Stream restoration including log weirs and log bank revetments.

Slide repair in UC Berkeley botanical garden.

Natural channel realignment with log weirs and floodplain expansion.

Removal of concrete lined channel and restoration of natural channel banks and bed, and pedestrian bridge installation.

Dam removal, debris rack removal, channel realignment and rock structures for fish passage.

Meadow restoration with channel reconstruction and stacked sod revetments.

The Salt River Ecosystem Restoration Project (SRERP) was a multifaceted restoration project designed to restore ecological, geomorphic, and hydrologic function within the Salt River watershed. The Salt River watershed is an approximately 47-square mile watershed located within lower reaches of the Eel River basin.

Golden Gate National Parks Conservancy, Muir Beach, 2009 – 2011. In July 2009 Hanford began a three-year project with the Golden Gate National Parks Conservancy (GGNPC), partnered with the National Park Service, to restore Lower Redwood Creek and Big Lagoon in the Golden Gate National Recreation Area (GGNRA).

Construction of 2 phases of tidal channel construction to improve tidal marsh habitat. First phase used temporary access roads and 9 tracked trucks, second phase used amphibious excavator.

The Willits Bypass Mitigation project included wetland construction, wetland planting, riparian planting and erosion control. Constant biological monitoring was needed due to the sensitivity of project (wildlife conservation, water quality, non-use of herbicides, and ground disturbance issues).

Hanford was awarded the Critical Dune Habitat Restoration project at Point Reyes National Seashore through the RFP process in the winter of 2010/2011. The project was designed to restore approximately 76 acres of native dune habitat, primarily through removal of the invasive European beachgrass and iceplant.