2016
DOI: 10.21046/2070-7401-2016-13-5-277-290
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Spatial resolution improvement of satellite mapping of thermal properties of land surface

Abstract: Целью исследования является повышение геометрического разрешения карт теплофизических характеристик земной поверхности (тепловая инерция, тепловой поток, доля испаряемости, коэффициент турбулентного теплообмена), подготавливаемых по результатам многоразовой тепловой космической съемки низкого геометрического разрешения. Для этого по материалам тепловой космической съемки спутниками EOS (геометрическое разрешение ~1000 м) строились регрессионные модели на основе сравнения значений теплофизических характеристик … Show more

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Cited by 3 publications
(1 citation statement)
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“…The detection of signs of disturbance of vegetation according to satellite remote sensing data is proved to be reliable, as shown by the results of the studies ( Van der Meer, de Long, 2006;Wang et al, 2008;Gornyy et al, 2011Gornyy et al, , 2013Tolpin et al, 2014;Kalabin et al, 2016;Kritsuk et al, 2016;Savorskiy et al, 2018;Zakharov, 2018). However, in the general case, these signs are difficult to isolate against the background of seasonal variations in the spectral characteristics of the plant cover caused by the natural interannual temperature-humidity variability of plant growth and development conditions.…”
Section: Monitoring Of Homogeneous Areas Of Vegetation Subject To Various Levels Of Twds Impactmentioning
confidence: 87%
“…The detection of signs of disturbance of vegetation according to satellite remote sensing data is proved to be reliable, as shown by the results of the studies ( Van der Meer, de Long, 2006;Wang et al, 2008;Gornyy et al, 2011Gornyy et al, , 2013Tolpin et al, 2014;Kalabin et al, 2016;Kritsuk et al, 2016;Savorskiy et al, 2018;Zakharov, 2018). However, in the general case, these signs are difficult to isolate against the background of seasonal variations in the spectral characteristics of the plant cover caused by the natural interannual temperature-humidity variability of plant growth and development conditions.…”
Section: Monitoring Of Homogeneous Areas Of Vegetation Subject To Various Levels Of Twds Impactmentioning
confidence: 87%