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Information × Registration Number 0220U102325, 0117U003084 , R & D reports Title Development of methodological principles for estimation and forecasting the state of natural biological systems on different levels of organization and biodiversity conservation in mountainous and lowland regions of Ukraine in terms of climate change. popup.stage_title Head Kyiak Volodymyr G., Доктор біологічних наук Registration Date 11-03-2020 Organization Institute of the Ecology of the Carpathians NAS Ukraine popup.description2 It was found that in the primary biogeocenotic cover of the Beskid region, the vegetation cover was almost completely represented by forest ecosystems, which were in dynamic equilibrium with ecological factors. The largest areas were mixed forests: spruce-beech forests (35%) and spruce-beech forests (32%), which together with the complex of spruce-beech-spruce and spruce-beech forests (14%) occupied more than 81% of the region. Testing of methodological approaches and determination of the most promising methods for remote sensing of pine diseases using conventional image processing are carried out. To characterize the drying process, variants of cluster, regular and random distribution of withered trees in the territory were developed. Studies of tuna communities (Coleoptera, Carabidae) in the highlands of the Montenegrin massif indicate significant interannual depressions of their structural indices, determined by the climatic and meteorological conditions of the respective seasons. The group's integrated numbers and ecological capacity in 2018 were more than half as low as in 2017 and 2019. Climate change is a clearly negative factor for the cold-loving Carpathian plant species, confined to sites of long-standing snowfall, and may instead lead to loci that are suitable for self-sustaining populations of meadow species. With the deterioration of the conditions of existence, it is typical to form a "pseudo-rejuvenated" population structure with a predominance of undergrowth and a small proportion of generative individuals. On the basis of complex phytopopulation and fluorocenotic studies the dependence of the habitat diversity of wetland ecosystem types of Western Polesie on periodic fluctuation of weather conditions is shown. Product Description popup.authors Andreeva Olha O. Danylyk Ivan M. Kahalo Oleksandr O. Kanarsky Yuriy V Kyyak Natalia Ya Kobiv Yuriy Yo. Kozlovskyi Mykola P. Lobachevska Oksana V Mykitchak Taras I Rabyk Iryna Volodymyrivna Rabyk Iryna V Shpakivska Iryna M. popup.nrat_date 2020-04-02 Close