blog post A New Tool Could Help Protect 30% of the State’s Waters by 2030 By Sarah Bardeen Sep 12, 2022 California has set an ambitious goal of protecting 30% of the state’s lands and waters by 2030. We spoke with CalTrout’s legal and policy director Redgie Collins about a promising but underutilized tool that could help protect water bodies throughout the state: The Outstanding Natural Resource Waters designation.
blog post Commentary: Newsom’s Water Strategy Needs to Go a Step Further By Sarah Null, Jeffrey Mount Sep 8, 2022 Dams are essential to managing California’s water supply, but their construction and operation has harmed freshwater ecosystems. We propose a novel approach to water management that treats the environment as a priority rather than a constraint on reservoir operations—and that may help to manage growing threats to the health of our rivers and estuaries.
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.
Policy Brief Policy Brief: Storing Water for the Environment By Sarah Null, Jeffrey Mount, Brian Gray, Kristen Dybala ... Aug 22, 2022 To protect and restore California’s freshwater ecosystems and respond to the changing climate, California’s water managers must change how they operate reservoirs. Our policy brief offers recommendations for how to do this in a way that makes the most efficient use of scarce water for the environment while minimizing impacts on other water uses.
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 Californians Want the Government to Do More about Drought, Wildfires, and Climate Change By Deja Thomas, Caitlin Peterson Aug 8, 2022 Californians voiced continued concern over water supply, wildfire, and climate issues in this year’s survey on the environment. And while actions are underway, many think that the state could do more to combat these issues swiftly.
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.
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.
blog post The Challenges of Using Less Water in the Southern San Joaquin Valley By Sarah Bardeen Jun 13, 2022 As the San Joaquin Valley grapples with the twin challenges of groundwater overdraft and land subsidence, we spoke with two experts about how programs like multi-benefit farmland repurposing are helping the region adapt.
Policy Brief Policy Brief: Tracking Where Water Goes in a Changing Sacramento–San Joaquin Delta By Greg Gartrell, Jeffrey Mount, Ellen Hanak May 16, 2022 The Sacramento–San Joaquin Delta supplies water to roughly 30 million Californians, over 6 million acres of farmland, and countless ecosystems. But the watershed’s climate is changing: recent decades have seen record warmth, higher evaporation, and declining snowpack. We track where the water is going—and how to adapt.
