Urbanes Grün und Stadtklima - Analyse von Vegetation in europäischen Großstädten / Vegetation and Urban Climate - Study of Vegetation in Large European Cities

M. Möller, Klaudia Bartlomiejczak
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引用次数: 1

Abstract

Large cities are the centers of the modern society. These Cities not only have to provide goods and services for the daily needs for their residents, it is also important to offer vital vegetation in green spaces. Trees, bushes and ground cover (e. g. shrubs, grass) play an important role regarding urban climate. A sufficient amount of vegetation increases the well-being of the residents. In this study, 30 large cities of the EU countries Germany, France and Poland were examined for their vegetation. In a first step the urban areas were outlined, which was done on the basis of CORINE CLC data. The vegetation was calculated using optical satellite image data from Sentinel-2, all recorded in 2019. The Normalized Differentiated Vegetation Index (NDVI) was applied to that data. Positive NDVI values represent healthy vegetation; they were classified and analyzed into 10 classes. The result is a ranking of urban green vegetation fraction for these regions; the method may be applied as a template for all urban regions in the EU.
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Urbanes grn und Stadtklima . europäischen Großstädten中的植被分析/植被与城市气候-欧洲大城市植被研究
大城市是现代社会的中心。这些城市不仅要为居民提供日常所需的商品和服务,在绿地中提供重要的植被也很重要。树木、灌木和地被植物(如灌木、草)对城市气候起着重要作用。充足的植被增加了居民的幸福感。本研究以欧盟国家德国、法国和波兰30个大城市的植被为研究对象。第一步是在CORINE CLC数据的基础上对城市区域进行概述。植被是使用哨兵2号的光学卫星图像数据计算的,这些数据都是在2019年记录的。采用归一化分异植被指数(NDVI)对数据进行分析。NDVI为正代表植被健康;他们被分类并分析为10类。结果为各区域的城市绿色植被分值排序;该方法可作为欧盟所有城市地区的模板。
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AGIT- Journal fur Angewandte Geoinformatik
AGIT- Journal fur Angewandte Geoinformatik Earth and Planetary Sciences-Computers in Earth Sciences
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