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A platform for research: civil engineering, architecture and urbanism
Hydro-fluctuation belt structure of reservoir
The invention relates to a hydro-fluctuation belt structure of a reservoir. The method is suitable for ecological restoration engineering. According to the technical scheme, the hydro-fluctuation belt structure of the reservoir is arranged on a side slope of a river or a lake or the reservoir. The device is characterized by comprising a submerging low-frequency area, a submerging lower-frequency area, a submerging medium-frequency area, a submerging higher-frequency area and a submerging high-frequency area which are sequentially distributed on the reservoir slope from top to bottom according to the accumulated submerging frequency of the reservoir slope; a hidden dike structure is arranged in the higher-frequency submerging area, and vegetation submerging the higher-frequency area is planted on the hidden dike structure submerging the higher-frequency area; submerged medium-frequency region vegetation is planted in the submerged medium-frequency region; vegetation submerging the lower-frequency region is planted in the lower-frequency region submerging the lower-frequency region.
本发明涉及一种水库的消落带结构。适用于生态修复工程领域。本发明所采用的技术方案是：一种水库的消落带结构，布置在河流、湖泊或水库的边坡上，其特征在于：具有从上往下依次布置在水库边坡上根据水库边坡累计淹没频率分布的淹没低频率区、淹没较低频率区、淹没中频率区、淹没较高频率区和淹没高频率区；在所述淹没较高频率区布置暗堤结构，在淹没较高频率区的暗堤结构上种植有淹没较高频率区植被；在淹没中频率区种植有淹没中频率区植被；在淹没较低频率区种植有淹没较低频率区植被。
Hydro-fluctuation belt structure of reservoir
The invention relates to a hydro-fluctuation belt structure of a reservoir. The method is suitable for ecological restoration engineering. According to the technical scheme, the hydro-fluctuation belt structure of the reservoir is arranged on a side slope of a river or a lake or the reservoir. The device is characterized by comprising a submerging low-frequency area, a submerging lower-frequency area, a submerging medium-frequency area, a submerging higher-frequency area and a submerging high-frequency area which are sequentially distributed on the reservoir slope from top to bottom according to the accumulated submerging frequency of the reservoir slope; a hidden dike structure is arranged in the higher-frequency submerging area, and vegetation submerging the higher-frequency area is planted on the hidden dike structure submerging the higher-frequency area; submerged medium-frequency region vegetation is planted in the submerged medium-frequency region; vegetation submerging the lower-frequency region is planted in the lower-frequency region submerging the lower-frequency region.
本发明涉及一种水库的消落带结构。适用于生态修复工程领域。本发明所采用的技术方案是：一种水库的消落带结构，布置在河流、湖泊或水库的边坡上，其特征在于：具有从上往下依次布置在水库边坡上根据水库边坡累计淹没频率分布的淹没低频率区、淹没较低频率区、淹没中频率区、淹没较高频率区和淹没高频率区；在所述淹没较高频率区布置暗堤结构，在淹没较高频率区的暗堤结构上种植有淹没较高频率区植被；在淹没中频率区种植有淹没中频率区植被；在淹没较低频率区种植有淹没较低频率区植被。
Hydro-fluctuation belt structure of reservoir
一种水库的消落带结构
SHENG SHENG (author) / JIA JUNWEI (author) / ZHOU GUOWANG (author) / GUAN YONGFA (author) / ZHU CONG (author)
2022-05-17
Patent
Electronic Resource
Chinese
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