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01.01 - Stormwater Management Program
Description
The Lake Clarity Crediting Program is the source for much of the Performance Measure data on the Stormwater Management Program.
EIP Plans
Regional Transportation Plan 2020
Tahoe Climate Resilience Action Strategy 2022
Urban Implementing Partners have acheived greater than FSP targets required by permits and agreements.
The estimated amount of fine sediment prevented from entering Tahoe Basin urban stormwater, based on the guidelines laid out in the Lake Clarity Crediting Program Handbook. Fine sediment load is quantified in terms of the number of sediment particles with diameter of less than 16 micrometers. Reduction of fine sediment load benefits Lake Tahoe's clarity.
Urban Implementing Partners have acheived greater than total nitrogen targets required by permits and agreements.
The estimated amount of nitrogen prevented from entering Tahoe Basin urban stormwater, based on the guidelines laid out in the Lake Clarity Crediting Program Handbook. The nitrogen load reduction is defined as the number of kilograms of nitrogen prevented from entering the lake. Reduction in nitrogen reduces the growth of algae and improves Lake Tahoe clarity.
Urban Implementing Partners have acheived greater than total phosphorus targets required by permits and agreements.
The estimated amount of phosphorus prevented from entering Tahoe Basin urban stormwater, based on the guidelines laid out in the Lake Clarity Crediting Program Handbook. Phosphorus load reduction is defined as the number of kilograms of phosphorus removed. Reduction in phosphorus reduces the growth of algae and improves Lake Tahoe clarity.
The annual number of developed parcels in the Tahoe Region with best management practices (BMPs) installed that emphasize removal of fine sediment particles and nutrients.