Reservoir and pond hydro-fluctuation belt ecological restoration structure based on bionic micro-cave habitat transformation and restoration method thereof
A technology for ecological restoration and water-fluctuation zones, which is applied in the fields of soil preparation methods, botany equipment and methods, agricultural machinery and implements, etc. It can solve problems such as inapplicability of water-fluctuation zones, inapplicability of ecological restoration of water-fluctuation zones, and the impact of vegetation growth. , to achieve the effect of preventing the erosion of water waves, protecting positioning, later growth needs, and good water storage
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Embodiment 1
[0027] refer to Figure 1 to Figure 4 , an ecological restoration structure of reservoir and pond water-fluctuation zone based on bionic micro-cave habitat modification, comprising a water-fluctuation zone 100 and a bionic cave structure arranged on the water-fluctuation zone 100, the slope of the water-fluctuation zone 100 is ≥ 60 °, a seed bank 600 and an arbor 700 are placed in the bionic cave structure. The bionic cave structure retains part of the water-fluctuating zone soil moisture and some nutrients, and intercepts part of the nutrients in the water, providing growth conditions for the seed bank and trees in the hydrofluctuating zone, making the habitat of the bionic cave in the water-fluctuating zone more favorable for plants Survival and biological habitat, for example, some amphibians live in the cave, and some other microorganisms live in the cave, creating a bionic habitat to achieve the effect of ecological restoration.
[0028] As Embodiment 1 of the present in...
Embodiment 2
[0031] Embodiment 2: A bionic micro-cavity habitat transformation method for ecological restoration of reservoir and pond water-fluctuation zones. A bionic cave structure is constructed on the upstream surface of the water-fluctuation zone 100 and a seed bank 600 is placed in the bionic cave structure.
[0032] When the soil on the surface of the water-fluctuation zone 100 is hard or sandy, the soil is treated after the bionic cave structure is constructed.
[0033] The treatment is specifically laying the sludge at the bottom of the hydrofluctuation zone on the bionic cave structure.
Embodiment 3
[0034] Example 3: A bionic micro-cavity habitat transformation method for ecological restoration of reservoir and pond water-fluctuation zone, constructing a bionic cave structure on the upstream surface of the water-fluctuation zone 100 and placing a seed bank 600 in the bionic cave structure.
[0035] When the soil on the surface of the water-fluctuation zone 100 is hard or sandy, the soil is treated after the bionic cave structure is constructed.
[0036]The treatment is specifically adding nutrient soil at the bottom of the bionic cave structure, then placing the seed bank 600, and finally spraying a biomass-based liquefied resin containing 3 wt% foaming agent with a viscosity of 7000mPa. The resin can be purchased lignin-based trialdehyde glue, and the foaming agent can be glycine. After the spraying is completed, wait for the foaming to be completed. During the foaming period, a prefabricated frame can be used to fix it. After the foaming is completed, the prefabricated ...
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