Unique Benefits of WoodStraw® ECM:
100% Weed Free
100% Pesticide / Chemical Free
Resistant to High Winds
Economical - Will not have to replace it
Prevents Rill Formation
Minimizes Dust (PM10)
Promotes Revegetation
Long Lasting (4+ Years)
Convenient - Regular and Large bales
Walk / Drive on it
Animals Will Not Eat It
Attractive
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The Science Behind the Product
WoodStraw® ECM is an engineered erosion control material. A significant amount of research was spent developing the science behind the product. You can be assured that you are getting the best product possible when you use WoodStraw® ECM on your projects.
WoodStraw® - An SBIR Success Story
Certifications:
Technical Reports:
- Development and Application of Wood-Strand Material for Post-Wildfire Erosion Control and Revegetation (2015) (pdf, 1,931kB)
- Field Experience with Wood-Strand Erosion Control Mulch on Mine and Pipeline Projects (2013) (pdf, 357kB)
- Wood-Based Mulch: Are You Covered? - Environmental Connection Article (2013) (pdf, 8,070kB)
- Castle Rock Fire Straw Monitoring Report (2009) (pdf, 881kB)
- A Wood-Strand Material for Wind Erosion Control: Effects on Total Sediment Loss, PM10 Vertical Flux, and PM10 Loss (2009) (pdf, 870kB)
- ESR 3 Year Revegetation Monitoring Report Following the 2005 Snake One Fire (2008) (pdf, 20kB)
- Field Testing of Wood-based Biomass Erosion Control Materials on Obliterated Roads (2007) (pdf, 196kB)
- Evaluating Material Properties to Optimize Wood Strands for Wind Erosion Control (2006) (pdf, 130kB)
- Performance Assessment of Wood Strand Erosion Control Materials Among Varying Slopes, Soil Textures, and Cover Amounts (2006) (pdf, 208kB)
- Field Performance of Long-Strand Wood Erosion Control Mulch and Agricultural Straw Under Natural Rainfall Events (2005) (pdf, 1.04MB)
- Hayman Fire Rehabilitation Treatment Monitoring Progress Report (2005) (pdf, 385kB)
- Comparison of Erosion Reduction Between Wood Strands and Agricultural Straw (2003) (pdf, 1.73MB)
Development of WoodStraw® ECM was supported in-part by the Small Business Innovation Research program of the U.S. Department of Agriculture (USDA/CSREES/SBIR). Additional scientific research was provided by USDA Forest Service Rocky Mountain Research Station - Moscow Idaho, Washington State University, USDA Agricultural Research Service, and the Washington Technology Center.
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