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  List of Accepted Contributions - G5 Monitoring of the troposphere and ionosphere by space geodetic techniques

Please, click Abstract Number to find the corresponding abstract as PDF file; if necessary, download Adobe Acrobat Reader 4.0 first to open the file. Any abstract may be freely reproduced for non-commercial, scientific purposes; however, the moral right of the author(s) to be identified as the author(s) of such abstracts is asserted.

Hobiger, T.; Kondo, T.; Koyama, Y.
Constrained simultaneous algebraic reconstruction technique (CSART) a new and simple algorithm for ionospheric tomography

Troller, M.; Leuenberger, D. ; Brockmann, E. ; Geiger, A. ; Kahle, H.-G.
GPS-Tomography: Results and Analyses of the Operational Determination of Humidity Profiles over Switzerland

Pacione, P; Vespe, V
Comparative studies for the assessment of the quality of NRT GPS neutral atmospheric parameters

de Haan, S.
Real Time Water vapour derived from a dense GPS network and internet broadcasted raw GPS data (NTRIP) (withdrawn)

Hernández-Pajares, M.; Juan, J.M.; Sanz, J.
Medium Scale Travelling Ionospheric Disturbances: Detection, modelling and application to precise GNSS navigation

Krankowski, A.; Rothkaehl, H.; Stanislawska, I.; Blecki, J.; Parrot, M.; Berthelier , J-J ; Lebreton , J-P
Simultaneously detecting of signature of main ionospheric trough by GNSS and in situ waves measurements during strong geomagnetic disturbances

Hulley, G.; Pavlis, E. C.
Refraction modeling in SLR by ray tracing through meteorological data

Yuan, Yunbi; Wen, Debao; Ou, Jikun
A hybrid reconstruction algorithm for three-dimensional ionospheric tomography

Wen, D. B.; Yuan, Y. B.; Ou, J. K.; Huo, X. L.
Ionospheric response to the geomagnetic storm on 21 August 2003 storm over China using ionospheric tomography

Choliy, V
Correlation analysis of raw GNSS observations during total solar eclipse 29 Mar 2006

Luntama, J-P.
First results from space weather monitoring with the GRAS instrument

Scharroo, R.; Smith, W.; Lillibridge, J.
A new climatology for the total electron content of the ionosphere

Tervo, M.; Eresmaa, R.; Poutanen, M.; Järvinen, H.
Using ground based slant delays in GPS solutions

Steigenberger, P.; Tesmer, V.; Thaller, D.; Krügel, M.; Rothacher, M.
Long-time series of reprocessed GPS and VLBI troposphere zenith delays

Bender, M.; Wickert, J.; Dick, G.; Rothacher, M.; Raabe, A.
GPS water vapour tomography with the German GPS network

Epifani, ME; Tassa, AT; Vingione, GV; Buongiorno, AB; Monjoux, EM
Total Electron Content (TEC) estimations from very low orbit satellite GOCE

Boehm, J.; Heinkelmann, R.; Schuh, H.
Reassessment of hydrostatic zenith delays for radio space geodetic techniques determined from surface pressure values

Bouin, M.N.; Nahmani, S.; Bock, O.; Doerflinger, E.; Masson, F.
GPS measurements for precise tropospheric sounding: fitted processing strategy within the AMMA project.

Bosser, P.; Bock, O.; Bouin, M.N.
Tropospheric wet delay retrieval from Raman lidar measurements and GPS during the VAPIC campaign

Heise, S.; Gendt, G.; Dick, G.; Schmidt, T.; Wickert, J.; Rothacher, M.
Integrated water vapour from IGS ground-based GPS observations: A global dataset

Dick, G.; Song, S.L.; Gendt, G.; Wickert, J.; Ge, M.; Rothacher, M.
Retrieval of water vapour slant delays from the German GPS network

Niell, A.; Leidner, M.
Using a Numerical Weather Model to convert WVR brightness temperatures to delay

Heinkelmann, R; Boehm, J; Schuh, H
Comparison of troposphere delays from VLBI determined by different estimation methods

Viehweg, C.; Wickert, J.; Heise, S.; Jacobi, C.; Beyerle, G.; Schmidt, T.; Rothacher, M.
Global distribution of plasma irregularities in the lower ionosphere derived from GPS radio occultation data

Beyerle, G.; Michalak, G.; Schmidt, T.; Wickert, J.; Rothacher, M.
Atmospheric remote sensing using spaceborne GNSS radio occultation: the feasibility of on-board data pre-processing

Teke, K.; Boehm, J.; Schuh, H.
Baseline length repeatability and vertical point position accuracy of VLBI CONT05 sessions for different mapping functions and cutoff angles

Michalak, G.; Wickert, J.; Koenig, R.; Rothacher, M.
Precise orbit determination of COSMIC/Formosat-3 satellites for radio occultations

Wickert, J.; GPS_RO_TEAM
Global atmospheric sounding using GPS radio occultation: Recent results from CHAMP, GRACE and COSMIC/FORMOSAT-3

Michalak, G.; Wickert, J.; Koenig, R.; Rothacher, M.
Precise satellite orbit determination for GPS radio occultation in near-real time (NRT)

Lutz, S; Troller, M; Geiger, A; Kahle, H.-G.
Data processing and requirements for high-resolution GPS tomography

Hoque, M.M.; Jakowski, N.
Ionospheric refraction on GPS signals received onboard LEO satellites

Schmidt, M; Bilitza, D; Shum, C; Zeilhofer, C
Regional multi-dimensional modeling of the ionospheric electron density from satellite data and IRI

von Engeln, A.; Marquardt, C.; Luntama, J.-P.; Wilson, J.
The GRAS instrument on MetOp: Overview

Marquardt, C.; von Engeln, A.; Wilson, J.; Dyer, R.
Raw sampling data from GRAS

Nilsson, T.; Elgered, G.; Johansson, J.M.; Lidberg, M.
Investigation of long-term trends in water vapour using the Swedish GPS network

Malkin, Z.
Investigation of long-term behavior of the zenith path delay obtained from VLBI observations

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