Stream Restoration


Stream Restoration Project Identification and Crediting

Stream restoration provides numerous ecosystem benefits and improves communities in both urban and rural areas. This billion-dollar industry is expected to grow exponentially across the nation to meet water quality goals such as total maximum daily loads (TMDLs) and may also provide pollutant trading and mitigation opportunities.

What stream restoration services does the Center offer? 

  • Assists state agencies and utilities with development of stream restoration crediting systems to meet TMDLs, trading, mitigation offsets, or other water quality goals.

  • Helps communities identify and prioritize streams for restoration.

  • Supports municipalities in the Chesapeake Bay watershed to more accurately determine credits for individual stream restoration projects. (We do this by collecting field data and applying the Chesapeake Bay Program’s crediting protocols.)

  • Provides grant administration and project management for stream restoration design and construction projects

CWP has extensive experience with review and synthesis of the literature on the impacts of urbanization on streams and in 2024 published Urban Stream Repair Practices, a national manual that outlines how to set restoration goals, select stream repair practices, and assess stream repair potential. In 2012, CWP co-chaired the Chesapeake Bay Program Stream Restoration Expert Panel to develop a series of protocols for quantifying the nutrient and sediment load reduction associated with stream restoration practices. CWP also completed a series of case studies for the Water Environmental Research Foundation to highlight the experiences that communities across the country have had with stream restoration crediting protocol implementation. CWP periodically conducts research on stream restoration topics, such as the use of digital elevation model differencing to estimate stream erosion rates, and best practices to minimize impacts to riparian forests during stream restoration construction.