Titlebook: Climate Change in Poland; Past, Present, Futur Ma?gorzata Falarz Book 2021 Springer Nature Switzerland AG 2021 Climate Change in Poland.Tre

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Solar Radiation Change?years (Kraków; data partially reconstructed). Only series with the data gaps not exceeding 5% were considered. The most important results of the study of changes in solar radiation in Poland are as follows: (1) the average long-term totals of global solar radiation range in Poland from approximatel

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Lumbar-Stenosis

Change of Cloudinesshe most important features of spatial diversity and temporal variability of cloudiness, i.e. annual and seasonal mean and extreme values, number of clear and cloudy days and cloud type, were analysed. The mean annual cloud cover in Poland in the years 1951–2018 was 68.2%. The maximum value, equal to

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Air Temperature Changeng from 58 meteorological stations. Standard measures of climate variability based on absolute values as well as on their relative measures were used. Attention was paid to long-term trends and extreme values, including the number of days with specific air temperature thresholds. All characteristics

休息

Air Humidity Change warming suggest that temperature-dependent atmospheric moisture should also demonstrate visible long-term fluctuations. Long-term variability of humidity conditions in Poland was analysed using three data sources: surface measurements of relative humidity (RH) from the period 1951–2018, historical

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特別容易碎

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耕種

Change of Thunderstorms and Tornadoesc Station of the Climatology Department of the Jagiellonian University in Kraków for the years 1901–2018, the analysis of the long-term variability and annual course of the thunderstorms occurrence in Poland was undertaken. The results of research on the occurrence of tornadoes in Poland for the yea

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