Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Rapid vegetation recovery technology for collapsing hills and collapsing bodies without soil preparation
The invention belongs to the field of water and soil loss treatment, and discloses a land preparation-free method for quickly recovering vegetation of a collapsible body. The collapse body is an extremely strongly eroded inferior land, the vegetation growth site condition is poor, and the traditional collapse body vegetation recovery often needs a soil preparation project in advance. According to the method, firstly, water and soil conservation herbaceous plants with the compression and burying resistance characteristic are preferably selected for planting, then surface erosion is prevented and controlled by using a mountain and grass covering method, and ditch erosion is prevented and controlled by building a branch check dam, so that a good site condition is provided for vegetation growth. According to the method disclosed by the invention, full coverage of the vegetation on the surface of the collapse body can be realized after construction for 3-4 months. Required materials can be basically obtained locally, and the method is particularly suitable for collapse treatment under the condition of inconvenient traffic. According to the method, various plant residues are used as assistance, vegetation recovery of the collapse body under the condition of no soil preparation is successfully achieved, and the method is a slope collapse treatment method with pure plant measures. As soil preparation construction is not needed, a large amount of construction expenditure can be saved.
本发明属于水土流失治理领域，本发明公开了一种无需整地的崩积体植被快速恢复方法。崩积体为极强烈侵蚀劣地，植被生长立地条件差，传统的崩积体植被恢复往往需要先行整地工程。本发明首先优选具有抗压埋特性的水土保持草本植物种植，然后利用山草覆盖的方法防治面蚀，并通过建造枝条谷坊防治沟蚀，从而为植被生长提供了良好的立地条件。按本发明，施工3～4个月后就可实现崩积体地表植被全覆盖。所需材料基本可就地取材，特别适合交通不便情形下的崩岗治理。本发明以各种植物残体为辅助，成功实现了无整地情形下崩积体的植被恢复，是一种纯植物措施的崩岗治理方法。由于不需进行整地施工，因此可节省大量建造经费。
Rapid vegetation recovery technology for collapsing hills and collapsing bodies without soil preparation
The invention belongs to the field of water and soil loss treatment, and discloses a land preparation-free method for quickly recovering vegetation of a collapsible body. The collapse body is an extremely strongly eroded inferior land, the vegetation growth site condition is poor, and the traditional collapse body vegetation recovery often needs a soil preparation project in advance. According to the method, firstly, water and soil conservation herbaceous plants with the compression and burying resistance characteristic are preferably selected for planting, then surface erosion is prevented and controlled by using a mountain and grass covering method, and ditch erosion is prevented and controlled by building a branch check dam, so that a good site condition is provided for vegetation growth. According to the method disclosed by the invention, full coverage of the vegetation on the surface of the collapse body can be realized after construction for 3-4 months. Required materials can be basically obtained locally, and the method is particularly suitable for collapse treatment under the condition of inconvenient traffic. According to the method, various plant residues are used as assistance, vegetation recovery of the collapse body under the condition of no soil preparation is successfully achieved, and the method is a slope collapse treatment method with pure plant measures. As soil preparation construction is not needed, a large amount of construction expenditure can be saved.
本发明属于水土流失治理领域，本发明公开了一种无需整地的崩积体植被快速恢复方法。崩积体为极强烈侵蚀劣地，植被生长立地条件差，传统的崩积体植被恢复往往需要先行整地工程。本发明首先优选具有抗压埋特性的水土保持草本植物种植，然后利用山草覆盖的方法防治面蚀，并通过建造枝条谷坊防治沟蚀，从而为植被生长提供了良好的立地条件。按本发明，施工3～4个月后就可实现崩积体地表植被全覆盖。所需材料基本可就地取材，特别适合交通不便情形下的崩岗治理。本发明以各种植物残体为辅助，成功实现了无整地情形下崩积体的植被恢复，是一种纯植物措施的崩岗治理方法。由于不需进行整地施工，因此可节省大量建造经费。
Rapid vegetation recovery technology for collapsing hills and collapsing bodies without soil preparation
一种无需整地的崩岗崩积体快速植被恢复技术
ZHENG MINGGUO (Autor:in) / CHEN YONG (Autor:in) / LIAO YISHAN (Autor:in) / YUAN ZAIJIAN (Autor:in) / HUANG BIN (Autor:in) / LAI YANFEI (Autor:in) / XIE JINBO (Autor:in) / WANG QUANQUAN (Autor:in)
08.07.2022
Patent
Elektronische Ressource
Chinesisch
| British Library Online Contents | 2013
"K"-values for an Egyptian collapsing soil
| British Library Conference Proceedings | 1995
Soil Improvement in Collapsing Soils (Keynote Paper)
| British Library Conference Proceedings | 1997