River-bank erosion-control structures that grows stronger every day-2.


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	Demonstration gallery, river bank erosion control and prevention, first of 8 diagrams. Demonstration gallery, river bank erosion control and prevention, second of 8 diagrams. River-bank_erosion-control_Simple-Installation-1 Demonstration gallery, river bank erosion control and prevention, fourth of 8 diagrams. River bank erosion control and prevention using reinforced vegetation - backfilling with topsoil. Fifth of 8 diagrams. River bank erosion prevention using reinforced vegetation - overview of the riverbank backfilled with topsoil. Sixth of 8 diagrams. River-bank_erosion-control_Growing-stronger-every-day-1 River-bank erosion-control structures that grows stronger every day-2.
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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Low impact erosion control, river banks, Image 8 of 8, end of referential gallery.

Pictured: Side view of the installed Ecoraster® reinforcing the riverbank to prevent erosion; this diagram shows the steeply-sloped river bank shortly after germination of the vegetive reinforcment.

In the future: as the vegetated groundcover develops, the slope-reinforcement elements will be hidden beneath the above ground vegetation, while the deep roots will strengthen the structure across time.

This type of erosion prevention avoids the type of decay/deconstruction which is inevitable in conventional slope and water erosion engineering today.

Low impact erosion control, river banks, Image 8 of 8. Pictured: Side view of the installed StabiliGrid reinforcing the riverbank to prevent erosion; this diagram shows the steeply-sloped river bank shortly after germination of the vegetive reinforcment. As the vegetated groundcover develops, the slope-reinforcement elements will be hidden beneath the above ground vegetation, while the deep roots will strengthen the structure across time, preventing the decay of the erosion-prevention structure and sytem.