ihre Arbeit in insgesamt 4 829 Vorträgen, 483 PICO-Präsentationen und 9 583 Postern. Für weitere Details, siehe www.egu2014.eu.
Das Institut für Meteorologie und Geophysyik war mit 18 Teilnehmern und 23 Beiträgen bei der Konferenz vertreten.
Sehen Sie im Folgenden eine Liste der Beiträge:
Autoren | Titel | EGU Session | Abstract | |
|---|---|---|---|---|
Theoretische Meteorologie | ||||
Goger, B., S. Serafin, I. Stiperski and V. Grubišić | Large eddy simulations of flow over double-ridge orography | Atmospheric processes over complex terrain | ||
Grubišić, V., S. Serafin and L. Strauss | Climatology of Westerly Wind Events in the Lee of the Sierra Nevada | Atmospheric processes over complex terrain | ||
Sachsperger, J., S. Serafin, V. Grubišić | The Impact of Surface Friction on Boundary Layer Separation for Different Mountain Flow Regimes: An Analysis Based on Large-Eddy-Simulations | Atmospheric processes over complex terrain | ||
Strauss L., V. Grubišić, S. Serafin | Mountain Wave-Induced Turbulence - "Lower Turbulent Zones" Revisited | Atmospheric processes over complex terrain | ||
Hofman, R., P. Seibert, A. Philipp | Inverse Modeling of April 2013 Radioxenon Detections | Research and Development in Nuclear Explosion | ||
Philipp, A., P. Seibert | Deposition parameterisation and residence times of aerosols in the Lagrangian atmospheric transport model FLEXPART | Atmospheric transport of trace species and aerosols: Modeling and observations | ||
Seibert, P., A. Philipp, R. Hofman, K. Gufler, and S. Sholly | Possible consequences of severe accidents at the Lubiatowo site, Poland | Geoscience processes related to Fukushima nuclear accident | ||
Allgemeine Meteorologie und Klimatologie | ||||
Umdasch, S., R. Steinacker, M. Dorninger, M. Kerschbaum, W. Pöttschacher | Development of an analysis tool for cloud base height and visibility | Nowcasting and its applications | ||
Geophysik | ||||
Apoloner, M.-T., Bianchi, I., Bokelmann, G., Brückl, E., Hausmann, H., Mertl, S., Meurers, R. | The 2013 Earthquake Series in the Southern Vienna Basin: Location | Improving seismic networks performances: from site selection to data integration | ||
Bokelmann, G., Rodler, F. | Seismic evidences for the nature of the Vrancea zone of the Eastern Carpathians: an oceanic subduction zone | |||
Behm, M., Nakata, N., Bianchi, I., Bokelmann, G. | Love and Rayleigh wave dispersion from regional Ambient Noise Tomography in the Eastern Alps of Europe | |||
Bianchi, I., Miller, M.S., Bokelmann, G. | Lithosphere thickness variation along the Eastern Alps | |||
Bianchi, I., Rosa, J. W. C., Bokelmann, G. | Constraining depth of anisotropy in the Amazon region (Northern Brasil) | |||
Gribovszki, K., Kovács, K., Mónus, P., Konecny, P., Bokelmann, G., Brimich, L. | Estimation the upper limit of prehistoric peak ground acceleration using the parameters of intact stalagmite in Plavecka Priepast, PP2 Slovakia - Seismic Hazard of Vienna and Bratislava | |||
Le Bras, R., Bianchi, I., Agostinetti, N., Bokelmann, G. | Seismometer deployment campaign and observations on the tectonics of the Southern Vienna basin fault system | |||
Le Bras, R., Sucic, V., Malnar, D., Bokelmann, G. | Quadratic Time-Frequency Analysis of Hydroacoustic Signals as Applied to Acoustic Emissions of Large Whales | |||
Meurers, B., Van Camp, M., Palinkas, V. | Temporal Variation of Tidal Parameters | |||
Mikolaj, M., Meurers, B., Günter, A. | A Matlab-based Tool for the Analysis of Global Gravity Effects | |||
Qorbani, E., Bokelmann, G., Bianchi, I. | Upper mantle anisotropic structure of the Eastern Alps | |||
Qorbani, E., Bokelmann, G., Kovács, I., Falus, F. | Anisotropic structure of the Pannonian basin: Reprocessing SKS splitting data for the CBP project stations |
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