Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Extreme habitat side slope greening and ecological restoration method
The invention discloses an extreme habitat side slope greening and ecological restoration method. The extreme habitat side slope greening and ecological restoration method comprises the following steps of side slope selection and cleaning, side slope foundation laying, planting groove piling, anti-seepage planting area setting and vegetation classified planting. According to the extreme habitat side slope greening and ecological restoration method, a side slope is cleaned, a foundation guarantee is provided for foundation stabilization of the side slope and a slope body surface, a side slope foundation used for side slope ecological restoration is more stable, the hydraulic scouring resistance of the side slope is improved by laying the side slope foundation, and normal operation of side slope greening and ecological restoration is guaranteed; then the seepage-proofing effect is achieved by laying the waterproof cloth, the condition that toxic elements and high-salt and strong-acid water bodies enter plant planting areas is reduced, different plants are planted in the different planting areas of the side slope foundation, and the positive effect on greening and ecological restoration of the side slope is achieved through mutual cooperation of different attributes of the different plants; and waste oil barrels and waste tires are used as anti-seepage planting containers, so thatthe ecological restoration cost is reduced to a certain extent.
本发明公开一种极端生境边坡绿化与生态修复的方法，包括以下步骤：边坡选取和清理、铺设边坡地基、堆砌种植槽、设置防渗种植区和植被分类种植；本发明先通过对边坡进行清理为边坡地基稳固与坡体表面提供了基础保障，使用与边坡生态修复的边坡地基更稳定，再通过边坡地基的铺设提高了边坡的抗水力冲刷性，保证了边坡绿化和生态修复的正常进行，接着通过铺设防水布的设置起到了防渗效果，减少了有毒元素、高盐、强酸性水体进入植物种植区，然后在边坡地基的不同种植区域种植不同的植物，通过不同植物不同属性的相互配合对边坡的绿化和生态修复起到积极作用，且采用废旧油桶和废旧轮胎作为防渗种植容器一定程度上降低了生态修复的成本。
Extreme habitat side slope greening and ecological restoration method
The invention discloses an extreme habitat side slope greening and ecological restoration method. The extreme habitat side slope greening and ecological restoration method comprises the following steps of side slope selection and cleaning, side slope foundation laying, planting groove piling, anti-seepage planting area setting and vegetation classified planting. According to the extreme habitat side slope greening and ecological restoration method, a side slope is cleaned, a foundation guarantee is provided for foundation stabilization of the side slope and a slope body surface, a side slope foundation used for side slope ecological restoration is more stable, the hydraulic scouring resistance of the side slope is improved by laying the side slope foundation, and normal operation of side slope greening and ecological restoration is guaranteed; then the seepage-proofing effect is achieved by laying the waterproof cloth, the condition that toxic elements and high-salt and strong-acid water bodies enter plant planting areas is reduced, different plants are planted in the different planting areas of the side slope foundation, and the positive effect on greening and ecological restoration of the side slope is achieved through mutual cooperation of different attributes of the different plants; and waste oil barrels and waste tires are used as anti-seepage planting containers, so thatthe ecological restoration cost is reduced to a certain extent.
本发明公开一种极端生境边坡绿化与生态修复的方法，包括以下步骤：边坡选取和清理、铺设边坡地基、堆砌种植槽、设置防渗种植区和植被分类种植；本发明先通过对边坡进行清理为边坡地基稳固与坡体表面提供了基础保障，使用与边坡生态修复的边坡地基更稳定，再通过边坡地基的铺设提高了边坡的抗水力冲刷性，保证了边坡绿化和生态修复的正常进行，接着通过铺设防水布的设置起到了防渗效果，减少了有毒元素、高盐、强酸性水体进入植物种植区，然后在边坡地基的不同种植区域种植不同的植物，通过不同植物不同属性的相互配合对边坡的绿化和生态修复起到积极作用，且采用废旧油桶和废旧轮胎作为防渗种植容器一定程度上降低了生态修复的成本。
Extreme habitat side slope greening and ecological restoration method
一种极端生境边坡绿化与生态修复的方法
DUAN CHANGQUN (Autor:in) / LIU CHANG'E (Autor:in) / LI CUNYAN (Autor:in) / XU YIGANG (Autor:in) / ZHAO YONGGUI (Autor:in) / LI SHIYU (Autor:in) / ZHU ZHANGMING (Autor:in) / XIAO YA (Autor:in) / HUANG JINFU (Autor:in) / BAI ZHONGXI (Autor:in)
26.01.2021
Patent
Elektronische Ressource
Chinesisch
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