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Information × Registration Number 0225U001868, (0123U101547) , R & D reports Title The innovative conception of the remote ecology principles and methods applying for the assessment of the military operations impact on ecosystem services popup.stage_title Оцінка ролі ландшафтного та біологічного різноманіття наземних екосистем для підтримки екосистемних сервісів за умов мілітарного впливу Head Kunakh Olga M., Доктор біологічних наук Registration Date 10-02-2025 Organization Oles Honchar Dnipro National University popup.description1 To develop principles and methods for the assessment of the consequences of military operations based on the concept of ecosystem services using remote sensing data popup.description2 An urgent problem for Ukraine is to establish the scale of the negative impact of military actions on natural and artificial ecosystems, which takes place on a significant territory of the country. The concept of ecosystem services can be applied to assess the negative consequences of armed aggression. Ecological assessment should be based on universal principles that can be applied to a significant territory both now and in the future, relying on retrospective information. It is the data of remote sensing of the Earth that meet these requirements. Therefore, the development of tools that will allow deciphering remote information for the quantitative characterization of ecosystem services is an important and urgent task. At the second stage of the R&D, the role of landscape and biological diversity of terrestrial ecosystems in supporting ecosystem services under military influence was clarified. According to Sentinel, Landsat and MODIS data, the temporal variability of ecosystem services at different scales was assessed. The patterns of spatiotemporal variability of water erosion of soils were established based on the RUSLE model, wind erosion of soils – based on the RWEQ model. Trends in the temporal dynamics of ecosystem services were established. Based on the trends in the temporal dynamics of ecosystem services, taking into account landscape and biological diversity, the role of diversity in the formation of functional stability of ecosystems was clarified. For artificial forest ecosystems of the urban environment (Botanical Garden of DNU) and non-urban artificial forest belts (a polygon near the village of Mayorka, Dnipro district, Dnipropetrovsk region), data were obtained that became the basis for creating a database of physiological and biochemical adaptations of plants to the simulated consequences of military operations.  Product Description popup.authors Ivanko Iryna A. Aleksieieva Anna A. Volkova Alina M Holoborodko Kyrylo K. Holodok Liudmyla P. Kunakh Olha M. Shupranova Larysa V. popup.nrat_date 2025-02-10 Close