Challenges and opportunities for integrating small and rural drinking water stakeholders in SGMA implementation

Kristin Dobbin, Jessica Mendoza and Michael Kuo write,

“The Sustainable Groundwater Management Act (SGMA) is an historic opportunity to achieve long-term sustainable groundwater management and protect drinking water supplies for hundreds of small and rural low-income communities, especially in the San Joaquin Valley.

Past research indicates that few of these communities are represented in the Groundwater Sustainability Agencies (GSAs) formed to implement the new law. This raises questions about the extent such communities are involved in groundwater reform and potential concerns about how small and rural drinking-water interests are being incorporated into Groundwater Sustainability Plans (GSPs). … ”

Read more from the California Water Blog here: Challenges and opportunities for integrating small and rural drinking water stakeholders in SGMA implementation

Got Surface Water? Groundwater-only Lands in the San Joaquin Valley

Jelena Jezdimirovic, Ellen Hanak, and Alvar Escriva-Bou write,

“The San Joaquin Valley—California’s largest agricultural region—has the largest groundwater deficit in the state. However, water scarcity is not experienced equally across the valley.

Some areas receive abundant surface water to support cropland irrigation and drinking water supplies. Most others supplement their use with groundwater. Still others have no surface water access and depend entirely on groundwater.

Water users in these groundwater-only areas are particularly vulnerable to pumping restrictions under the Sustainable Groundwater Management Act (SGMA)—the state-mandated effort to balance groundwater basins. … ”

Read more from the PPIC blog here:  Got Surface Water? Groundwater-only Lands in the San Joaquin Valley

CA WATER LAW SYMPOSIUM: Questions of common supply: SGMA requirements for interconnected surface water and groundwater

The Yuba River a tributary of the Feather River flows east to west from the Sierra Nevada Mountains into the Sacramento Valley in Northern California. Dale Kolke / California Department of Water Resources

The Sustainable Groundwater Management Act (SGMA), passed in 2014, is California’s first statewide law that explicitly reflects the fact that surface water and groundwater are frequently interconnected and that groundwater management can impact groundwater-dependent ecosystems, surface water flows, and the beneficial uses of those flows.

SGMA requires groundwater sustainability agencies (GSAs) to manage groundwater to avoid six undesirable results, one of which is significant and unreasonable adverse impacts on beneficial uses of surface water. While this aspect of SGMA is clearly important, significant uncertainties exist regarding how GSAs will actually define and achieve this goal.  At the 2019 California Water Law Symposium, a panel of experts discussed the structure of SGMA and how it addresses these water connections, particularly in relation to fisheries and the public trust doctrine.

Seated on the panel:

The panel was moderated by Kevin O’Brien, attorney and partner at Downey Brand and organized by students at Golden Gate University School of Law.

Click here to read this article at Maven’s Notebook.

Sacramento Valley Watersheds: Regional Collaborative Approaches to Maintaining and Improving Groundwater Quality for Multiple Benefits

Vicki Kretsinger Grabert writes,

“Understanding the status of California’s surface water and groundwater availability and sustainability are key goals of many programs. Sacramento Valley’s water resources managers and communities are proactively and collaboratively engaged in identifying and implementing strategies that support water resources sustainability. This includes protecting groundwater quality for multiple beneficial uses, which is being addressed through the following programs … ”

Read more from the NCWA blog here:  Sacramento Valley Watersheds: Regional Collaborative Approaches to Maintaining and Improving Groundwater Quality for Multiple Benefits

ELLEN HANAK: Water and the Future of the San Joaquin Valley

Ellen Hanak delivers four priorities for managing the implementation of SGMA in the San Joaquin Valley

The San Joaquin Valley is California’s largest agricultural region and an important contributor to the nation’s food supply, producing more than half of the state’s agricultural output.  Irrigated agriculture is the region’s main economic driver and predominant water user.

However, the San Joaquin Valley is at a pivotal point. It is ground zero for many of California’s most difficult water management problems, including groundwater overdraft, contaminated drinking water, and declines in habitat and native species.  The Valley has high rates of unemployment and pockets of extreme poverty, challenges that increase when the farm economy suffers.

The Sustainable Groundwater Management Act requires local water users to bring their overdrafted groundwater basins into balance by the early 2040s.  With the largest groundwater overdraft in the State, the implementation of SGMA will have a broad impact on Valley agriculture in coming years, and will likely entail fallowing of significant amounts of farmland.

Water and the Future of the San Joaquin Valley” is the third installment of a research project by the Public Policy Institute of California (PPIC) Water Policy Center on solutions to the San Joaquin Valley’s water challenges. Ellen Hanak is director of the PPIC Water Policy Center and a senior fellow at PPIC. At the May meeting of the California Water Commission, she discussed the findings of their research and recommendations regarding the challenges facing the San Joaquin Valley.

Click here to read this article at Maven’s Notebook.

Groundwater recharge in the SGMA era

Kathleen Miller writes,

“Implementation of the Sustainable Groundwater Management Act (SGMA) was always going to be tricky. Part of the necessary growing pains of SGMA is determining how the revolutionary statute interacts with traditional tenets of water law.   As with any other sweeping legislative change, SGMA does not provide direct answers for every practical question which arises as the law is put into place.

Take SGMA’s so called “six deadly sins” – the undesirable results that newly formed groundwater sustainability agencies (GSAs) are tasked with avoiding, running the gamut from seawater intrusion to subsidence. One of the ways to combat undesirable results is to implement a more robust groundwater recharge program – diverting high surface water flows during wet years (as we just experienced) to aquifers. In fact, we’ve begun to see innovative projects, such as Recharge Net Metering andFlood-MAR, sprout up in the wake of SGMA to do exactly that. But how do we get water for those projects in the first place? … ”

Read more from the Legal Planet blog here:  Groundwater recharge in the SGMA era

California groundwater management, science-policy interfaces, and the legacies of artificial legal distinctions

Dave Owen and Michael Kiparsky write,

“One of the many noteworthy features of California’s  Sustainable Groundwater Management Act (SGMA) is that it requires local government agencies to consider and address the effects of groundwater management upon interconnected surface water. That requirement is an important step towards rationalizing California water management, which has long treated groundwater and surface water as separate resources.

The requirement also is part of a larger story about evolving science and policy in a changing world. … ”

Read more from the Legal Planet here: California groundwater management, science-policy interfaces, and the legacies of artificial legal distinctions

California groundwater management, science-policy interfaces, and the legacies of artificial legal distinctions

“One of the many noteworthy features of California’s Sustainable Groundwater Management Act (SGMA) is that it requires local government agencies to consider and address the effects of groundwater management upon interconnected surface water.

That requirement is an important step towards rationalizing California water management, which has long treated groundwater and surface water as separate resources.  The requirement also is part of a larger story about evolving science and policy in a changing world. … “

Continue reading at the Legal Planet Blog here:  California groundwater management, science-policy interfaces, and the legacies of artificial legal distinctions

Community Participation in Groundwater Sustainability: The City of Weed

Angelina Cook is an environmental activist based in Siskiyou county. She advocates for including the City of Weed in the Shasta Valley Groundwater Sustainability Plan and working to protect the city’s groundwater from expanded pumping by private bottling companies. Clean Water Action’s communications manager interviewed Angelina about her experiences.

1. What basin/basins are you currently working in/involved with?

Shasta Valley Groundwater Basin

2. What has been your experience of the Groundwater Sustainability Plan (GSP) process?

Read more at the We All Live Downstream blog here:  Community Participation in Groundwater Sustainability: The City of Weed

Community Participation in Groundwater Sustainability: The Borrego Valley

“Imagine over 600,000 acres of wilderness.  You are surrounded by blue sky, mountains, rock formations and a cornucopia of plants including creosote, palo verde, cacti, and ocotillo. As you walk around, you have the opportunity to see bighorn sheep, mountain lions, kit foxes, mule deer, coyotes, greater roadrunners, golden eagles, black-tailed jackrabbits, ground squirrels, kangaroo rats, quail, prairie falcons, desert iguanas, chuckwallas, and red diamond rattlesnakes.

The place in question is Anza Borrego Desert State Park. The park is also a storied place that was inhabited for thousands of years by the Cahuilla, Cupeño, and Kumeyaay (Diegueño) Indian tribes, the members of which created petroglyph and pictogram rock art. … ”

Read more from the We All Live Downstream blog here:  Community Participation in Groundwater Sustainability