A tool for estimating best management practice effectiveness for phosphorus pollution control

  • Gitau M
  • Gburek W
  • Jarrett A
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Abstract

A best management practice (BMP) tool was developed as a part of an effort to address the phosphorus (P) pollution and associated eutrophication problem affecting the Cannonsville Reservoir, part of the New York City water supply system. P reaching the reservoir is thought to emanate from runoff from the surrounding farms, mainly as a result of manure spread on these farms. Efforts to address the problem have involved implementation of BMPs on the watersheds; however, the effectiveness of these practices is not known. This study establishes a means of estimating BMP effectiveness, based on data available in the literature, and develops a tool that allows users to obtain BMP effectiveness estimates for their respective site soil and slope conditions. The tool offers stand-alone capabilities and has the potential to be linked to a GIS. An example is presented to illustrate tool application for effectiveness-based BMP selection, with a focus on a farm within the New York City watersheds.

Author-supplied keywords

  • Analyses
  • BMP tool
  • Best management practice (BMP) effectiveness
  • Cumulation
  • New York [New York (STT)]
  • New York [United States]
  • North America
  • United States
  • Western Hemisphere
  • World
  • best management practice
  • estimation method
  • eutrophication
  • phosphorus
  • pollution control
  • reservoir

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Authors

  • M W Gitau

  • W J Gburek

  • a R Jarrett

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