Skip to main content
Start of main content

Amethyst Brook Restoration Project / Bartlett Rod Shop Company Dam Removal

Restoring a small coldwater stream makes a major ecological impact.

  • 100'


  • 20'

    Tall Dam

  • Pelham, Massachusetts

    Pelham, Massachusetts

Reconnecting 292 downstream river miles with upstream cold water habitat

Coldwater streams are among the Commonwealth of Massachusetts’ most endangered ecosystems. The benefits we were able to achieve through this project will have an effect on sensitive native species habitat and local communities for years to come. The result was the restoration of aquatic and riparian habitat continuity, improvement of water quality, and enhancement of riverine function in Amethyst Brook.

This project is the first successful dam removal project in the Connecticut River watershed in Massachusetts. Removal of the aging, non-functioning Bartlett Rod Shop Company Dam eliminated the liability and cost associated with dam ownership and provided an important opportunity for coldwater fisheries resource enhancement, restoring access to high quality coldwater upstream habitat for a range of fish species including eastern brook trout, American eel, sea lamprey, and slimy sculpin. As a testament to successful habitat restoration, sea lamprey were observed spawning in the project reach of Amethyst Brook just six months after project completion.

Meet Our Team

Michael Chelminski, Principal, Environmental Services

Dam removal reflects a wonderful synthesis of engineering and natural resource restoration. And the fish like it too - what could be better?
Michael Chelminski Principal, Environmental Services Read More

Michael Chelminski

Principal, Environmental Services

We're better together

  • Become a client

    Partner with us today to change how tomorrow looks. You’re exactly what’s needed to help us make it happen in your community.

    Contact Us
  • Design your career

    Work with passionate people who are experts in their field. Our teams love what they do and are driven by how their work makes an impact on the communities they serve.

    Join the Team
End of main content
To top