Tough landscape restoration technical method for hydro-fluctuation belt: Fid-Bau Portal

Tough landscape restoration technical method for hydro-fluctuation belt

YUAN XINGZHONG / ZHANG SENLIN / ZHOU BIN / GAO LEI / ZHANG ZHAOLIANG / YIN YUAN

The invention belongs to the technical field of tough landscape restoration, and particularly relates to a tough landscape restoration technical method for a hydro-fluctuation belt, which comprises the following steps: S1, topographic and geological element design, S2, waterfront vegetation restoration design, S3, animal element design, S4, structural design of a tough landscape of the hydro-fluctuation belt and S5, ecological space structure design. The method has the advantages that the internal structure can be better associated with external interference, the dynamic adaptability is realized, the stability of the structure can be maintained when the external interference can be in a dynamic balance, and meanwhile, the infrastructure also has the function compositing property under the condition of keeping no external interference; the river bank hydro-fluctuation belt serves as an ecological corridor between a water body and the land, the original fragile river bank environment is regulated and controlled through a ductile landscape technology method, ductile regulation and control of the shape, the structure, the space and the succession rate of an ecological fragile belt are achieved, and therefore the sensitivity of the ecological fragile environment of the hydro-fluctuation belt is reduced.

本发明公开的属于韧性景观修复技术领域，具体为一种用于消落带的韧性景观修复技术方法，包括S1地形地质要素设计、S2滨水区域植被修复设计、S3动物要素设计、S4消落带的韧性景观的结构设计和S5生态空间结构设计，首先较好的自然联系性，内部结构与外界的干扰能够更好地联系，其次动态适应性，在来自外界的干扰能够处于一个动态的平衡中，保持其结构的稳定性，同时，在保持无外界干扰的情况下的基础设施还具有其功能的复合性，江岸消落带作为水体与陆地之间的生态廊道，以韧性景观技术方法调控原有的脆弱江岸环境，达到生态脆弱带的形状、结构、空间、以及演替速率的韧性调控，从而削减消落带生态脆弱环境的敏感度。

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