By tomography of GNSS slant delay data the refractivity fields of the atmosphere can be reconstructed. The resolution of the tomography field is about 40 km in horizontal and several 100 m in vertical direction. In 2009 about 270 GNSS stations were available in Germany. The tomographically reconstructed humidity fields have to be validated with other observation methods which are able to detect the refractivity profiles of the atmosphere. The data used to compare is from radiosonde soundings, by which the refractivity can be calculated. The first results of the comparison of GNSS data with radiosonde data from two radiosonde stations in Germany are shown
We reconstruct atmospheric wet refractivity profiles for the western part of Switzerland with a leas...
In this work, the reconstruction quality of an approach for neutrospheric water vapor tomography bas...
This thesis presents meteorological applications of water vapour observations from a surface network...
By tomography of GNSS slant delay data the refractivity fields of the atmosphere can be reconstructe...
Water vapor plays an important role in meteorological applications; GeoForschungsZentrum (GFZ) there...
One of the most attractive scientific issues in the use of GNSS (Global Navigation Satellite System)...
Since 2008 a group of scientists of the Leipzig Institute of Meteorology (LIM) and the German Resear...
One of the most attractive scientific issues in the use of GNSS (Global Navigation Satellite System)...
Turbulence introduce variations in the refractive index of air, which in turn result in fluctuations...
Water vapor in the atmosphere plays an important role in meteorological applications. The Global Nav...
Paper is focused on GNSS meteorology which is generally used for the determination of water vapour d...
This work deals with an innovative implementation of tomographic techniques for the three dimension...
An accurate knowledge of the 3D distribution of water vapor in the atmosphere is a key element for w...
The determination of the distribution of water vapor in the atmosphere plays an important role in th...
Water vapor plays an important role in various scales of weather processes. However, there are limit...
We reconstruct atmospheric wet refractivity profiles for the western part of Switzerland with a leas...
In this work, the reconstruction quality of an approach for neutrospheric water vapor tomography bas...
This thesis presents meteorological applications of water vapour observations from a surface network...
By tomography of GNSS slant delay data the refractivity fields of the atmosphere can be reconstructe...
Water vapor plays an important role in meteorological applications; GeoForschungsZentrum (GFZ) there...
One of the most attractive scientific issues in the use of GNSS (Global Navigation Satellite System)...
Since 2008 a group of scientists of the Leipzig Institute of Meteorology (LIM) and the German Resear...
One of the most attractive scientific issues in the use of GNSS (Global Navigation Satellite System)...
Turbulence introduce variations in the refractive index of air, which in turn result in fluctuations...
Water vapor in the atmosphere plays an important role in meteorological applications. The Global Nav...
Paper is focused on GNSS meteorology which is generally used for the determination of water vapour d...
This work deals with an innovative implementation of tomographic techniques for the three dimension...
An accurate knowledge of the 3D distribution of water vapor in the atmosphere is a key element for w...
The determination of the distribution of water vapor in the atmosphere plays an important role in th...
Water vapor plays an important role in various scales of weather processes. However, there are limit...
We reconstruct atmospheric wet refractivity profiles for the western part of Switzerland with a leas...
In this work, the reconstruction quality of an approach for neutrospheric water vapor tomography bas...
This thesis presents meteorological applications of water vapour observations from a surface network...