Recharge Net Metering (ReNeM) is a novel incentive program that encourages individual efforts to use excess surface water to improve groundwater supply and quality. ReNeM engages agencies, researchers, and regional stakeholders in collaboration towards common sustainability goals. A ReNeMe pilot program was launched in the Pajaro Valley, Central Coastal California. This short video describes the ReNeM program, how it is run, and the benefits it may provide. Series: "Sustainable California" [Science] [Show ID: 36130]

Sustainable California (Video)

Recharge Net Metering (ReNeM)

Anthropogenic climate and environmental change are among the most immediate threats to global sustainability, including the sustainability of human populations. Although these changes are happening at a rate never recorded before, climate and environmental changes per se are not unprecedented. Moreover, prior environmental changes have sometimes been accompanied by social and technological innovations that mitigated the impact of environmental change on human populations. We explore two such episodes in the history of California, and ask what lessons they may hold for adaptable societies in the Anthropocene. Series: "Sustainable California" [Science] [Show ID: 35098]

Adaptable Societies

Katherine Markovich, PhD teamed up with fellow graduate students Stephen Maples and Lauren Foster in the NSF Climate Change Water and Society Integrative Graduate Education Research Traineeship (CCWAS IGERT) to study water resources in Chile. Using water’s signature, the isotopic values for snow, rivers, and groundwater, Dr. Katie Markovich is developing an understanding of Chile’s water portfolio under different climate conditions. Like many of Graham Fogg’s students at UC Davis, she relies on high-powered models to describe future scenarios. California and Chile’s Mediterranean climate is changing, and hydrological research will help water managers in both areas prepare infrastructure for different conditions. Series: "Women in Science" [Science] [Show ID: 34329]

Water's Signature

Katherine Markovich, PhD teamed up with fellow graduate students Stephen Maples and Lauren Foster in the NSF Climate Change Water and Society Integrative Graduate Education Research Traineeship (CCWAS IGERT) to study water resources in Chile. Using water’s signature, the isotopic values for snow, rivers, and groundwater, Dr. Katie Markovich is developing an understanding of Chile’s water portfolio under different climate conditions. Like many of Graham Fogg’s students at UC Davis, she relies on high-powered models to describe future scenarios. California and Chile’s Mediterranean climate is changing, and hydrological research will help water managers in both areas prepare infrastructure for different conditions. Series: "Sustainable California" [Science] [Show ID: 34329]

UC Natural Reserve System lands are home to dozens of vulnerable animal and plant species. These range from some of the state's rarest amphibians to endemic plants to icons of the West such as bighorn sheep. Studies conducted at the 39 reserves of the NRS informs how these species are managed, which helps preserve the Golden State's extraordinary biological diversity. Scientists "can work in protected areas that allow them to follow the biology and the ecosystem dynamics of these rare and endangered species. We're really proud of that," says Peggy Fiedler, executive director of the NRS. Series: "UC Natural Reserve System" [Science] [Show ID: 33949]

Living Laboratories: The UC Natural Reserve System

Grand initiatives such as the National Parks program, begun in the late 1800s, are for many people a hallmark of land conservation. However, the majority of land nationally (~60% overall; ranging from 95% on a state-by-state basis) is privately owned. These private lands can have conservation value too. Join Rangeland Manager Billy Freeman and UC Merced Management Professor Catherine Keske as they explore McKenzie Ranch, in the Sierra Nevada foothills of California to discover land conservation strategies that ensure public access and enjoyment of some of the nations otherwise hidden wonders, while also providing returns from the land to the private land owners. In a period of rapid global change, species range-shifts, and altering resource availability and risk, a diversified portfolio of lands and management practices may become increasingly important in conservation. Series: "Sustainable California" [Science] [Show ID: 33986]

Managing Private Land for Public Benefit

Globally, over the past century, coastal fisheries have faced overharvesting and mismanagement. California is no exception. This video recounts stories from fishermen, and others engaged in commercial fisheries, about the decades-long struggle to replenish stocks through a variety of management measures. Through their experiences, we discover the many successes in recovering stocks, the capricious nature of the biology of some species, and also emerging challenges for managing fisheries sustainably, including climate change, regional resources management, access, and local infrastructure. Successfully managing the complex 'bioeconomic' dynamics of coupled natural and human ecosystems, such as fisheries, will provide an ongoing challenge of paramount importance for the survival of vibrant coastal communities. Series: "UCTV Prime" [Science] [Show ID: 33987]

Bioeconomics of Sustainable Fisheries

Drought, climate change, an aging infrastructure and growing population threaten the water Californias San Joaquin Valley uses to supply most of the nations produce and a large proportion of its livestock and dairy. "Adequate water for food for the nation is a water security issue, and its also a national security issue," says UC Merced CITRIS researcher Roger Bales in a new documentary examining water problems and solutions across the United States and globally. Series: "UCTV Prime" [Public Affairs] [Science] [Show ID: 33730]

Water Supply and National Security: Beyond the Brink

Do you know where your water comes from? The iconic spring-fed trout waters of Mt. Shasta and High Sierra meadows are the key to California’s water future. They are a major Source of the state’s water supply, vital to its economy, its people and its fish. Yet, despite its significance, many Californians are unaware of where their water comes from and the need to protect and restore these important sources. They face a myriad of threats. From water bottling plants to hydroelectric and geothermal energy facilities in the springs to degraded meadows in the Sierra. And now – climate change. Learn more about these vital Source waters, and, how we can ensure they are productive and healthy for generations to come. Series: "Sustainable California" [Science] [Show ID: 33882]

Source

Sustainable California connects you to what your University is doing to ensure the future vitality of our state. Become part of how we are developing real-world solutions for all Californians so together we can meet the 21st century challenges of global climate change and increasing demands while maintaining California's unique biodiversity and sustaining the human and environmental health of California. Visit: uctv.tv/sustainable-cal

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Sustainable California (Video)

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