To help protect miners and assist mine managers in reducing hazardous exposures, DRI scientists Xiaoliang Wang, Judy Chow, and John Watson are conducting free trainings to raise awareness about health risks and effective protection methods. Data from the Mine Safety and Health Administration (MSHA) show that as much as 27% of miners are overexposed to air contaminants.
The ecologist and illustrator created a first-of-its-kind seedling guide to help land managers and community members identify native plant seeds and aid with restoration work. DRI sat down with Pereira for more information about her goals and inspiration for the project, the benefits of fusing art with science, and the miracles contained in the tiniest seeds.
DRI scientists conduct a wide range of research on wildfire related topics to help policymakers, fire managers, and community members navigate challenges to public safety and health. In this Q&A, a selection of our scientists answer some of the most pressing questions about the environmental conditions that lead to the most devastating blazes and offer previews into some of their most relevant research.
DRI scientists Guo Yu, Meghan Collins, Monica Arienzo, and Anne Heggli co-authored a new study that examines how Mountain Rain or Snow is helping improve weather forecasting models. The citizen science project collects observations of precipitation from community volunteers across the country to further scientific understanding of the environmental variables impacting where precipitation falls as either rain or snow. This information is critical for informing avalanche forecasting, road safety, and water resources management.
This summer and fall, DRI brought twelve students from Nevada’s community and state colleges to the Las Vegas and Reno campuses for a paid, immersive research experience. Over the course of the 16-week program, students worked under the mentorship of DRI faculty members to learn about the process of using scientific research to solve real-world problems. This unique internship program welcomes all students, not only those pursuing majors in science, who are in their first or second year of enrollment at local state and community colleges.
Along Alaska’s western coastline, 400 miles from the nearest road system, villagers from the Indigenous community of Newtok were scheduled for permanent evacuation in mid-October due to the irreversible threat of rising seas. The story, recounted by Newtok resident Della Carl in September at the National Indigenous Climate Conference in Anchorage, Alaska, embedded itself deep in the hearts and minds of each member of the audience, making it clear not just that sea level rise is happening, but why it matters. Such is the power of a well-told story.
DRI is advancing water management in the Colorado River basin with support from the National Science Foundation’s Southwest Sustainability Innovation Engine (SWSIE) and the Governor’s Office of Economic Development. Partnering with Hydrosat, DRI uses high-resolution satellite thermal imaging to enhance evaporation estimates from key reservoirs, ensuring better resource planning amidst drought and population growth.
A few miles south of Yosemite’s famed Glacier Point, ringed by striking granite domes, lies the Illilouette Basin. This small stretch of the Sierra Nevada Mountains has become a sort of fire laboratory, a place where natural wildfires have been allowed to burn since 1972. In contrast with the long-supported program of fire suppression that has dominated American forests since the late 19th century, resulting in dense and unhealthy forests, the Illilouette Basin’s story is about the benefits that natural fire can bring to the landscape.
In 2021, DRI researchers partnered with the Nevada Division of Environmental Protection (NDEP) to address the gap in air quality monitoring. Led by Kristin VanderMolen, Ph.D., assistant research professor of atmospheric science, a new study details how the research team designed custom air quality sensors and information materials for rural Nevada counties.
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.