Design

Upper Penitencia Creek Mitigation and Restoration Design for BART to San Jose

Balance Hydrologics was retained to prepare a complete set of construction documents for the mitigation and restoration of Upper Penitencia Creek at the future site of the Berryessa BART station and campus. Mitigation and restoration design is needed to offset impacts related to extension of BART to San Jose. The project offers a unique [...]

Upper Penitencia Creek Mitigation and Restoration Design for BART to San Jose2019-03-15T22:47:36+00:00

Elizabethtown Meadow Trail and Drainage Restoration

In 2011, Balance Hydrologics completed a watershed assessment of the larger Martis Creek watershed which identified priority restoration and re-naturalization projects related to meadow restoration, channel stability, habitat enhancement, groundwater recharge, water quality improvements, flood control, and recreation.  Elizabethtown Meadow, a discharge-slope wetland and formerly a short-lived mining town that existing in 1863, has [...]

Elizabethtown Meadow Trail and Drainage Restoration2018-07-12T16:58:44+00:00

UC Davis Tahoe City Field Lab Stream and Wetland Restoration Design

Balance Hydrologics provided the conceptual and construction-level channel and wetland restoration designs for the UC Davis Tahoe City Field Lab Restoration Project. The field lab is a former fish hatchery in Lake Forest, California, and is surrounded by Polaris Creek and its associated wetlands, including an abandoned spring-fed hatchery pond. The riparian wetland system [...]

UC Davis Tahoe City Field Lab Stream and Wetland Restoration Design2018-07-12T16:59:44+00:00

Upper Truckee Marsh Restoration Design

Beginning in the 1800s and continuing through intense land development in the 1960s and early 1970s, the Upper Truckee River was channelized through Lake Tahoe’s largest delta and marsh complex, which resulted in most of the marsh being dewatered, eroded, or obliterated. In an effort to preserve functioning areas and restore the sediment and [...]

Upper Truckee Marsh Restoration Design2018-01-16T23:43:41+00:00

Verdi CMAR Riverbed Restoration Design

The Nevada Department of Transportation has classified two bridges along Interstate 80 as scour critical, and has contracted Granite Construction on a Construction Manager at Risk (CMAR) basis to design and implement a scour protection plan. Balance worked in concert with Wood Rodgers to fulfill environmental permitting requirements for the project, including development of [...]

Verdi CMAR Riverbed Restoration Design2018-01-16T23:47:51+00:00

San Felipe Creek Restoration

The Santa Clara Valley Habitat Agency (Habitat Agency) represents multiple stakeholders in providing long-term protection of ecosystems and biodiversity within Santa Clara County. The Habitat Agency contracted with Habitat Restoration Sciences (HRS), Balance Hydrologics, Inc., and Dudek for this design-build project to develop conceptual plans, evaluate the feasibility of restoration opportunities, and implement the [...]

San Felipe Creek Restoration2019-06-19T18:20:39+00:00

Dry Creek Stream and Habitat Restoration

Balance Hydrologics is working with Trout Unlimited-Nevada to restore aquatic habitat along Dry Creek, a tributary to Salmon Falls Creek (Columbia River Basin) in remote northeast Elko County, Nevada. Dry Creek is a spring-fed, steep mountain channel that provides habitat for redband trout. Dry Creek has been impacted by historical mining operations, which have [...]

Dry Creek Stream and Habitat Restoration2018-01-09T20:24:58+00:00

Stanford University Hydrologic Support

Balance staff have been conducting a wide-range of hydrologic and hydraulic studies for Stanford University, the Stanford Lands Company and their cooperators in watershed management since 1994. Among these efforts have been: Searsville Dam and Reservoir Alternatives Study, Stanford University, San Mateo County, California. Geomorphic and hydraulic feasibility of various possible alternatives for Searsville [...]

Stanford University Hydrologic Support2018-01-09T20:22:50+00:00