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Study of the Earth from Space

SYSTEM OF INDICATORS FOR ENVIRONMENTAL ASSESSMENT BASED ON EARTH REMOTE SENSING IN LANDSCAPE PLANNING

¹Yelistratova LO, ¹Apostolov OA, KHYZHNIAK АV, TOMCHENKO ОV, CHEKHNIY VМ, HODOROVSKYI AY, ZAKHARCHUK YV. SYSTEM OF INDICATORS FOR ENVIRONMENTAL ASSESSMENT BASED ON EARTH REMOTE SENSING IN LANDSCAPE PLANNING. Spase Sciense and Technology. 2026 ;32(2):65-80.

Application of the adaptive index dSAVI to reduce the influence of soil background in the early vegetation stages of crops based on Sentinel-2 data in precision agriculture technologies

¹Zatserkovnyi V, Vorokh V, Stakh, iv I, Tsiupa I, Pastushenko T. Application of the adaptive index dSAVI to reduce the influence of soil background in the early vegetation stages of crops based on Sentinel-2 data in precision agriculture technologies. Spase Sciense and Technology. 2026 ;32(1):46-56.

Integration of remote sensing data and geographic information systems for effective environmental monitoring in solid waste landfill areas

¹Azimov OT, ¹Tomchenko OV, ²Trofymchuk OM, ²Trysniuk VM, ³Shevchuk OV, ²Klymenkov OA. Integration of remote sensing data and geographic information systems for effective environmental monitoring in solid waste landfill areas. Spase Sciense and Technology. 2026 ;32(1):27-45.

Concept for the integration of remote sensing data into the landscape planning toolkit for comprehensive environmental assessment of Ukraine

¹Yelistratova LO, ¹Khyzhniak AV, ¹Apostolov OA, ¹Tomchenko OV, ¹Hodorovsky AYa., ²Chekhniy VM, ¹Zakharchuk Yu.V. Concept for the integration of remote sensing data into the landscape planning toolkit for comprehensive environmental assessment of Ukraine. Space Science and Technology. 2025 ;31(5):11=22.

Optical characteristics of landscape features asinformational resource for solving onshore oil and gasexploration tasks with remote sensing data

¹Arkhipov OI, Stankevych SA, ¹Azimov OT, Rybak OA, Bondarenko AD. Optical characteristics of landscape features asinformational resource for solving onshore oil and gasexploration tasks with remote sensing data. Space Science and Technology. 2025 ;31(4):31-47.

Modeling the biophysical condition of the Ukrainian steppe zone using remote sensing data

¹Lubskyi MS, ²Khyzhniak AV, ¹Orlenko TA, ¹Golubov SI. Modeling the biophysical condition of the Ukrainian steppe zone using remote sensing data. Space Science and Technology. 2025 ;31(2):20-31.

Spectral problem for the Jones matrix in remote scattering

¹Savenkov SM, ¹Kolomiets IS, ¹Oberemok Ye.A, ¹Kurylenko RO. Spectral problem for the Jones matrix in remote scattering. Space Science and Technology. 2025 ;31(1):27-34.

Water-Bodies Extraction Using Mathematical Morphology

¹Benali Abdelali. Water-Bodies Extraction Using Mathematical Morphology. Space Science and Technology. 2024 ;30(4):48-57.

Determination of the concentration of greenhouse gas in the atmosphere by the remote sensing and the cartography-analytical assessment of the geospatial distribution of its values

¹Trofymenko PI, ²Zatserkovny VI, ¹Kokosha LO. Determination of the concentration of greenhouse gas in the atmosphere by the remote sensing and the cartography-analytical assessment of the geospatial distribution of its values. Space Science and Technology. 2024 ;30(4):34-37.

Prediction and risk management of spreading forest pest infestations using satellite data

¹Artiushenko MV, ¹Khyzhniak AV, ¹Tomchenko OV. Prediction and risk management of spreading forest pest infestations using satellite data. Space Science and Technology. 2024 ;30(3):61-70.

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