Green bank slope protection in ecological grid structure engineering technology

       In recent years, with large-scale engineering construction and mining, a large number of rock and soil slopes that cannot be restored to vegetation have been formed.              

       Traditional slope engineering reinforcement measures mostly use stone retaining walls and sprayed concrete and other slope protection structures, which only play a role in protecting soil erosion. No matter what is done, it is just a grayish white piece, which is of no help to the landscape, let alone protecting the ecological environment. On the contrary, it will only destroy the harmony of the ecological environment. With the enhancement of people's environmental and economic strength, ecological slope protection technology has gradually been applied to engineering construction. Gabion Net Company has conducted in-depth research and exploration in this regard and developed ecological gabion net structural engineering technology, among which the green bank mat series is specially designed for the geographical characteristics of the slope.

       The green bank slope protection in the ecological grid structural engineering technology strictly follows the hydraulic design requirements and follows the ecological slope protection design principles: hydraulic stability principle. The design of the slope protection should first meet the requirements of bank slope stability.

       The main factors of bank slope instability are：

       Instability caused by gradual scouring of the bank slope surface;

       Instability caused by sliding damage of the surface soil;

       Instability caused by deep sliding.

       Therefore, the hydraulic parameters and geotechnical parameters that affect the stability of the slope are studied to achieve the hydraulic stability design of the slope protection.