California State Water Project allocation increased to 15%
“December storms enabled DWR to convey and store water in San Luis Reservoir, which allows for a modest increase in water deliveries this year,” DWR Director Karla Nemeth said in a news release. “But severe drought is not over. Dry conditions have already returned in January. Californians must continue to conserve as the state plans for a third dry year.”
In addition to the modest increase in State Water Project allocation to 15%, DWR will continue to work with its water supply contractors to address any unmet health and safety needs for 2022.
Although DWR is making this allocation increase, it continues to plan for a third consecutive dry year. DWR will preserve as much storage as possible in Lake Oroville, the State Water Project’s largest reservoir. Water releases from Lake Oroville will be prioritized to maintain Delta water quality, protect endangered species and meet senior water right needs.
“The next two months are traditionally the heart of California’s rainy season,” said Nemeth. “We need more storms to keep filling up our reservoirs to make up for two critically dry years.”
Gov. Gavin Newsom has called on Californians to voluntarily reduce their water use by 15% with simple measures to protect water reserves. The October 2021 emergency proclamation expanded the drought emergency statewide and authorized the State Water Board to ban wasteful water uses, boosting conservation efforts.
Each year, DWR makes an initial State Water Project allocation on Dec. 1. Allocations are updated as snowpack and runoff information are assessed, with a final allocation typically determined in May or June.
DWR will conduct the next snow survey in the Sierra at the beginning of February. Currently the statewide snowpack is at 113% of average for this date and 58% of the seasonal average.
Resources
- Latest on California’s Drought Response
- Current Statewide Reservoir Conditions
- Historical SWP Allocation Data
- Save Our Water: Tips to Conserve Water During a Drought