The issue of existence and physical mechanism for solar-terrestrial couplings has rather a long history. Investigations into the solar activity effect on meteorological processes in the lower atmosphere have become especially topical recently. The aim of this study is to investigate the effect of geomagnetic activity on meteorological processes in the atmosphere. We analyze the data on magnetic storms and tropical cyclones that were observed in the North Atlantic, East Pacific, and West Pacific to understand the mechanism for magnetospheric disturbance effects on complicated nonlinear system of atmospheric processes
A solar magnetic field is continuously being created in the solar interior. As the field evolves out...
 Interplanetary structures are important for the development of geomagnetic disturbance. The struct...
This thesis studies the phenomenon of the magnetic storm, which is a global disturbance of the Earth...
Abstract. Some new evidence that the weather is influenced by solar activity is reviewed. It appears...
The impact of solar and geomagnetic activity on pressure and temperature changes in the winter lower...
Disturbances produced by geomagnetic storms in the higher regions of the Earth's atmosphere, such as...
The understanding of extreme geomagnetic storms is one of the key issues in space weather. Such phen...
In this short paper we examine the possible connection between atmospheric parameters measured at lo...
120-130The role of solar geomagnetic factors on the upper atmosphere is though well studied, their e...
Geomagnetic storms are probably the most intensively measured perturbations of the Earth’s magnetic ...
We investigated geomagnetic activity which was induced by interplanetary magnetic clouds during the...
International audienceUnderstanding the magnetic environment of our planet and the geomagnetic field...
Abstract. It is known that interplanetary plasma has significant influence on the storm time magneti...
The solar wind couples to the magnetosphere via dynamic pressure and electric field. Pressure establ...
Geomagnetic activities have been studied for the solar years of 1991 to 2007. It was found that the ...
A solar magnetic field is continuously being created in the solar interior. As the field evolves out...
 Interplanetary structures are important for the development of geomagnetic disturbance. The struct...
This thesis studies the phenomenon of the magnetic storm, which is a global disturbance of the Earth...
Abstract. Some new evidence that the weather is influenced by solar activity is reviewed. It appears...
The impact of solar and geomagnetic activity on pressure and temperature changes in the winter lower...
Disturbances produced by geomagnetic storms in the higher regions of the Earth's atmosphere, such as...
The understanding of extreme geomagnetic storms is one of the key issues in space weather. Such phen...
In this short paper we examine the possible connection between atmospheric parameters measured at lo...
120-130The role of solar geomagnetic factors on the upper atmosphere is though well studied, their e...
Geomagnetic storms are probably the most intensively measured perturbations of the Earth’s magnetic ...
We investigated geomagnetic activity which was induced by interplanetary magnetic clouds during the...
International audienceUnderstanding the magnetic environment of our planet and the geomagnetic field...
Abstract. It is known that interplanetary plasma has significant influence on the storm time magneti...
The solar wind couples to the magnetosphere via dynamic pressure and electric field. Pressure establ...
Geomagnetic activities have been studied for the solar years of 1991 to 2007. It was found that the ...
A solar magnetic field is continuously being created in the solar interior. As the field evolves out...
 Interplanetary structures are important for the development of geomagnetic disturbance. The struct...
This thesis studies the phenomenon of the magnetic storm, which is a global disturbance of the Earth...