Berryessa Creek Project: Calaveras Boulevard to Old Piedmont Road, San Jose and Milpitas, California

4 Documents in Project

Summary

SCH Number
2001104013
Lead Agency
U.S. Army Corps of Engineers
Document Title
Berryessa Creek Project: Calaveras Boulevard to Old Piedmont Road, San Jose and Milpitas, California
Document Type
FIN - Final Document
Received
Present Land Use
Would occur in single family residential, multi-family residential, industrial, mixed-use, open space, and town center zones

Document Description
The U.S. Army Corps of Engineers and its local partner the Santa Clara Valley Water District are proposing to construct the Upper Berryessa Creek Flood Risk Management Project. The project would modify 2.2 miles of Upper Berryessa Creek within the cities of Milpitas and San Jose for the purpose of reducing flood risks. These modifications would occur between I-680 and Calaveras Boulevard, and would include: - Constructing an enlarged earthen trapezoidal channel; - Constructing concrete floodwalls at two areas; - Excavating sediment and vegetation from the channel bed;

Contact Information
James Manitakos
Santa Clara Valley Water District
5750 Almaden Expressway
San Jose, CA 95118

Phone : (408) 630-2833
Fax : (408) 586-0101
rlangis@scvwd.dst.ca.us

Location

Coordinates
37°43'39.50"N 121°.89'28.25"W
Cities
Milpitas San Jose
Counties
Santa Clara
Cross Streets
Between I-680 (upstream) and Calaveras Blvd. (downstream)
Zip
95035
Total Acres
29
State Highways
I-680, 880, SR 237
Railways
UPRR
Airports
No
Waterways
Berryessa, Los Coches, Piedmont, and Penitencia Crks
Township
6S
Range
1E
Base
MDB&M

Notice of Completion

Development Type
Other (Flood Risk Management)
Project Issues
Agricultural Land Air Quality Archaeologic-Historic Biological Resources Drainage/Absorption Economics/Jobs Flood Plain/Flooding Forest Land/Fire Hazard Geologic/Seismic Minerals Noise Population/Housing Balance Public Services Recreation/Parks Schools/Universities Septic System Sewer Capacity Soil Erosion/Compaction/Grading Solid Waste Toxic/Hazardous Traffic/Circulation Vegetation Water Quality Water Supply Wetland/Riparian Growth Inducing Land Use Cumulative Effects
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