Long-term variations in surface air pressure and surface air temperature in the Northern Hemisphere mid-latitudes

© 2017, Allerton Press, Inc. The spatiotemporal variability of surface air pressure and surface air temperature in the Northern Hemisphere troposphere in 1990-2014 is described. In 2005 the low-frequency component (LFC) of average air temperature in January averaged over the latitude zone of 32.5°-67.5° N has stopped its increase that lasted for 35 years (from 1970). The LFC of air temperature in July has continued growing since 1975 (for 39 years). The anomalies of air pressure and air temperature for thirty-year periods and the dynamics of LFC of air temperature and air pressure in the atmospheric centers of action are analyzed

Thermal Regime of the Troposphere, Stratosphere, and Lower Mesosphere in the Northern Hemisphere in 1979–2016

© 2019, Allerton Press, Inc. The characteristics of spatiotemporal variability of air temperature and ozone mass mixing ratio at 26 levels from the ground to the altitude of 64 km are considered using the ERA-Interim reanalysis data for 1979–2016. Differences are revealed in the distribution of air temperature trends between seasons and latitude zones, between the Atlantic-European, Asian-Pacific, and American sectors of the Northern Hemisphere mid-latitudes, and between the thermal regime over the land and ocean. The correlations between the layers and atmospheric circulation patterns in different seasons are assessed

Long-term variations in surface air pressure and surface air temperature in the Northern Hemisphere mid-latitudes

© 2017, Allerton Press, Inc. The spatiotemporal variability of surface air pressure and surface air temperature in the Northern Hemisphere troposphere in 1990-2014 is described. In 2005 the low-frequency component (LFC) of average air temperature in January averaged over the latitude zone of 32.5°-67.5° N has stopped its increase that lasted for 35 years (from 1970). The LFC of air temperature in July has continued growing since 1975 (for 39 years). The anomalies of air pressure and air temperature for thirty-year periods and the dynamics of LFC of air temperature and air pressure in the atmospheric centers of action are analyzed

Thermal Regime of the Troposphere, Stratosphere, and Lower Mesosphere in the Northern Hemisphere in 1979–2016

© 2019, Allerton Press, Inc. The characteristics of spatiotemporal variability of air temperature and ozone mass mixing ratio at 26 levels from the ground to the altitude of 64 km are considered using the ERA-Interim reanalysis data for 1979–2016. Differences are revealed in the distribution of air temperature trends between seasons and latitude zones, between the Atlantic-European, Asian-Pacific, and American sectors of the Northern Hemisphere mid-latitudes, and between the thermal regime over the land and ocean. The correlations between the layers and atmospheric circulation patterns in different seasons are assessed

Early experience, genotype, and temperament in mus musculus.

© 2017, Allerton Press, Inc. The spatiotemporal variability of surface air pressure and surface air temperature in the Northern Hemisphere troposphere in 1990-2014 is described. In 2005 the low-frequency component (LFC) of average air temperature in January averaged over the latitude zone of 32.5°-67.5° N has stopped its increase that lasted for 35 years (from 1970). The LFC of air temperature in July has continued growing since 1975 (for 39 years). The anomalies of air pressure and air temperature for thirty-year periods and the dynamics of LFC of air temperature and air pressure in the atmospheric centers of action are analyzed

Effects of short-term weather changes in Naberezhnye Chelny city on people suffering from ischemic heart disease

© 2015, Allerton Press, Inc. Studied are the effects that variations of meteorological parameters at different time scales in Naberezhnye Chelny city produce on people suffering from ischemic heart disease. The number of ambulance calls from 2010 to 2012, meteorological parameters, and some biometeorological indices are compared by the cross-correlation analysis. Demonstrated is the absence of statistically significant correlation between the daily series of ambulance calls due to ischemic heart disease during the period under study, on the one hand, and average daily series of major meteorological parameters and the most frequently used biometeorological indices, on the other hand. Revealed is the correlation between the number of ambulance calls and the intradaily variations of air pressure and air temperature at the time scale of 3 hours. Proposed is a parameter (biometeorological index of weather effects, IWE) taking into account the total effects of intradaily variations of air pressure and air temperature and characterized by statistically significant correlation with the number of ambulance calls made by people suffering from ischemic heart disease

La Patrie : journal quotidien, politique, commercial et littéraire

31 mars 18821882/03/31 (A42)