Details of the Site are provided here.

Site Overview
Tahoma
Active
Type
Outfall
Catchment Size
49.5 acres
Dominant Land Use
Single Family Residential, Primary and Secondary Road
Percent Impervious Area
28%
Jurisdictions
U.S. Forest Service - Lake Tahoe Basin Management Unit, Placer County, CA, City of South Lake Tahoe

The Tahoma catchment straddles the Placer County/El Dorado County border and is transected by Caltrans maintained Highway 89. The runoff from this catchment discharges directly into Lake Tahoe via a 36-inch oval pipe at the bottom of the Water’s Edge North condominium complex driveway without infiltration or treatment; the monitoring station is located at the outfall of this pipe. Because of the high direct connectivity between the catchment and Lake Tahoe, this storm drain system has great potential to deliver high fine sediment particle (FSP) loads to the lake.

No recent water quality improvement projects have been completed in this drainage. However, an environmental improvement project slated to begin the summer of 2017 will focus on reducing the delivery of FSP to the lake by stabilizing eroding slopes with vegetation and/or rock armoring, stabilizing existing drainages with rock, and eliminating eroding roadside ditches by installing curb and gutter or rock-lined channels and vegetated swales. It will also aim to store and spread out stormwater more effectively in the upper watershed and infiltrate and/or treat runoff from the El Dorado County and Caltrans right-of-ways before it discharges to Lake Tahoe.

El Dorado has also proposed working with Caltrans, the California Tahoe Conservancy (CTC), Placer County, and private land owners to develop a comprehensive watershed management plan within the project boundary. The Tahoe RCD anticipates seeing reduced runoff volumes and pollutant loads discharged to Lake Tahoe following the completion of this project.

Site Images
Site Location
Station Information
Name
Tahoma Outfall
Abbreviation
TA
Description
Stormwater Outfall. Equipment includes a Palmer-Bowlus flume installed in a 24-inch pipe with a 730 ISCO Bubbler to measure water level, an FTS DTS-12 turbidimeter to measure turbidity, an ISCO 6712 automated sampler to collect samples during storm events, and a Campbell Scientific CR1000 datalogger and Sierra Wireless RV50 modem for remote connectivity to equipment.
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Last Checked for Updated Data: 04/24/2024 9:30 AM | Last Found Updated Data: