Along the Costa Verde road corridor, a system of geocells filled with topsoil material was implemented as a technical solution for revegetating slopes located under elevated viaducts, mitigating the visual impact generated by the concrete structures. The three-dimensional design of the geocells allowed for the effective confinement of fertile soil on steep slopes, facilitating the progressive development of vegetation cover.
This intervention not only increased the surface stability of the slopes against erosion processes, but also integrated green areas into the urban landscape, improving the aesthetics of the surroundings and contributing to environmental comfort in one of Lima’s busiest coastal areas.
Along the Costa Verde road corridor, a system of geocells filled with topsoil material was implemented as a technical solution for revegetating slopes located under elevated viaducts, mitigating the visual impact generated by the concrete structures. The three-dimensional design of the geocells allowed for the effective confinement of fertile soil on steep slopes, facilitating the progressive development of vegetation cover.
This intervention not only increased the surface stability of the slopes against erosion processes, but also integrated green areas into the urban landscape, improving the aesthetics of the surroundings and contributing to environmental comfort in one of Lima’s busiest coastal areas.
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