Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
System for multi-source collaborative improvement of proluvial fan desertification soil
The invention belongs to the technical field of environmental governance, and particularly discloses a system for improving proluvial fan desertification soil in a multi-source cooperative mode. According to the system, a compound soil pond is formed in the flat ground at the top end of a slope body, a plurality of planting rows are arranged on the slope surface of the slope body from top to bottom, each planting row comprises at least two planting groups, each planting group comprises at least one planting position, a planting hole is formed in each planting position, and crops are planted in the planting holes; the planting position is further provided with an arc-shaped baffle, and the baffle surrounds the side, close to the top end of the slope body, of the planting hole; a water storage pond is arranged on the flat ground at the bottom end of the slope body, redundant rainwater at the bottoms of the planting holes is drained into the water storage pond to be stored through a water inlet assembly, and the water storage pond conducts sprinkling irrigation on crops in the planting holes through a water supply assembly. According to the system, accumulated and collapsed sandy soil can be compounded and utilized again for planting plants, rainwater and silt can be effectively intercepted by combining arrangement of the planting positions with the baffles, therefore, water and soil loss is reduced, and in addition, rainwater collection and sprinkling irrigation utilization can be further achieved through the system.
本发明属于环境治理技术领域，具体公开了一种多源协同改良洪积扇沙化土壤的系统。该系统在坡体顶端的平地上开设的复配土池，在坡体的坡面从上到下设有多排种植排，种植排包括至少两组种植组，种植组包括至少一个种植位，种植位开设有一种植穴，种植穴内种植有作物；种植位还设有呈弧形的挡板，挡板围设于种植穴靠近坡体顶端的一侧；坡体底端的平地上设有储水池，种植穴的底部通过进水组件将多余的雨水排到储水池中储存，储水池通过供水组件对种植穴内的作物进行喷灌。该系统能将堆积崩落的沙土重新复配利用来种植植物，且种植位的排布结合挡板能有效拦截雨水、泥沙，从而减少水土流失，此外，本系统还能实现雨水的收集和喷灌利用。
System for multi-source collaborative improvement of proluvial fan desertification soil
The invention belongs to the technical field of environmental governance, and particularly discloses a system for improving proluvial fan desertification soil in a multi-source cooperative mode. According to the system, a compound soil pond is formed in the flat ground at the top end of a slope body, a plurality of planting rows are arranged on the slope surface of the slope body from top to bottom, each planting row comprises at least two planting groups, each planting group comprises at least one planting position, a planting hole is formed in each planting position, and crops are planted in the planting holes; the planting position is further provided with an arc-shaped baffle, and the baffle surrounds the side, close to the top end of the slope body, of the planting hole; a water storage pond is arranged on the flat ground at the bottom end of the slope body, redundant rainwater at the bottoms of the planting holes is drained into the water storage pond to be stored through a water inlet assembly, and the water storage pond conducts sprinkling irrigation on crops in the planting holes through a water supply assembly. According to the system, accumulated and collapsed sandy soil can be compounded and utilized again for planting plants, rainwater and silt can be effectively intercepted by combining arrangement of the planting positions with the baffles, therefore, water and soil loss is reduced, and in addition, rainwater collection and sprinkling irrigation utilization can be further achieved through the system.
本发明属于环境治理技术领域，具体公开了一种多源协同改良洪积扇沙化土壤的系统。该系统在坡体顶端的平地上开设的复配土池，在坡体的坡面从上到下设有多排种植排，种植排包括至少两组种植组，种植组包括至少一个种植位，种植位开设有一种植穴，种植穴内种植有作物；种植位还设有呈弧形的挡板，挡板围设于种植穴靠近坡体顶端的一侧；坡体底端的平地上设有储水池，种植穴的底部通过进水组件将多余的雨水排到储水池中储存，储水池通过供水组件对种植穴内的作物进行喷灌。该系统能将堆积崩落的沙土重新复配利用来种植植物，且种植位的排布结合挡板能有效拦截雨水、泥沙，从而减少水土流失，此外，本系统还能实现雨水的收集和喷灌利用。
System for multi-source collaborative improvement of proluvial fan desertification soil
一种多源协同改良洪积扇沙化土壤的系统
PENG ZIYE (Autor:in) / DUAN XIAOQIAN (Autor:in) / DENG YUSONG (Autor:in)
07.05.2024
Patent
Elektronische Ressource
Chinesisch
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