Environmental Effects of Compost and Standard Erosion/Sediment Controls - Faucette, Britt
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Soil loss rates from construction sites are 10-20 times that of agricultural lands. The use of surface applied organic amendments has been shown to reduce runoff and erosion. Four types of compost blankets, hydroseed, silt fence and a bare soil (control) were applied in field test plots. Treatments were seeded with common bermuda grass. A rainfall simulator applied rainfall at an average rate equivalent to the 50 yr/1 hr storm event, and runoff samples were collected and analyzed for solids, nutrients and runoff quantity. Three simulated rain events were conducted: immediately after treatment…mehr

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Produktbeschreibung
Soil loss rates from construction sites are 10-20 times that of agricultural lands. The use of surface applied organic amendments has been shown to reduce runoff and erosion. Four types of compost blankets, hydroseed, silt fence and a bare soil (control) were applied in field test plots. Treatments were seeded with common bermuda grass. A rainfall simulator applied rainfall at an average rate equivalent to the 50 yr/1 hr storm event, and runoff samples were collected and analyzed for solids, nutrients and runoff quantity. Three simulated rain events were conducted: immediately after treatment application, at vegetation establishment, and at vegetation maturity. Vegetative growth and soil quality characteristics were also evaluated.
Autorenporträt
Dr. Britt Faucette Ph.D. is an Ecosystem Scientist, Certified Professional of Erosion/Sediment Control, and LEED Accredited Professional. He has published 100+ scientific/popular articles, design manual on sustainable stormwater management, national and state specifications, worked with foreign governments, and consulted in 14 countries