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A platform for research: civil engineering, architecture and urbanism
Method for collecting and utilizing rainwater under timber forest and three-dimensionally planting drynaria fortunei and polygonatum kingianum
The invention discloses a method for collecting and utilizing rainwater under a timber forest and three-dimensionally planting drynaria fortunei and polygonatum kingianum, and relates to the technical field of agricultural planting. The method comprises the following steps: S1, constructing a rainfall collection module: constructing a three-dimensional rainfall collection device with a low outside and a high inside between wood trees by using a light-transmitting film, wherein the longitudinal section of the three-dimensional rainfall collection device is triangular, the high and low sides of the three-dimensional rainfall collection device are respectively fixed on tree branches, the top layer is a filtering device, the bottom layer is a concave water collection surface, and rainfall collection holes are formed in the low side of the concave water collection surface; s2, a rainfall storage module is constructed, specifically, hollow plastic is used for manufacturing rainfall storage devices, and the rainfall storage devices are fixed to the tree branches and located below the rainfall collection holes. According to the method, sealwort is planted under the artificial forest, standing trees are used as supports, rainwater is collected, the rain sheltering effect is achieved, meanwhile, moso bamboos are used for making an efficient and environment-friendly irrigation planting device integrating irrigation and nutrition, drynaria fortunei is planted, three-dimensional planting is achieved, and the planting benefit is improved.
本发明公开了一种用材林林下雨水收集利用与立体种植槲蕨、黄精的方法，涉及农业种植技术领域。本发明包括如下步骤：S1构建降水采集模块：使用透光的薄膜在用材林乔木之间构建外低内高的立体降水采集装置，其纵切面为三角形，高低两侧分别固定在树枝杈上，顶层为过滤装置，底层为凹形集水面，在凹形集水层低侧设置降水收集孔；S2构建降水储藏模块：使用内空的塑料制作降水储藏器，将降水储藏器固定在树枝杈上，且位于降水收集孔下方。本发明在人工林下种植黄精，依靠立木为支撑，收集雨水并达到避雨的效果，同时使用毛竹制定高效、环保、集灌溉与营养为一体的灌溉种植装置，进行槲蕨的种植，达到立体种植，提高种植效益。
Method for collecting and utilizing rainwater under timber forest and three-dimensionally planting drynaria fortunei and polygonatum kingianum
The invention discloses a method for collecting and utilizing rainwater under a timber forest and three-dimensionally planting drynaria fortunei and polygonatum kingianum, and relates to the technical field of agricultural planting. The method comprises the following steps: S1, constructing a rainfall collection module: constructing a three-dimensional rainfall collection device with a low outside and a high inside between wood trees by using a light-transmitting film, wherein the longitudinal section of the three-dimensional rainfall collection device is triangular, the high and low sides of the three-dimensional rainfall collection device are respectively fixed on tree branches, the top layer is a filtering device, the bottom layer is a concave water collection surface, and rainfall collection holes are formed in the low side of the concave water collection surface; s2, a rainfall storage module is constructed, specifically, hollow plastic is used for manufacturing rainfall storage devices, and the rainfall storage devices are fixed to the tree branches and located below the rainfall collection holes. According to the method, sealwort is planted under the artificial forest, standing trees are used as supports, rainwater is collected, the rain sheltering effect is achieved, meanwhile, moso bamboos are used for making an efficient and environment-friendly irrigation planting device integrating irrigation and nutrition, drynaria fortunei is planted, three-dimensional planting is achieved, and the planting benefit is improved.
本发明公开了一种用材林林下雨水收集利用与立体种植槲蕨、黄精的方法，涉及农业种植技术领域。本发明包括如下步骤：S1构建降水采集模块：使用透光的薄膜在用材林乔木之间构建外低内高的立体降水采集装置，其纵切面为三角形，高低两侧分别固定在树枝杈上，顶层为过滤装置，底层为凹形集水面，在凹形集水层低侧设置降水收集孔；S2构建降水储藏模块：使用内空的塑料制作降水储藏器，将降水储藏器固定在树枝杈上，且位于降水收集孔下方。本发明在人工林下种植黄精，依靠立木为支撑，收集雨水并达到避雨的效果，同时使用毛竹制定高效、环保、集灌溉与营养为一体的灌溉种植装置，进行槲蕨的种植，达到立体种植，提高种植效益。
Method for collecting and utilizing rainwater under timber forest and three-dimensionally planting drynaria fortunei and polygonatum kingianum
一种用材林林下雨水收集利用与立体种植槲蕨、黄精的方法
YANG GUIPING (author) / JIANG ZIYAN (author) / LIU YAN (author) / LU YINGCHUN (author) / XIAO YANCHUN (author) / ZHAO HAIMING (author) / XIAO SHIGANG (author) / JIANG FAJIAO (author) / ZHANG YUQIONG (author) / TANG BAIQING (author)
2024-07-09
Patent
Electronic Resource
Chinese
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