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Urban Non-Point Source Impacts on Seattle Area Stream Phosphorus Transport

By Michael Brett

Abstract

Brett will discuss: 1. Land cover impacts on the central tendency in stream water nutrient concentrations. 2. Long term trends in urban stream nutrient concentrations. 3. Flow, seasonal and land cover impacts on daily phosphorus transport and speciation. 4. Storm event impacts on phosphorus transport for different land cover type streams. 5. Flow and land cover impacts on the bioavailability of phosphorus.

Topics: streams, biogeochemical cycles, urban runoff, stormwater, stormwater management, hydrochemistry, stream flow, vegetation cover, phosphorus, chemical speciation, bioavailability, nutrient availability, water, time series analysis, watersheds, nonpoint source pollution
Publisher: University of Washington Water Center
Year: 2005
OAI identifier: oai:digital.lib.washington.edu:1773/16521
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