Stabilize slopes and establish vegetation after a fire.
Prevent mudslides, manage stormwater and protect environmentally sensitive areas in the critical hours after a wildfire. Profile’s trained professional staff offers strategies and specialized products designed to stabilize the most challenging and inaccessible areas—including steep slopes and canyons. Our superior solutions are designed to:
- Stabilize burned areas to prevent secondary disasters
- Prevent erosion and harmful runoff
- Establish vegetation quickly, even in hard-to-reach areas
- Protect the environment from post-burn dangers
Our Hydraulic Erosion Control Products (HECPs) offer immediate effectiveness and the added cost- and time-savings of hydraulically applied mulches. All are made from Thermally Refined® wood fibers and 100% biodegradable components for the best results on challenging sites.
Remote Aerial Coverage
With the versatility to be applied dry or hydraulically, Seed Aide® Aero™ is ideal for isolated and difficult to access locations. Use it as a temporary or permanent solution to keep soil in place, increase moisture retention and promote vegetation establishment.
Soil Fertility Enhancement
Boost the fertility of poor soil conditions to quickly establish vegetation using the advanced technology found in Profile® ProPlus® Prescriptive Agronomic Formulations. These soil management additives balance soil pH and improve soil chemistry for faster grow-in.
Profile Soil Solutions Software (PS3) provides access to conduct Free Soil Tests along with directions on proper soil collection for testing. PS3 also assists in the interpretation of the soil test and offers prescriptive application rates of various agronomic formulations based on key soil properties such as texture, classification, pH, nutrient levels, organic matter content, electroconductivity, sodium absorption ratio and potentially elevated levels of harmful salts and metals. Patent-pending ProGanics™ Biotic Soil Media™ (BSM™) has been designed as a cost-effective topsoil alternative that accelerates the development of depleted soils/substrates with low organic matter, low nutrient levels and limited biological activity.