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Riparian restoration:
Welded Gabion plays an important role in riverbank restoration. The erosion of rivers and the impact of water currents often lead to the destruction of river banks and the loss of soil. By stacking Welded Gabions and filling them with suitable rock or soil, a stable bank structure can be built. Not only does this protect the riverbanks from further erosion, it also provides habitat and an opportunity to preserve biodiversity.

Land stability:
Welded Gabion can also be used for land stabilization restoration work. The use of Welded Gabion can strengthen the ground structure and provide additional support in the event of geological hazards, landslides or soil erosion. These cage structures can effectively prevent further soil erosion and landslides, and provide a stable foundation for land restoration.

Ecological restoration:
Welded Gabion can also be used for the purpose of ecological restoration in environmental restoration. By planting locally adapted plants in basalt cages, the land's vegetation cover and ecosystem functions can be restored. Such restoration not only improves soil and water quality, but also provides habitat and food sources and promotes biodiversity restoration.

Riverbed improvement:
Welded Gabion can also be used in river bed improvement work. By placing cages on the river bed and filling them with appropriate materials, the shape and flow direction of the river bed can be changed to achieve the purpose of controlling water flow and preventing river erosion. Such restoration measures can improve hydrodynamic characteristics, reduce siltation and erosion of the channel, and help maintain the health and stability of the water body.

On the whole, the application of Welded Gabion in environmental restoration mainly includes river bank restoration, land stabilization, ecological restoration and river bed improvement. By using Welded Gabion, it is possible to protect river banks from erosion, strengthen land structures, improve ecosystem functions, and control the flow of water and the stability of river channels. These applications provide reliable and effective solutions for environmental remediation.