ESenSS Environmentally Sensitive Streambank Stabilization

www.salixaec.com

www.erosiondraw.com

www.biodraw.com

www.esenss.com

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AWARD WINNING!!!
Design Manual for Environmentally-Friendly Streambank Erosion Control Wins International Award
Press Release (pdf)

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Technique List
For a brief summary of each technique, please visit the test drive above.

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EsenSS on CD

Welcome to the newest Manual on CD from the producers of Erosion Draw and Bio Draw!

ESenSS is a tool to aid highway engineers, restoration ecologists, watershed hydrologists, biologists, and soil conservationists in designing projects that restore stream and river systems, while protecting property and structures. This CD manual includes typical design drawings, construction and installation specifications, and an extensive photo gallery of project examples, all based on extensive research and experience.

This manual contains 44 different channel and bank protection techniques in the categories of:

River Training,
Bank Armor and Protection,
Riparian Buffer and Stream Corridor Opportunities and
Slope Stabilization.

Includes

Read more about Greenbank!

ESenSS also includes the technique-selection software, "Greenbank," which is an innovative program for selecting and ranking appropriate stabilization and protection techniques based on a whole suite of site-specific conditions.

What is ESenSS?

Each year, more discoveries are made regarding the impact that human activity and infrastructure has on the surrounding environment. For many years project designers have included structures that perform well for stabilizing streambanks and decreasing pollution of our nation’s waters by reducing erosion. However, many of these structures are missing key components critical to complete environmental restoration.

In response to increased knowledge and public concern, regulations and other requirements have been placed on agencies and organizations to implement environmentally friendly and beneficial practices. This requires projects to incorporate components into erosion and sediment control programs that provide improved habitat for the flora and fauna of our waters, produce aesthetic value for roadsides and waterways, and advance the sustainability of stable streambanks and riverine systems. Under many conditions, these "soft" practices are more successful for erosion control than structural "hard" systems, and provide the additional benefits of restoring ecological value to streams and rivers. These soft practices provide engineers with the ability to restore ecological health and stability within the infrastructures so critical and important to human society.