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The Influence of Highway on the Roadside Landscape Pattern Change of Land Use

机译:公路对土地利用路边景观格局变化的影响

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Based on the theory of landscape ecology, the method of integration of remote sensing and geographical information system technology, and the example of Beijing-Kaifeng Highway (Daxing section), the dynamic change characteristics of land use type along the highway was discussed. The following content was mainly analyzed: land use structure and landscape pattern change on the buffer zone of 1kilometers buffer distance. The results were as follows. Firstly, during the 12 years from 1995 to 2007, there was rather intense change of landscape types in the study area. The number of patches increased and the degree of fragmentation strengthened, which demonstrated that the road construction had brought convenient traffic, easier human activities, but also deeper degree of fragmentation in the study area. The advantageous land type has changed from farmland to construction land. Secondly, the area of construction land and farmland occupied most of the landscape types in the study area. From the calculation, the construction area decreased with the increase of the buffer distance along the Beijing-Kaifeng Highway. The change of construction area tended to be stable from the distance of 5kilometers. There was more decrease in farmland area when it was closer to the highway. When the buffer distance was between 0 and 5kilometers, the farmland area decreased more with the closer distance to highway. However, it was just the contrary when the distance was over 5kilometers. It showed that the influence range covered the 5kilometers area on the east west trend. Thirdly, landscape pattern calculation of land use in the buffer of study area demonstrated that evenness index (SIEI) , diversity index (SIDI), contagion index (CONTAG) and shape index (LSI) tended to be stable. That is to say, there was little influence of the highway construction and use on the ecological environment, landscape heterogeneity and diversity. The influence range of Beijing-Kaifeng highway was the area with- 4 to 5 kilometers distance to the east and west, analyzed from the change of patch index, fragmentation index and average area index.
机译:基于景观生态学理论,探讨了北京 - 开峰公路的遥感和地理信息系统技术的整合方法,探讨了高速公路土地利用类型的动态变化特性。以下内容主要分析:土地利用结构和1颗度缓冲区缓冲区的缓冲区的景观模式。结果如下。首先,在1995年至2007年的12年期间,研究区中景观类型的变化相当强烈变化。补丁的数量增加,碎片的程度强化,这表明道路建设带来了方便的交通,易于人类的活动,而且还在研究区内的碎片程度更深层次。有利的土地类型从农田改变到建筑用地。其次,建筑地区和农田的地区占据了研究区中的大部分景观类型。从计算来看,施工区随着北京市高速公路的缓冲距离的增加而下降。建筑面积的变化往往从5尺度的距离稳定。当它更接近高速公路时,农田面积更加减少。当缓冲距离在0到5尺寸之间时,农田面积与高速公路近距离变得更多。然而,当距离超过5尺寸时,它就是相反的。结果表明,影响范围涵盖了东方趋势的5彩色区。第三,研究区域缓冲区中的土地使用的景观模式计算证明了均匀度指数(SIEI),分集指数(SIDI),传染指数(征集)和形状指数(LSI)往往是稳定的。也就是说,公路建设对生态环境,景观异质性和多样性几乎没有影响。北京 - 开封高速公路的影响范围是距离东部和西部的4至5公里,从补丁指数,碎片指数和平均区域指数的变化分析。

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