Diagram 8, second corner view; High flow rates and durations, erosion prevention/control


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	High flow rates and durations, erosion prevention/control - diagram 1 Diagram 2 closeup; High flow rates and durations, erosion prevention/control Diagram 3 overview; High flow rates and durations, erosion prevention/control Diagram 4, wide-angle view; High flow rates and durations, erosion prevention/control Diagram 5, long overhead view; High flow rates and durations, erosion prevention/control Diagram 6, long wide-angle view; High flow rates and durations, erosion prevention/control Diagram 7, long corner view; High flow rates and durations, erosion prevention/control Diagram 8, second corner view; High flow rates and durations, erosion prevention/control
A. Ecoraster® Erosion Prevention-control
B.	Ecoraster® used for drainage trenches
C.	Ecoraster® used for steep slope stabilization.
D.	Ecoraster® used for grassed public transit-railroad tracks.
E.	Ecoraster used by Public Utilities - Water treatment plants
F.	Ecoraster® used for grassed aircraft landing strips + helipads
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Below: Low impact erosion prevention, high flow and turbulence flood channel/spillway, image 8 of 8. [end of this referential demonstration gallery]

Topic of gallery: Referential demo gallery, green erosion prevention utilizing natural vegetation to reinforce the drainage-trenching, storm water runoff-diversion structure.

Pictured below: Second corner view including corner design/execution, StabiliGrid slope erosion prevention units installed, before vegetation of the flood channel walls.

Remember: Again, this will be vegetated. This second image of the corner design/execution (below) demonstrates the flexibility + durability, conforming to the shape of the earth.

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.