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Information × Registration Number 0216U003056, 0114U005309 , R & D reports Title Research of the influence of urbanization on city climate {based on thermal Aerospace filming popup.stage_title Head Lyalko Vadym, Registration Date 12-01-2016 Organization National Academy of Sciences Institut of Geological Sciences Centre of Aerospase Research of the Earth popup.description2 The work is devoted to developing methods of thermal satellite imagery in the study of "urban heat islands" and predict surface temperatures Kyiv city environment and St. Petersburg to the next 10 years, remain available if the warming trend. Improved thermal field calculation method underlying surface of the city according to space shooting long-range infrared-based classification using the coefficients of thermal radiation maps of land cover, land measurement and control. These time series are constructed according to the surface temperature of the urban environment, designed and executed trends forecast medium and maximum expected temperature. As a result, in Kiev until 2024 d in July and August expect average long-term growth area for daily surface temperature of the urban environment to C + 30,6 ° - 31,6 ° C and in the most hot days to C + 41,6 ° with the additional heating the surface of the individual sites to + 51,0 ° C. Accordingly, in St. Petersburg should expect average long-term growth area for daily surface temperature to + 28 ° C (increase by another 3.0 ° C +), in the most hot days to + 37,0 ° C with additional heating surface of the individual sections urban environment to + 45,1 ° C. It is shown that long-term trend in the average surface temperature in the city is different in different parts of Kyiv. So the most "heated for" is Solomenskiy and Shevchenko areas of the city, and the most comfortable - Desnianskyi and Goloseevsky. It is shown that the increase in temperature of the earth's surface increases with increasing density of buildings and the destruction of green spaces and the stabilization and reduction of thermal load occurs in areas of the forest and water bodies. Powered recommendations to reduce the negative impact of global warming on the ecological safety of the population of cities. Product Description popup.authors Крилова Ганна Борисівна Лубський Микола Сергійович Лялько Вадим Іванович Мичак Антон Григорович Станкевич Сергій Арсенійович Титаренко Ольга Вікторівна Філіпович Володимир Євгенович Ющенко Ірина Олександрівна popup.nrat_date 2020-04-02 Close