This project includes 2,500 feet of reclaimed water piping to an existing aboveground tank that will be repurposed to supply reclaimed water to the wetlands.

The project replaces the system’s existing water storage tank with a new steel tank built to modern seismic standards and anchored in granite bedrock.

The project implements agricultural water conservation practices and develops municipal recycled water as a source for irrigation water, thus lessening demand for instream water.

This project will improve 20,000 acres in the Russian, Gualala and Navarro River watersheds by implementing water quality improvements

The FFF Environmental Certification Program worked with three agricultural landowners to identify and assess pollutant sources, prescribe Best Management Practices (BMPs), and implement projects to ameliorate and prevent their recurrence.

This project will implement a municipal recycled water system for agricultural frost control and irrigation to replace direct diversions.

This project eliminated road-related erosion by recontouring the landscape to pre-disturbance topography.

This project will improve the capacity of the Crescent City wastewater treatment system to adequately treat wastewater to meet pollution control standards for water discharged into the Pacific Ocean.

This project will seismically retrofit and perform health and safety upgrades to the existing 50,000 gallon welded steel elevated water tank.

This project will ensure continued domestic water supply reliability for the City of Etna, fish access to habitat above the dam, and accurate stream flow data.

Phase 1 of the project provides storage capacity for more than 150,000 gallons of wastewater that, during high intensity rainfall events, would otherwise be released into the Martin Slough Watershed as Sanitary Sewage Overflows.

This project replaces the Waterfall Gulch Raw Water Transmission Main and replacement will incorporate solutions for better access to the line in case of emergency.

The project constructed a 45 acre-foot reservoir to store water delivered from Waterfall Gulch, which increases the availability of water to the City of Fort Bragg, increasing the community’s resiliency to climate change.

The City of Fortuna’s 12th Street Integrated Stormwater Enhancement Project addresses goals and policies identified in the City’s General Plan and Storm Drain Master Plan pertaining to the enhancment of storwater management, natural resources, safety, and aesthetics. This multi-benefit project provides a sense of welcome and arrival to the City from Highway 101 to the…

The project will re-develop two existing drinking water wells to pump, treat and convey clean drinking water and will monitor ground water adjacent to the site via three groundwater monitoring wells.

The project involved the construction of pipelines, pump stations and filtration for delivery of tertiary treated recycled water to urban sites relying on potable water from the Russian River.

The project provides water supply reliability by constructing three new wells, upgrading existing and building new interties to connect six public water systems.

The project consists of installing approximately 5,000 linear feet of 6- and 8-inch water mains, including valves and appurtenances and nine fire hydrants.

This project will upgrade 7 sanitary sewer lift stations to reduce sanitary sewer overflows, reduce power consumption and improve worker safety by installing 21 SCADA systems which will allow for remote diagnosis of pump status or operational mode.

This project will implement key components and practices of dairy waste management systems to significantly reduce nutrients and pathogens running off or leaching from dairy crop fields.

This program combines a suite of approaches to restore a resilient, sustainable riparian corridor and in-stream habitat for endangered CCC coho and threatened steelhead trout.

The project will integrate strategies to improve water resources including: water storage systems and sediment source reduction and habitat improvement projects.

Project implementation included the construction of eight residential and small agricultural-scale rainwater catchment systems and upgrades to the Bodega Water Company distribution system.

This project builds long-term drought resiliency for agricultural operations by increasing rainwater capture and storage and by enhancing soil water holding capacity through soil health improvements.

This project will reduce diversions in the Gualala by installing off-stream storage systems for the North Gualala Water Company, the Kashia Tribe and the South Coast Fire Department establishing a more reliable water supply for increasingly severe drought cycles.

This project incorporates five high priority road-related NPS sediment source reduction projects.

Gualala River Watershed Council will collaborate with landowners to treat sediment sources on priority road networks to prevent sediment from entering the watercourses in the Lower Rockpile basin.

The project included landowner collaboration, monitoring and timber and ranch road sediment reduction and assessment.

The project will install fifty-five 5,000 gallon residential and commercial rain water catchments and five 55,000 gallon systems to catch winter rains for use during summer low flow periods.

A water flow meter and water quality monitoring equipment will be installed to provide continuous monitoring and the existing pressure transducer equipment will be upgraded.

This project will upgrade the existing water filtration plant to protect and enhance water quality and public health for an economically disadvantaged community.

The Indian Creek Sewer Pipeline Crossing will decommission the existing sewer pipeline and replace it with a new pipe crossing and infrastructure.

The Hoopa Valley PUD will replace over 900 aging, inefficient water meters and obtain leak detection equipment to help identify and mitigate system losses.

Removal of the south bank Supply Creek berm and widening the floodway will reduce flooding and reconnect Supply Creek with its former floodplain, supporting a more complex and naturally-functioning stream corridor with a restored riparian overstory.

This project consists of building fish passage improvement for two culverts on Angelica Creek that have been identified as a major impediment to steelhead migration.

The project will establish the legal framework between the Hopland Band of Pomo Indians and the Hopland Water District to investigate and drill three groundwater test well sites in Hopland.

The project addresses the potential loss of water service to two communities that serve approximately 2,880 residents during flood conditions or after an earthquake.

This project implements the 2nd phase of a multi-phase project, installing new laterals in Collectors 1&1A.

This project implemented erosion control treatments which reduced sediment delivery. while building community trust allowing for voluntary improvement of natural resources.

The project will restore habitat, hydrologic function and connectivity between Francis Creek, Salt River, and the Eel River Estuary as part the Salt River Ecosystem Restoration Project.

This project will enhance hydrologic, sediment transport, wetland, and floodplain function in the Salt River watershed by restoring geomorphic features and tidal influence and reducing sedimentation from upper tributary watersheds.

The Camp Creek Habitat Protection – Road Decommissioning Project involves 16 miles of road slated for decommissioning within the ecologically sensitive Camp Creek Watershed.

This project decommissions roads to remove and stabilize unstable fill and reestablish the natural hillslope drainage pattern along the intervening road reaches.

This project consists of an intertie that would provide water security to the community by allowing the two water companies to share water supplies during drought, fire, or other emergencies.

This project will install water meters on all water customers. The information provided by the meters will be used to inform further conservation measures.

This project will implement riparian and floodplain restoration; habitat enhancement; and estuary slough restoration.

MRC’s Good Roads, Clear Creeks Program, of which this project is a component, offers a means for voluntary treatment of sediment and temperature problems through inventory, treatment and monitoring.

This project will implement on-farm conservation projects to demonstrate water-saving technologies to the local agricultural community, including water storage tank installation and irrigation system upgrades.

This project includes Upper Russian River Arundo removal and riparian enhancement of Denmark Creek.

The project treated 18.6 miles of road, including 103 stream crossings, 6 road drainage discharge points, 4 landslides, and 4 ditch relief culverts.

This project consists of water audit technical assistance; access to new technology developed to conserve water; leak detection services for Mendocino County Tribes in partnership with the Rural Community Assistance Corporation.

The project replaced deteriorated drinking water pipelines to protect public health and stop loss of treated drinking water to ensure safe drinking water for the community of Newell.

This project will line 1.3 miles of Montague Water Conservation Districts Main Canal, where significant delivery loss occurs. In exchange the water district will permanently allocate the volume of water conserved, estimated at 680 acre-feet per year, for instream beneficial uses.

This project consists of outreach to landowners with existing water rights to improve efficiency of water use and convert diversion systems to utilize slow flow pumps that collect water during the wet season for use in the dry months.

The project consists of erosion prevention treatments on prioritized road segments in Lacks and Coyote Creek watersheds to reduce sediment delivery, improving watershed health, water quality and salmonid habitat.

This project will expand a water recycling program, reducing withdrawals from Telegraph Creek and reduce wastewater discharges to protected marine ecosystems. This project will also complete design plans for a water treatment plant expansion and prepare a recycled water monitoring plan.

This project will build a dedicated distribution system and replace water mains; install fire hydrants for fire protection; and install/replace shutoff valves to reduce leaks and water shortages.

This project improves summertime streamflows in the Mattole River headwaters by seasonally limiting diversions through storage and forbearance, thereby increasing water quantity, improving water quality, enhancing rearing requirements, and facilitating fish passage.

The project improves summer streamflows in the Mattole River headwaters by seasonally limiting diversions through storage and forbearance, increasing water quantity, improving instream water quality, enhancing rearing habitat, and facilitating fish passage.

The purpose of this project is to provide technical assistance to the Groundwater Sustainability Agency (GSA) for the Shasta Valley Medium Priority Basin 1-004 (the Basin) and the Basin’s public and private stakeholders, gather and submit pertinent data to the GSA to utilize in preparation of a Groundwater Sustainability Plan to satisfy the requirements set…

The Araujo Dam Project improved fish passage and water quality while ensuring regulatory compliance and economic viability of agricultural operations.

This project will help landowners to control irrigation efficiency and address the concerns of the Shasta River TMDL by improving water conveyance infrastructure, replacing inaccurate flow measuring equipment, and providing water efficiency monitoring.

The project improves fish passage and water quality while conforming to state regulations and maintaining economically viable agricultural operations.

The project will excavate septage waste and impacted soil from the affected site and relocate it to an impermeable surface on the adjacent property.

The Program will launch a direct customer education program and will expand a Rebate Program to install high efficiency clothes washers, high efficiency toilets and urinals, and turf conversions.

The project implements BMPs through installation of high‐efficiency fixtures and replacing high water-use turf in drought sensitive areas of Sonoma and Mendocino counties.

Sonoma RCD is partnering with Gold Ridge RCD to develop and implement comprehensive water conservation plans for landowners along five tributaries of the Russian River that have been identified as critical to coho salmon.

The project involves pool and riffle construction, spawning gravel augmentation, and riparian planting to improve instream habitat that will reduce water temperature in Willow Creek.

The water treatment plant used nearly 150,000 gpd to backwash the filtering system, which treated nearly 1.2 million gpd for the Town of Hayfork.

The project will increase wild spring run Chinook populations through in-stream restoration, improving reach-scale physical geomorphic processes and thermal refugia water quality.

This project will meet Coho Recovery Plan recommendations to: “Develop incentives for water right holders to dedicate instream flows for the protection of coho salmon.”

This project will plan for and design a 500,000 gallon steel tank boosting water storage capacity to 30 days, sufficient to deal with most emergencies.

This project will install new water mains, shut-off valves, and fire hydrants to reduce water losses and increase water supply reliability to allow hook-ups of customers with inadequate or contaminated well water.

This project will construct a new roof to protect treated water in the existing tank from possible contamination and install a second tank to bolster water supply reliability and allow the original tank’s roof repair.

The project will construct a new glass‐lined steel 85,000 gallon storage tank and replace the roof on the existing tank with a new free‐span aluminum roof.

This project replaces an old redwood water storage tank with a new, seismically stable 100,000 gallon steel storage tank.

The project restores spawning and rearing habitat for native salmonids and increases riparian forest resiliency on two miles in two priority Lower Klamath tributaries: Terwer Creek and Hunter Creek.

Development of the Weitchpec Water Station will consist of a well, a small water tank and spigot for emergency access, a flush hydrant to fill fire trucks, and will replace the existing surface water system.

This pilot project will install 3-2500 gallon tanks and filter systems to provide Tribal landowners with water storage capabilities to provide adequate supplies of filtered drinking water during the driest part of the year (August-September), and eliminate summer diversions to provide increased thermal refugia benefits.