The types of atmospheric water circulation over the Atlantic and the formation of the extreme North Sea water inflows into the Baltic Sea
... Baltic Sea is the long-time impact of same-type atmospheric processes on the water surface. There is a need to consider the intensity and the duration of one-direction atmospheric processes. The authors focus on the features and types of large-scale atmospheric circulation over
the North-East Atlantic, which determined the regional atmospheric processes over the Baltic Sea during the formation of a large inflow. The article analyses the inflows of December 22, 1975 — January 14, 1976, and the inflow of January ...
Paleoecological conditions of the Gdansk basin in Holocene in the complex analysis of short sediment cores
... productivity and bottom water hypoxia, correspond to the Roman Warm Period, the Medieval Climatic Optimum, and the Modern Warm Period.
Ponomarenko E. P., Kuleshova L. A.
Baltic Sea, North Sea water inflows, bottom circulation, loss on ignition, atmospheric circulation, benthic foraminifera
69-82
Study of the physical and geographical conditions of the territory of the Kemerovo region — Kuzbass for the purpose of reclamation works
... the central part of the region, where more favorable conditions for sediment accumulation are created. Kemerovo Region is characterized by diverse geomorphological conditions and a varied climate. The main factors contributing to the climate include atmospheric circulation, relief, and vegetation. The combination of these factors shapes the climatic characteristics of the region. Overall, there is a general pattern in the distribution of temperature and humidity. In the mountains of the Kuznetsk Alatau and ...
An assessment of stubble buckwheat productivity in Ukraine in changing climate conditions
... Special Report on Emissions Scenarios: A Special Report of Working Group III of the Intergovernmental Panel on Climate Change / N. Nakicenovic and R. Swart (Eds.). Cambridge, 2000. Р. 599.
13. Roeckner E., K. Arpe L. Bengtsson M. Cristoph et al. The atmospheric general circulation model ECHAM4: Model description and simulation of present-day cli¬mate // Max-Planck-Institute fur Meteorologie, Report 1996. No. 218. Р. 356.
14. Краковська С. В., Паламарчук Л. В., Шедеменко І. П. и ...