RENO — As the drought in Nevada continues, and with a gloomy outlook for water supplies in the future, a newly funded National Science Foundation project based at the University of Nevada, Reno will bring together key players from around the state to address water issues.
“The project, Nevada Water, will develop a collaborative and inclusive partnership of water suppliers, users, policy-makers, and academics whose primary goal is to create a dynamic research, societal and education network focusing on critical urban-rural water issues across Nevada,” Anne Nolin, geography professor at the University of Nevada, Reno, said. Nolin, also director of the Graduate Program of Hydrological Sciences at the University, is leading the project, which has received a $149,923 NSF grant.
Across Nevada, water users, suppliers, and policymakers are facing growing stressors including declining snowpacks, extreme weather, rapid population growth and increasing urban-rural tensions around water sustainability. The network she and her team are building will include key public, private, tribal, research, nonprofit and educational water resource partners.
“Our guiding principle is Science With Society, which emphasizes inclusion, communication, connections, and collaboration,” she said. “The project stems from our response to an NSF call for network development around Sustainable Regional Systems, specifically focusing on urban-rural challenges.
“Nevada’s water issues are unusual in that our water supplies come from groundwater and mountains, both of which are being impacted by climate change and urban growth. We saw the need to develop a robust and inclusive water-focused network of key stakeholders across Nevada and our university and non-academic partners are well-positioned to co-lead this effort.”
This is a one-year planning grant during which the structure and goals for the Nevada Water network will be created. The next step is to apply for a five-year, $15 million Track 1 grant through the NSF Sustainable Regional Systems Research Network program.
“Importantly, our network will not develop policy,” she said. “Rather, it is intended as a learning network where we co-identify diverse challenges, fill knowledge gaps, understand the social and hydrologic dimensions of water issues, and co-develop strategies for addressing seemingly intractable water issues.”
The Nevada Water team includes Stephanie McAfee, associate professor in the University’s Department of Geography and the Nevada State Climatologist; Eric Marchand, associate professor in the University’s Department