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A platform for research: civil engineering, architecture and urbanism
Reservoir and pond hydro-fluctuation belt ecological restoration structure based on bionic micro-cave habitat transformation and restoration method thereof
The invention discloses a reservoir and pond hydro-fluctuation belt ecological restoration structure based on bionic micro-cave habitat transformation and a restoration method thereof, and relates to the technical field of hydro-fluctuation belt restoration. The restoration structure comprises a hydro-fluctuation belt and a bionic cave structure arranged on the hydro-fluctuation belt, the slope of the upstream face of the hydro-fluctuation belt is larger than or equal to 60 degrees, and a seed bank is placed in the bionic cave structure. According to the restoration structure, a shallow pit type bionic cave habitat is utilized, porous structure shallow surface transformation is carried out on the hydro-fluctuation belt, and a bionic cave environment suitable for plant growth of the reservoir and pond hydro-fluctuation belt is created. The bionic cave structure retains part of soil moisture and part of nutrients of the hydro-fluctuation belt, the nutrients in part of water are intercepted, growth conditions are provided for the seed bank of the hydro-fluctuation belt, the habitat of the bionic cave of the reservoir and pond hydro-fluctuation belt is more beneficial to plant survival and biological habitat, and the bionic habitat is constructed so as to achieve the ecological restoration effect.
本发明公开了一种基于仿生微洞穴生境改造的库塘消落带生态修复结构及其修复方法，涉及消落带修复技术领域，该修复结构包括消落带和设置在消落带上的仿生洞穴结构，所述消落带的迎水面坡度为≥60°，所述仿生洞穴结构内放置有种子库。本发明利用浅坑式仿生洞穴生境，对消落带进行多孔结构浅表改造，营造了适应库塘消落带植物生长的仿生洞穴环境。仿生洞穴结构保留住了部分消落带土壤水分和部分养分，对部分水中养分的截留，为消落带的种子库提供了生长条件，使库塘消落带仿生洞穴的生境更有利植物存活和生物的栖息，构建仿生生境，以达到生态修复的效果。
Reservoir and pond hydro-fluctuation belt ecological restoration structure based on bionic micro-cave habitat transformation and restoration method thereof
The invention discloses a reservoir and pond hydro-fluctuation belt ecological restoration structure based on bionic micro-cave habitat transformation and a restoration method thereof, and relates to the technical field of hydro-fluctuation belt restoration. The restoration structure comprises a hydro-fluctuation belt and a bionic cave structure arranged on the hydro-fluctuation belt, the slope of the upstream face of the hydro-fluctuation belt is larger than or equal to 60 degrees, and a seed bank is placed in the bionic cave structure. According to the restoration structure, a shallow pit type bionic cave habitat is utilized, porous structure shallow surface transformation is carried out on the hydro-fluctuation belt, and a bionic cave environment suitable for plant growth of the reservoir and pond hydro-fluctuation belt is created. The bionic cave structure retains part of soil moisture and part of nutrients of the hydro-fluctuation belt, the nutrients in part of water are intercepted, growth conditions are provided for the seed bank of the hydro-fluctuation belt, the habitat of the bionic cave of the reservoir and pond hydro-fluctuation belt is more beneficial to plant survival and biological habitat, and the bionic habitat is constructed so as to achieve the ecological restoration effect.
本发明公开了一种基于仿生微洞穴生境改造的库塘消落带生态修复结构及其修复方法，涉及消落带修复技术领域，该修复结构包括消落带和设置在消落带上的仿生洞穴结构，所述消落带的迎水面坡度为≥60°，所述仿生洞穴结构内放置有种子库。本发明利用浅坑式仿生洞穴生境，对消落带进行多孔结构浅表改造，营造了适应库塘消落带植物生长的仿生洞穴环境。仿生洞穴结构保留住了部分消落带土壤水分和部分养分，对部分水中养分的截留，为消落带的种子库提供了生长条件，使库塘消落带仿生洞穴的生境更有利植物存活和生物的栖息，构建仿生生境，以达到生态修复的效果。
Reservoir and pond hydro-fluctuation belt ecological restoration structure based on bionic micro-cave habitat transformation and restoration method thereof
一种基于仿生微洞穴生境改造的库塘消落带生态修复结构及其修复方法
ZHU ZIWEI (author) / GAO HUANG (author) / MEI YARU (author) / LAN ZHICHUN (author) / ZHOU LIYIN (author) / LIAO WEI (author) / MIAO LUJUN (author)
2022-01-21
Patent
Electronic Resource
Chinese
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