย undergraduate degreeย in China,ย aย masterโ€™sย inย oceanographyย atย theย University of South Carolina,ย andย aย Ph.D.ย inย atmosphericย physics andย chemistryย at Georgia Tech.ย ย In the following interview, Ke shares his enthusiasm for wildfire science,ย spending time in Renoโ€™s wetlands, andย watching soccer games.

Episode 3 DRI Research Explained with Ecohydrologist Christine Albano, Ph.D.

Science for Human Resiliency in a Time of Droughts, Floods, and Fires: An Interviewย Withย Ecohydrologistย Christine Albanoย ย 

Christine Albanoย is an Associate Research Professor of Ecohydrology at DRI. In this interview, Dr. Albano answersย frequentlyย asked questions about the relationship between a warming atmosphere and extreme weather, including wildfires, droughts, and flooding. This is theย thirdย in a new series of FAQ videos with DRI researchers.

View of mountainous and grassland landscape.

New Study Offers a Glimpse Into 230,000 Years of Climate and Landscape Shifts in the Southwest

Atmospheric dust plays an important role in the way Earth absorbs and reflects sunlight, impacting the global climate, cloud formation, and precipitation. Much of this dust comes from the continuous reshaping of Earthโ€™s surface through the erosion of rocks and sediments, and understanding how this process has shaped landscapes can help us decipher our planetโ€™s history โ€“ and its future. Although an ephemeral phenomenon by nature, dust emissions through time can be depicted through natural archives like lake sediment cores. In a new study, scientists examine one such record to peer 230,000 years into the past of the American Southwest.

Three men in winter gear and snow board on a peak overlooking the water of Lake Tahoe.

Cloud Seeding for Local Precipitation Enhancement: An Interview With Atmospheric Scientist Frank McDonough

Frank McDonough is a research and forecast meteorologist who leads DRIโ€™s cloud seeding program. His research interests span cloud physics, aviation icing forecasting, and precipitation enhancement.

In this interview, Dr. McDonough answers frequently asked questions about how cloud seeding works and what makes DRIโ€™s program unique. This is the second in a new series of FAQ videos with DRI researchers.

Prakash Gautam in the lab working with equipment and wearing protective eye covering.

Meet Prakash Gautamย 

Prakash Gautam, Ph.D., is anโ€ฏAssistant Research Professorโ€ฏin the Division ofย Atmosphericย Sciencesย and the Director ofย DRIโ€™s Optics Lab: โ€œGautam Laboratory for Advancedย Aerosol Dynamics and Light Scattering Research.โ€ย Heย has been withย DRIย sinceโ€ฏAugust 1, 2022,ย when he first joined asย a Postdoctoral Researcher.ย Gautamย alsoย serves asโ€ฏGraduate Facultyโ€ฏinโ€ฏtheย Physics and Atmospheric Sciencesย departmentsโ€ฏatโ€ฏtheย University ofย Nevada,ย Reno (UNR),ย where he contributesย graduateย teaching, mentorship, and research collaboration.ย His work seeksย toย understand how atmospheric particles interact with lightย in order toย better understand atmospheric components.ย 

In the following interview, Gautam shares hisย dualย passionsย for physicsย andย tennis andย offers insightย onย creating aย successfulย career in science.

smoke coming from a burning forest

Preparing Communities for the Future of Wildfireย 

Last year saw DRIโ€™s inaugural global initiative aimed at advancing community resilience and adaptability in the face of rapid global change โ€“ AWE+, for an Adaptable World Environment. The event brought together hundreds of scientific experts, policymakers, resource managers, and other stakeholders to discuss ways to strengthen our communities against the growing threat of wildfires. To maintain momentum on the topic and continue building relationships that advance resilience, DRIโ€™s 2025 AWE+ event sought to build on these conversations, again focusing on wildfire and bringing experts together from across the nation.