San Joaquin River

The San Joaquin Basin hydrologic region is one of California’s largest agricultural regions, producing corn, alfalfa, almonds, pistachios, processing tomatoes, grapes, and other agricultural commodities. While the urban population in this region continues to grow, there are numerous disadvantaged communities, not only small rural communities but also four of the most populous cities in the region.

Toward a Preemptive Ecology for Rapid, Global, and Increasingly Irreversible Environmental Change: A Discussion Paper with Implications for Research and Management in the Sacramento-San Joaquin Delta

Delta Stewardship Council (Delta Council) | November 15th, 2019

Summary

People have extensively modified the Sacramento-San Joaquin Delta since the 1850s. Rapid change is not new, but the nature of rapid change that is beginning to be experie

Toward a Vibrant, Prosperous, and Sustainable Fresno County: Vulnerability and Adaptation in the Midst of Rapid Change

California Energy Commission (CEC) | July 31st, 2012

Summary

Fresno County is located centrally within the State of California. The central portion of the county makes up part of the state’s breadbasket, the San Joaquin Valley, k

Towards sharing water better with near real-time maps on evaporative water use by crops and natural vegetation

Nature Portfolio (Springer Nature) | January 15th, 2024

Summary

The combination of advancements in evapotranspiration theory, eddy covariance flux measurements of water vapour and satellite remote sensing are putting technology on the

Toxicological assessment of potable reuse and conventional drinking waters

Nature Portfolio (Springer Nature) | October 27th, 2022

Summary

Potable reuse, the process of treating wastewater to drinkable standards, offers a reliable and sustainable solution to cities and regions facing shortages of clean water

Tracking California’s striking water storage gains attributed to intensive atmospheric rivers

Journal of Hydrology (Elsevier) | February 5th, 2025

Summary

California is highly vulnerable to extreme precipitation events due to the dense landfall of atmospheric rivers (ARs) during the winter months, often resulting in catastr

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