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Select an image below of the flood channel/spillway to begin the slideshow of low-impact, environmentally sound high-flow turbulence erosion
» Next, Extreme gradient, low impact development slope stabilization and erosion control»

Referential demo gallery of green erosion control and long-term erosion prevention, aka LEP-LID better site designs, utilizing natural vegetation to reinforce the drainage-trenching, runoff-diversion structures. 1 of 8 images.
Referential demo gallery, image 2 of 8. Pictured: close-up view of StabiliGrid installed, before the steeply sloped channel is backfilled with top soil and vegetated.
overview of StabiliGrid slope erosion prevention units installed, before the steeply sloped channel is backfilled with top soil and vegetated. Please notice again the minimal ground preparation and soil disturbance required, pre-construction of this flow channel.
wide-angle end view of StabiliGrid slope erosion prevention units installed, before the steeply sloped channel is backfilled with top soil and vegetated. Please notice the LEP-low environmental profile, LID-low impact development, minimal ground preparation and minimal soil disturbance required.
long overhead view of StabiliGrid slope erosion prevention units installed, before the steeply sloped channel is backfilled with top soil and vegetated. Please remember this gallery demontrates the design/construction of this flood channel/diversion system. It will eventually be vegetated with native plants that have deep/strong root zone developments.
long wide-angle view of StabiliGrid slope erosion prevention units installed, before the steeply sloped channel is backfilled with top soil and vegetated. Please remember this will eventually be vegetated with native plants that have deep/strong root zone developments. It is necessary to provide pre-vegetation images to demonstrate the unique characteristics of low-environmental profile design and execution.
long view including corner design/execution, StabiliGrid slope erosion prevention units installed, before the steeply sloped channel is backfilled with top soil and vegetated. This diagram (below) demonstrates the flexibility + durability of StabiliGrid. It will conform to the shape of the earth, while positively preventing the turbulence from penetrating into the subsoil of the steeply-sloped channel sides.
Below diagram, a second image picturing the wide corners/turns of the flood channel. This demonstrates the extreme flexibility + durability of StabiliGrid, as it conforms to the shape of the earth. After vegetating with native, deep-rooted ground cover, the StabiliGrid surface-reinforcement will prevent high-turbulence storm runoff events from penetrating into the sub-structure, the subsoil, or into the steeply-sloped flood channel sides. Please refer to other referential demonstration galleries for further illustration of low environmental impact erosion prevention/control technology.