blog post Commentary: How California Can Expand Solar Development and Support San Joaquin Valley Farmers By Andrew Ayres, Darcy Wheeles Nov 7, 2022 Can the San Joaquin Valley address its groundwater deficit while helping the state achieve its long-term clean energy goals—and invest in struggling communities at the same time? Our most recent CalMatters commentary argues that solar development, done right, could offer multiple benefits to a valley in transition.
Report Solar Energy and Groundwater in the San Joaquin Valley By Andrew Ayres, Annabelle Rosser, Ellen Hanak, Alvar Escriva-Bou ... Oct 25, 2022 Hundreds of thousands of acres of irrigated farmland may come out of production in the San Joaquin Valley in coming decades. At the same time, the state needs to ramp up renewable energy generation to meet climate goals. Could solar development on fallowed land help the valley’s residents? Our new report examines the challenges and opportunities.
Report Storing Water for the Environment By Sarah Null, Jeffrey Mount, Brian Gray, Kristen Dybala ... Aug 22, 2022 Large reservoirs are essential for managing water in California’s highly variable climate—but over the years, the construction and operation of these reservoirs have had significant environmental costs. Our new research outlines how reservoir operations could be changed to improve the health of the state’s fragile freshwater ecosystems.
blog post Is SGMA Compatible with Farmland Preservation? By Annabelle Rosser Aug 15, 2022 The implementation of SGMA will prompt land use transitions throughout the San Joaquin Valley, raising questions about how the state's chief agricultural preservation policy - the Williamson Act - will come into play. Many alternate uses are likely to be compatible with the program, while others - namely solar – are more complex.
blog post Commentary: Drought Requires New Strategies for Managing Cropland By Andrew Ayres, Caitlin Peterson Aug 9, 2022 With careful planning, research and development, and incentive programs, the San Joaquin Valley can avoid the worst consequences of land fallowing — and perhaps even create environmental and economic benefits.
blog post Commentary: Can San Joaquin Valley Agriculture Survive with Less Irrigation? Here Are Ways To Do It By Caitlin Peterson Aug 5, 2022 Water-limited crops can be a challenge to grow in the San Joaquin Valley. But where water is scarce they could offer a good alternative to fallowing—and provide other benefits.
blog post Video: Farmland in Transition—The San Joaquin Valley By Vicki Hsieh Aug 2, 2022 Hundreds of thousands of acres of irrigated farmland may come out of production in the San Joaquin Valley as the region brings its groundwater basins into balance. How do we manage all this newly fallowed land? We discuss our new research with a panel of experts.
blog post Commentary: San Joaquin Valley’s Next Big Air Pollution Threat—Blowing Dust from Fallowed Farmland By Andrew Ayres, Jaymin Kwon Jul 25, 2022 Without careful stewardship, widespread farmland fallowing could create a surge in windblown dust in the San Joaquin Valley. Read our recent op-ed about how the valley can get ahead of this problem.
Report Land Transitions and Dust in the San Joaquin Valley By Andrew Ayres, Jaymin Kwon, Joy Collins Jul 20, 2022 Agricultural operations and wind erosion are two of the largest sources of dust in the San Joaquin Valley, and the valley’s air quality may decline with increased farmland fallowing and a warmer, drier climate. This will impact low-income, rural communities first and foremost, but proactive management can help identify high-risk areas and direct funding to cost-effective interventions.
Report Exploring the Potential for Water-Limited Agriculture in the San Joaquin Valley By Caitlin Peterson, Cameron Pittelkow, Mark Lundy Jul 20, 2022 As irrigated farmland comes out of production in the San Joaquin Valley, valley residents will face increased pests, weeds, and dust—as well as a loss of employment and economic activity. Water-limited cropping is one alternative to fallowing that can improve soil health and air quality, create habitat, and keep land in production.
