The solar wind variability and high energy particle effects in the neutral middle atmosphere are not much known. These factors are important in the high latitude upper mesosphere, lower thermosphere energy budget. They influence temperature, composition (minor constituents of nitric oxide, ozone), circulation (wind system) and airflow. The vertical and latitudinal structures of such effects, mechanisms of downward penetration of energy and questions of energy abundance are largely to be solved. The most important recent finding seems to be the discovery of the role of highly relativistic electrons in the middle atmosphere at L = 3 - 8 (Baker et al., 1987). The solar wind and high energy particle flux variability appear to form a part of the...
The Earth\u27s atmosphere is a complicated environment. Different physical processes affect it depen...
The influence of the solar wind on the precipitation of high energetic particles into the middle atm...
Using numerical simulations of the general atmospheric circulation during boreal winter, statistical...
Abstract This thesis studies the long-term relation between the solar wind driven energetic particle...
A number of observational studies have reported a connection between various lower atmospheric param...
A number of observational studies have reported a connection between various lower atmospheric param...
Solar activity influences the Earth’s environment, in particular the atmospheric ozone, by the dire...
Lower thermospheric (90 to 120 km) wind data was acquired by ground based spaced-receiver method (HF...
Abstract This thesis studies the effect of energetic electron precipitation (EEP) on the Earth’s at...
The possible effects are discussed of radiations and corpuscles on relatively short-term changes in ...
Long term observations of relativistic electrons in the earth's outer magnetosphere show a strong so...
The Earth receives all of its external energy input from the Sun (except for galactic sources), whic...
Global warming in the troposphere and the decrease of stratospheric ozone concentration has become a...
During geomagnetic storm events, the highly variable solar wind energy input in the magnetosphere si...
The Earth\u27s atmosphere is a complicated environment. Different physical processes affect it depen...
The Earth\u27s atmosphere is a complicated environment. Different physical processes affect it depen...
The influence of the solar wind on the precipitation of high energetic particles into the middle atm...
Using numerical simulations of the general atmospheric circulation during boreal winter, statistical...
Abstract This thesis studies the long-term relation between the solar wind driven energetic particle...
A number of observational studies have reported a connection between various lower atmospheric param...
A number of observational studies have reported a connection between various lower atmospheric param...
Solar activity influences the Earth’s environment, in particular the atmospheric ozone, by the dire...
Lower thermospheric (90 to 120 km) wind data was acquired by ground based spaced-receiver method (HF...
Abstract This thesis studies the effect of energetic electron precipitation (EEP) on the Earth’s at...
The possible effects are discussed of radiations and corpuscles on relatively short-term changes in ...
Long term observations of relativistic electrons in the earth's outer magnetosphere show a strong so...
The Earth receives all of its external energy input from the Sun (except for galactic sources), whic...
Global warming in the troposphere and the decrease of stratospheric ozone concentration has become a...
During geomagnetic storm events, the highly variable solar wind energy input in the magnetosphere si...
The Earth\u27s atmosphere is a complicated environment. Different physical processes affect it depen...
The Earth\u27s atmosphere is a complicated environment. Different physical processes affect it depen...
The influence of the solar wind on the precipitation of high energetic particles into the middle atm...
Using numerical simulations of the general atmospheric circulation during boreal winter, statistical...