
The planet's natural environment is under significant anthropogenic impact. At the same time, the long-term studies have established rhythms of the development of the biosphere. Landscapes changes are a marker of changes in the biosphere. In turn, changes in vegetation and the soil cover are a marker in the landscape changing (because it's easier to trace their in sediments and chronos). It is believed that changes in these components of palaeolandscapes at the beginning of the two latest interglacials are comparable. We can give a forecast based on the Lyell’s principle of Uniformitarianism about how the climate will be change throughout the entire Holocene and compare this forecast with the trends that we are fixing now. It is extremely necessary to establish benchmarks for this complex objective which ones can connect both interglacials. Strictly speaking, it is the objective of this work. The article presents the results of the study, which consists in finding analogues of phases at the beginning of the Last Interglacial period and the Holocene through the reconstruction of plant communities and soils.
reconstruction, stratigraphic correlation, стратиграфічна кореляція, palaeontology, palaeopedology, міжзледеніння, interglacial, палеонтологія, palaeoclimate, палеопедологія, реконструкція, палінологія, палеоклімат, лесово-ґрунтова формація, geoarchaeology, геоархеологія, palynology, loess-palaeosol sequence
reconstruction, stratigraphic correlation, стратиграфічна кореляція, palaeontology, palaeopedology, міжзледеніння, interglacial, палеонтологія, palaeoclimate, палеопедологія, реконструкція, палінологія, палеоклімат, лесово-ґрунтова формація, geoarchaeology, геоархеологія, palynology, loess-palaeosol sequence
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