Poster Programme ST3.5

ST3.5

Ionospheric threats to GNSS based systems in view of the next solar maximum
Convener: Giorgiana De Franceschi  | Co-Conveners: Alain Bourdillon , Jan Laštovička 
Oral Programme
 / Fri, 07 May, 08:30–10:00  / Room 13
Poster Programme
 / Attendance Fri, 07 May, 15:30–17:00  / Hall Z

Attendance Time: Friday, 7 May 2010, 15:30–17:00
Hall Z
Chairperson: J. Lastovicka, T. Gulyaeva
Z117
EGU2010-303
Mid-latitude field-aligned ionospheric irregularities and its impact on GPS
Yury Yasyukevich et al.

Z118
EGU2010-692
Asymmetry of TEC storm signatures in conjugate hemispheres at solar maximum
Gulyaeva Tamara et al.

Z119
EGU2010-11138
GPS ionospheric scintillation and HF radar backscatter - A comparison between GISTM network and SuperDARN at high latitudes
Paul Prikryl et al.

Z120
EGU2010-11628
Climatology of GPS scintillations over Antarctica under solar minimum conditions
Luca Spogli et al.

Z121
EGU2010-2996
CIGALA: an FP7 innovative activity to tackle the threat of Ionospheric Scintillation to GNSS operations in Latin America
João Francisco Galera Monico et al.

Z122
EGU2010-14936
Using ionospheric scintillation indices to estimate GPS receiver tracking performance
Zeynep G. Elmas et al.

Z123
EGU2010-14933
Higher order ionospheric effects on GNSS positioning in the European Region
Zeynep G. Elmas et al.

Z124
EGU2010-998
Ionospheric irregularities dynamics during strong geomagnetic storm by incoherent scatter radar and GPS data
Iurii Cherniak et al.

Z125
EGU2010-2065
The behavior of an equivalent ionospheric thickness in the cycle of solar activity according to the global TEC maps
Olga Maltseva et al.

Z126
EGU2010-3157
Effects of magnetic storms on GPS signals at high latitudes in the European sector
Andreja Sušnik et al.

Z127
EGU2010-3325
Ionospheric Effects of Geomagnetic Storms on GNSS based Systems
Irk Shagimuratov et al.

Z128
EGU2010-5801
Ionospheric response to the major geomagnetic storm during maximum solar activity
Haris Haralambous et al.

Z129
EGU2010-6611
Calculation of ionospheric plasma density irregularities parameters by using EISCAT measurements for strong scintillation modelling
Biagio Forte et al.