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The construction plan should encompass pre-construction preparations, the organization of equipment and materials, detailed construction procedures, specific construction requirements, as well as measures for quality control and safety assurance. During the construction process, it is essential to focus on key steps such as preparing the foundation, laying the gabion mesh, filling it with stones, securing and stitching the mesh, and installing appropriate protective measures to prevent any potential damage.
River ecological restoration technology is a crucial component of river management, focusing on improving water quality, restoring
hydrological conditions, and rehabilitating river geomorphic features and biological diversity. This technology enables the ecological
transformation of river channels, promotes ecological diversity, and helps achieve a natural ecological balance.
In contemporary urban river restoration practices, ecological restoration serves as an effective approach to pollution control. It involves
the rehabilitation of river geomorphic characteristics, hydrological patterns, and biological species. By applying appropriate restoration
techniques, the structural integrity and ecological functions of rivers can be partially or fully restored, ultimately contributing to the
recovery of a healthy river ecosystem.
The construction plan should encompass pre-construction preparations, the organization of equipment and materials, detailed construction procedures, specific construction requirements, as well as measures for quality control and safety assurance. During the construction process, it is essential to focus on key steps such as preparing the foundation, laying the gabion mesh, filling it with stones, securing and stitching the mesh, and installing appropriate protective measures to prevent any potential damage.
River ecological restoration technology is a crucial component of river management, focusing on improving water quality, restoring
hydrological conditions, and rehabilitating river geomorphic features and biological diversity. This technology enables the ecological
transformation of river channels, promotes ecological diversity, and helps achieve a natural ecological balance.
In contemporary urban river restoration practices, ecological restoration serves as an effective approach to pollution control. It involves
the rehabilitation of river geomorphic characteristics, hydrological patterns, and biological species. By applying appropriate restoration
techniques, the structural integrity and ecological functions of rivers can be partially or fully restored, ultimately contributing to the
recovery of a healthy river ecosystem.
