This invention discloses a comprehensive ecological
revetment system for river channels, relating to the field of ecological revetments. It includes natural earthen slopes along both sides of a river channel, with slope one and slope two constructed on these slopes. A horizontal lower walkway is provided between slope one and slope two, and an upper walkway is provided on the upper side of slope one. An
erosion-resistant
bank is constructed on the slope two near the river channel. This invention reinforces and protects the riverbank near the water's edge using an
erosion-resistant filler composed of
revetment bricks, mixed soil, a middle layer of backfill soil, and a top layer of planting soil. Simultaneously, the
root system of the planted
vegetation extends to protect soil and water, effectively preventing soil
erosion. Furthermore, the erosion-resistant
bank formed by reinforced steel grids as foundation piles further strengthens the
revetment, maximizing protection against erosion. The floating
green vegetation layer effectively conceals the clear boundary between the river surface and the riverbank edge.