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Determination of Anthropogenic Changes in Urbanized Territories Using GIS Technology
Author(s) -
Igor Patrakeyev,
Ziborov Victor,
Lazorenko-Hevel Nadia
Publication year - 2017
Publication title -
geoscience engineering
Language(s) - English
Resource type - Journals
ISSN - 1802-5420
DOI - 10.1515/gse-2017-0002
Subject(s) - thermal power station , urban heat island , range (aeronautics) , natural (archaeology) , nuclear power , geography , environmental science , thermal , nuclear power plant , civil engineering , meteorology , earth science , engineering , geology , archaeology , waste management , ecology , nuclear physics , aerospace engineering , biology , physics
The research aim is to obtain a cartographic model of an urbanized territory by means of thermal survey in an infrared range. With this cartographic model, it will be then possible to reduce the zones in the urbanized territories differing in the level of superficial heat. Further, we will be able to reduce the proof thermal anomalies and thermal structures of the localities that are related to the natural and anthropogenic systems. On the examples of the cities of Ukraine – Energodar and Nikopol, we defined the sources of caloradiances from major industrial concerns as well as from thermal and nuclear power plants. For comparison, we built the model of thermal structure of the city of Tokai and the nuclear power plant with the same name Tokai (Japan). The sources of caloradiances can be, for example, pipes of thermal power stations, ponds-coolers, corps of steel-making production, and other similar objects. If the sizes of such source are known, then we are able to get the absolute values of temperatures

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