A new comprehensive data collection by Damboldt and Suessmann (2012a) with monthly foF2 and M(3000)F2 median values is an excellent basis for the derivation of long-term trends in the ionospheric F2 region. Ionospheric trends have been derived only for stations with data series of at least 22 years (124 stations with foF2 data and 113 stations with M(3000)F2 data) using a twofold regression analysis depending on solar and geomagnetic activity. Three main results have been derived: Firstly, it could be shown that the solar 10.7 cm radio flux F10.7 is a better index for the description of the solar activity than the relative solar sunspot number R as well as the solar EUV proxy E10.7. Secondly, the global mean foF2 and <hm F2 trends derived f...
Theoretical calculations predict that CO doubling would produce a 50 K decrease in the thermospheric...
International audienceThe ionospheric F2-layer parameter long-term trends are considered from the ge...
Noontime monthly median values of F2-layer critical frequency ƒoF2 (m) for some ionospheric stations...
A new comprehensive data collection by Damboldt and Suessmann (2012a) with monthly foF2 and M(3000)...
The first part of the paper is directed to the investigation of the practical importance of possible...
The first part of the paper is directed to the investigation of the practical importance of possible...
Results of various authors on long-term trends in foF2, which is equivalent to the maximum electron ...
The first part of the paper is directed to the investigation of the practical importance of possible...
We applied Ensemble Empirical Mode Decomposition (EEMD) for the first time to ionosonde data to stud...
International audienceA new approach to extract foF2 long-term trends, which are free to a great ext...
The first part of the paper is directed to the investigation of the practical importance of possible...
One of the main ionization sources of the F2 region of the Earth’s ionosphere is the solar EUV irrad...
International audienceThe method earlier used for the foF2 long-term trends analysis is applied to r...
International audienceA detailed analysis of the foF2 data at a series of ionospheric stations is pe...
Based on an analysis of the midday data of the midlatitude ionospheric stations in the Northern Hemi...
Theoretical calculations predict that CO doubling would produce a 50 K decrease in the thermospheric...
International audienceThe ionospheric F2-layer parameter long-term trends are considered from the ge...
Noontime monthly median values of F2-layer critical frequency ƒoF2 (m) for some ionospheric stations...
A new comprehensive data collection by Damboldt and Suessmann (2012a) with monthly foF2 and M(3000)...
The first part of the paper is directed to the investigation of the practical importance of possible...
The first part of the paper is directed to the investigation of the practical importance of possible...
Results of various authors on long-term trends in foF2, which is equivalent to the maximum electron ...
The first part of the paper is directed to the investigation of the practical importance of possible...
We applied Ensemble Empirical Mode Decomposition (EEMD) for the first time to ionosonde data to stud...
International audienceA new approach to extract foF2 long-term trends, which are free to a great ext...
The first part of the paper is directed to the investigation of the practical importance of possible...
One of the main ionization sources of the F2 region of the Earth’s ionosphere is the solar EUV irrad...
International audienceThe method earlier used for the foF2 long-term trends analysis is applied to r...
International audienceA detailed analysis of the foF2 data at a series of ionospheric stations is pe...
Based on an analysis of the midday data of the midlatitude ionospheric stations in the Northern Hemi...
Theoretical calculations predict that CO doubling would produce a 50 K decrease in the thermospheric...
International audienceThe ionospheric F2-layer parameter long-term trends are considered from the ge...
Noontime monthly median values of F2-layer critical frequency ƒoF2 (m) for some ionospheric stations...