Measuring Success of a TMDL Implementation Plan
P. L. Barnes, Daniel L. Devlin, Tim Keane, Jeff Neel
Abstract
P. L. Barnes, Daniel L. Devlin, Tim Keane, Jeff Neel
Abstract
Over 20,000 individual river segments, lakes, and estuaries in the U.S. do not meet designated uses. The Clean Water Act requires States to develop total maximum daily loads (TMDLs) that describe the impairment(s) for each water body and set a course of action for remediation. However, success stories for the process of TMDL planning, development, implementation, and evaluation are rare and appear to require new strategies for integrating collaborative partnerships and technical guidance. This study proposes to demonstrate a model collaboration leading to effective TMDL implementation.
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Over 20,000 individual river segments, lakes, and estuaries in the U.S. do not meet designated uses. The Clean Water Act requires States to develop total maximum daily loads (TMDLs) that describe the impairment(s) for each water body and set a course of action for remediation. However, success stories for the process of TMDL planning, development, implementation, and evaluation are rare and appear to require new strategies for integrating collaborative partnerships and technical guidance. This study proposes to demonstrate a model collaboration leading to effective TMDL implementation.
Key concepts: Total maximum daily load, Plan (archaeology), Action plan, Clean Water Act, Computer science, Process (computing), Remedial action, Environmental science