韩国公路填筑、开挖边坡外来植物的引进

Yeounsu Chu, Seung-Nam Jin, Deokjoo Son, Shinyeong Park, Hyung-Jin Cho, Hyohyemi Lee
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引用次数: 1

摘要

道路开发破坏了自然生态系统,并将分离的景观连接成长管状结构,被认为是爱伦植物入侵和分散的重要因素。本研究根据施工现场的切坡、填坡和平地的地形特征,开展了植被调查,以了解道路开发对爱伦植物区系组成变化的影响。道路建设工程对一年生和二年生外来植物的持续干扰使其发生了很大的变化。外来植物种类组成的变化在切坡上呈下降趋势。另一方面,填方坡面植物数量增加。平地上外来植物的增加或减少取决于发生的地点,没有发现主要趋势。造成这些变化的原因是无意中引入的外来植物。特别是非故意外来植物高发的切坡,不应作为生态系统扰动等高风险外来植物的来源。由于移植物种是在景观规划中有意种植的,因此可以在早期阶段识别殖民地并传播到附近的平坦土地。因此,在环评咨询时,建议在景观设计中种植高生存力植物,以最大限度地减少道路建设期间及道路建设后道路边坡植被对周边生态系统的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Introduction of Alien Plants on the Fill and Cut Slopes of the Road Construction in South Korea
Road development is considered an important factor in invasion and dispersion of ailen plants by damaging the natural ecosystems and connecting the detached landscapes into long tubular structures. In this study, vegetation survey was carried out according to the topographical characteristics of cut slope, fill slope, and flat land at the construction site in order to understand the effect of road developemt on the change of the floristic composition of ailen plants. Road developement projects caused a lot of changes in annual and biennial alien plants because of continuous disturbances. Changes in species composition of alien plants decreased in the cut slope. On the other hand, the ailen palnts of the fill slope increased. The increase or decrease alien plants on flat land were identified depending on where it occurred, and no major trend was found. The cause of these change was driven by unintentionally introduced alien plants. In particular, the cut slope with a high occurence of unintentional ailen plants should not be used as a source of high-risk alien plants such as ecosystem disturbances. Since the transplanted species were intentionally planted by the landscape plan, it was possible to identify colonies from early stages and spread to the nearby flat land. Therefore, in order to minimize the impact of road slope vegetation on the surrounding ecosystem during and after road construction, it is suggested to plant high viability plants in the landscape design during the environmental impact assessment consultation.
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