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A platform for research: civil engineering, architecture and urbanism
River gallery nutrient temporary storage area and construction method thereof
The invention discloses a river gallery nutrient temporary storage area, which comprises a willow leaf dike, which comprises a diversion end, a diversion part and a confluence end, and the confluence end is provided with a sunken area; the multiple edged gabions are adjacent to the circumferential outer edge of the willow-leaf dike and distributed along the circumferential outer edge of the willow-leaf dike at intervals, and the bottoms of the edged gabions are provided with spine parts; and the connecting assemblies are arranged between every two adjacent edged gabions, and the connecting assemblies and the edged gabions define a fastening ring surrounding the willow-leaf dike. The invention further discloses a construction method of the river gallery nutrient temporary storage area. According to the river gallery nutrient temporary storage area and the construction method thereof, the sharp thorn parts are arranged at the bottoms of the edged gabions and can be conveniently inserted into sandy soil, the adjacent edged gabions are connected in cooperation with the connecting assemblies, stability is guaranteed, the overall layout of the willow embankment is not changed, the sunken area is arranged at the confluence end of the willow embankment, the water flow speed and nutrient loss are slowed down, and the service life of the willow embankment is prolonged. And reproduction and reproduction of fishes and shrimps are facilitated, so that recovery and sustainable, healthy and good development of a river ecosystem are promoted.
本发明公开了一种河流廊道养分暂储区，包括：柳叶堤，包括分流端、导流部和汇流端，汇流端设置有内陷区；镶边石笼，紧邻于柳叶堤的周向外缘且设置有多个，沿柳叶堤的周向外缘间隔分布，底部具有尖刺部；连接组件，设置于相邻两个镶边石笼之间，连接组件与镶边石笼围合形成包围柳叶堤的紧固圈。本发明还公开了一种河流廊道养分暂储区的构建方法。该河流廊道养分暂储区及其构建方法通过在镶边石笼的底部设置尖刺部，方便插入沙土之中，并配合连接组件将相邻镶边石笼连接，保证稳定性和柳叶堤整体布局不变，通过在柳叶堤的汇流端设置内陷区，减缓水流速度和养分的流失，有利于鱼虾的生殖繁衍，从而促进河流生态系统的恢复和持续健康良好发展。
River gallery nutrient temporary storage area and construction method thereof
The invention discloses a river gallery nutrient temporary storage area, which comprises a willow leaf dike, which comprises a diversion end, a diversion part and a confluence end, and the confluence end is provided with a sunken area; the multiple edged gabions are adjacent to the circumferential outer edge of the willow-leaf dike and distributed along the circumferential outer edge of the willow-leaf dike at intervals, and the bottoms of the edged gabions are provided with spine parts; and the connecting assemblies are arranged between every two adjacent edged gabions, and the connecting assemblies and the edged gabions define a fastening ring surrounding the willow-leaf dike. The invention further discloses a construction method of the river gallery nutrient temporary storage area. According to the river gallery nutrient temporary storage area and the construction method thereof, the sharp thorn parts are arranged at the bottoms of the edged gabions and can be conveniently inserted into sandy soil, the adjacent edged gabions are connected in cooperation with the connecting assemblies, stability is guaranteed, the overall layout of the willow embankment is not changed, the sunken area is arranged at the confluence end of the willow embankment, the water flow speed and nutrient loss are slowed down, and the service life of the willow embankment is prolonged. And reproduction and reproduction of fishes and shrimps are facilitated, so that recovery and sustainable, healthy and good development of a river ecosystem are promoted.
本发明公开了一种河流廊道养分暂储区，包括：柳叶堤，包括分流端、导流部和汇流端，汇流端设置有内陷区；镶边石笼，紧邻于柳叶堤的周向外缘且设置有多个，沿柳叶堤的周向外缘间隔分布，底部具有尖刺部；连接组件，设置于相邻两个镶边石笼之间，连接组件与镶边石笼围合形成包围柳叶堤的紧固圈。本发明还公开了一种河流廊道养分暂储区的构建方法。该河流廊道养分暂储区及其构建方法通过在镶边石笼的底部设置尖刺部，方便插入沙土之中，并配合连接组件将相邻镶边石笼连接，保证稳定性和柳叶堤整体布局不变，通过在柳叶堤的汇流端设置内陷区，减缓水流速度和养分的流失，有利于鱼虾的生殖繁衍，从而促进河流生态系统的恢复和持续健康良好发展。
River gallery nutrient temporary storage area and construction method thereof
一种河流廊道养分暂储区及其构建方法
HUANG YULING (author) / XUE WANLAI (author) / ZHANG JIALEI (author) / MO JING (author) / CAO TIANZHENG (author) / LUO HUIHUANG (author) / LI HUAN (author) / YAO HUAIPENG (author) / ZHU SIYUAN (author)
2024-04-19
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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