A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Full-biodegradable mulching film sand stabilization grid and sand stabilization method thereof
The invention relates to a full-biodegradable mulching film sand stabilization grid and a sand stabilization method thereof, and belongs to the field of ecological restoration of deserts and desertified lands. The grid is formed by interweaving cylindrical long-strip sandbags in the transverse direction and the longitudinal direction. The cylindrical long-strip sandbag is a long-strip full-biodegradation water seepage mulching film bag filled with planting sand; an irrigation opening is formed in the side face of one end of the long-strip-shaped full-biodegradation water seepage mulching film bag, and the irrigation opening is far away from the ground in the sand stabilization grid. Planting holes are evenly formed in the transverse cylindrical long-strip sandbags and the longitudinal cylindrical long-strip sandbags. According to the sand fixation grid, local materials are used, local sand is used as the main raw material of the sand fixation grid, the manufacturing cost of the sand fixation grid is greatly reduced, the full-biodegradation water seepage mulching film bag is adopted, the characteristics that rainwater infiltrates and rainwater evaporation can be prevented are achieved, the sand fixation grid can utilize natural rainfall, and the sand fixation grid can be used for sand fixation. Rainwater and irrigation water are stored in the sand stabilization grids and are utilized by plants.
本发明涉及一种全生物降解地膜固沙网格及其固沙方法，属于沙漠和沙化地的生态修复领域。所述网格包括：圆柱状长条沙袋按横向和纵向交织在一起形成；所述圆柱状长条沙袋为装有种植沙的长条状全生物降解渗水地膜袋；所述长条状全生物降解渗水地膜袋的一端侧面设有灌溉口，且所述灌溉口在固沙网格中远离地面；横向圆柱状长条沙袋和纵向圆柱状长条沙袋均匀布置有种植孔。本发明的固沙网格，就地取材，利用当地的沙作为固沙网格的主要原料，极大地降低了固网网格的制作成本，且采用了全生物降解渗水地膜袋具有既可使雨水下渗又能防止雨水蒸发特性，使得固沙网格可以利用自然的降雨，并将雨水和灌溉水保存于固沙网格中，为植物利用。
Full-biodegradable mulching film sand stabilization grid and sand stabilization method thereof
The invention relates to a full-biodegradable mulching film sand stabilization grid and a sand stabilization method thereof, and belongs to the field of ecological restoration of deserts and desertified lands. The grid is formed by interweaving cylindrical long-strip sandbags in the transverse direction and the longitudinal direction. The cylindrical long-strip sandbag is a long-strip full-biodegradation water seepage mulching film bag filled with planting sand; an irrigation opening is formed in the side face of one end of the long-strip-shaped full-biodegradation water seepage mulching film bag, and the irrigation opening is far away from the ground in the sand stabilization grid. Planting holes are evenly formed in the transverse cylindrical long-strip sandbags and the longitudinal cylindrical long-strip sandbags. According to the sand fixation grid, local materials are used, local sand is used as the main raw material of the sand fixation grid, the manufacturing cost of the sand fixation grid is greatly reduced, the full-biodegradation water seepage mulching film bag is adopted, the characteristics that rainwater infiltrates and rainwater evaporation can be prevented are achieved, the sand fixation grid can utilize natural rainfall, and the sand fixation grid can be used for sand fixation. Rainwater and irrigation water are stored in the sand stabilization grids and are utilized by plants.
本发明涉及一种全生物降解地膜固沙网格及其固沙方法，属于沙漠和沙化地的生态修复领域。所述网格包括：圆柱状长条沙袋按横向和纵向交织在一起形成；所述圆柱状长条沙袋为装有种植沙的长条状全生物降解渗水地膜袋；所述长条状全生物降解渗水地膜袋的一端侧面设有灌溉口，且所述灌溉口在固沙网格中远离地面；横向圆柱状长条沙袋和纵向圆柱状长条沙袋均匀布置有种植孔。本发明的固沙网格，就地取材，利用当地的沙作为固沙网格的主要原料，极大地降低了固网网格的制作成本，且采用了全生物降解渗水地膜袋具有既可使雨水下渗又能防止雨水蒸发特性，使得固沙网格可以利用自然的降雨，并将雨水和灌溉水保存于固沙网格中，为植物利用。
Full-biodegradable mulching film sand stabilization grid and sand stabilization method thereof
一种全生物降解地膜固沙网格及其固沙方法
YANG BINYI (author) / ZHOU YUANHE (author) / YAO JIANMIN (author) / GUAN JINWEN (author) / ZENG XIN (author) / ZHANG ZHILIANG (author) / YUAN PING (author) / XU YIMING (author) / XIONG RUI (author) / DUAN YINGCHUN (author)
2024-05-24
Patent
Electronic Resource
Chinese
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