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Study of the Earth from Space

Incorporating geographic information technologies into a framework for biological diversity conservation and preventing biological threats to landscapes

¹Fedoniuk TP, ¹Skydan ОV. Incorporating geographic information technologies into a framework for biological diversity conservation and preventing biological threats to landscapes. Space Science and Technology. 2023 ;29(2):10-21.

Spatial resolution enhancement of the land surface thermal field imagery based on multiple regression models on multispectral data from various space systems

¹Zyelyk Ya.I, ¹Chornyy SV, ¹Fedorov OP, ¹Pidgorodetska LV, ¹Kolos LM. Spatial resolution enhancement of the land surface thermal field imagery based on multiple regression models on multispectral data from various space systems. Space Science and Technology. 2023 ;29(1):03-14.

Scientific Centre for Aerospace Research of the Earth of the Institute of Geological Sciences of the National Academy of Sciences of UkraineE: A 30-year-Old Road

¹Lyalko VI, ¹Popov MО, ¹Sedlerova OV, ¹Khyzhniak AV. Scientific Centre for Aerospace Research of the Earth of the Institute of Geological Sciences of the National Academy of Sciences of UkraineE: A 30-year-Old Road. Space Science and Technology. 2022 ;28(3):07-07.

Method of automated correction of instrument distortions on Landsat-7 multispectral satellite images

¹Bilousov KG, ²Nechyporuk МV, ¹Khoroshylov VS, Svynarenko DM, ³Mozgovoy DK, ¹Popel' VM. Method of automated correction of instrument distortions on Landsat-7 multispectral satellite images. Space Science and Technology. 2022 ;28(3):03-03.

Impact of climate change on the area of major crops

¹Yemelyanov MO, ²Shelestov AYu., ²Yailymova HO, ¹Shumilo LL. Impact of climate change on the area of major crops. Space Science and Technology. 2022 ;28(2):30-38.

Assessing aquatic enviromnemt quality of the urban water bodies by system analysis methods based on integrating remote sensing data

¹Fedorovskyi OD, ¹Khyzhniak AV, ¹Tomchenko OV. Assessing aquatic enviromnemt quality of the urban water bodies by system analysis methods based on integrating remote sensing data. Space Science and Technology. 2021 ;27(5):011-018.

Automatized recognition of urban vegetation and water bodies by Jilin-1А satellite images

¹Makarov AL, ²Belousov KG, ³Svinarenko DN, ¹Khoroshylov VS, ³Mozgovoy DK, ¹Popel' VM. Automatized recognition of urban vegetation and water bodies by Jilin-1А satellite images. Space Science and Technology. 2021 ;27(4):42-53.

Justification of the dual-use of aerospace geomonitoring of the offshore shelf: Exploration of hydrocarbon deposits and “highlighting” the marine situation

¹Fedorovskyi OD, ¹Khyzhniak AV, ¹Filimonov VYu. Justification of the dual-use of aerospace geomonitoring of the offshore shelf: Exploration of hydrocarbon deposits and “highlighting” the marine situation. Space Science and Technology. 2021 ;27(2):38-44.

Satellite crop monitoring for Ukraine

¹Shelestov AYu., ²Yailymov BYa., ¹Yailymova HO, ²Bilokonska YV, ³Nivievskyi OV. Satellite crop monitoring for Ukraine. Space Science and Technology. 2020 ;26(6):027-037.

Remote assessment of the ecological state of water bodies based on the multidimensional density distribution of biotope areas on the example of the Kyiv reservoir

¹Fedorovskyi OD, ²Zub LN, ³Dyachenko TN, ¹Tomchenko OV, ¹Khyzhniak AV, ¹Yakymchuk VH. Remote assessment of the ecological state of water bodies based on the multidimensional density distribution of biotope areas on the example of the Kyiv reservoir. Space Science and Technology. 2020 ;26(5):038-047.

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