Last info 14.5.2020
Curriculum Vitae
Research Interest
- regional seismic hazard
- regional seismicity
- ambient noise interferometry
Teaching
Publications, invited talks and conference contributions
- Schippkus, S., Zigone, D., Bokelmann, G., AlpArray Working GroupStress-field orientation and crustal deformation in the Vienna Basin region (Alpine-Pannonian-Carpathian junction), Chat at the EGU 2020, Vienna
- Schippkus, S., Zigone, D., Bokelmann, G., the AlpArray Working Group, Azimuthal anisotropy in the wider Vienna Basin region: A proxy for the present-day stress field and deformation, GJI 2020, doi 10.1093/ghi/ggz565/5675633
- Bokelmann G., Schippkus, S., On the crustal structure and stress field in the wider Vienna Basin region: New insights from AlpArray, talk at the GBA (Geologische Bundesanstalt), March, Vienna
- Schippkus, S., Hausmann, H., Duputel, Z., Bokelmann, G., the AlpArray Working Group, The Alland earthquake sequence in Eastern Austria: Shedding light on tectonic stress geometry in a key area of seismic hazard, AJES (Austrian Journal of Earth Sciences), 2019 doi: 10.17738/ajes.2019.00100
- Garden, M., Schippkus, S., Bokelmann, G., Properties of the high-frequency ambient seismic field recorded on a large seismic deployment in the Vienna Basin, poster at the EGU 2019
- Schippkus, S., Hausmann, H., Duputel, Z., Bokelmann, G., the AlpArray Working Group, The Alland earthquake series in Eastern Austria: Evidence for oblique basement reactivation, talk at the EGU 2019
- Bokelmann, G., Schippkus, S., Structure and stress field in the Vienna Basin region: New insights from AlpArray, Erdwissenschaftliches Kolloquium
- Schippkus, S., Zigone, D., Bokelmann, G., New 3D shear velocity model of the wider Vienna Basin region from ambient noise tomography, talk at the PANGEO Vienna 2018
- Schippkus, S., Zigone, D., Bokelmann, G., the AlpArray Working Group, Ambient-noise tomography of the wider Vienna Basin region, Geophysical Journal International, ggy259, https://doi.org/10.1093/gji/ggy259, 2018
- Schippkus, S., Zigone, D., Bokelmann, G., the AlpArray Working Group, A new 3D shear velocity model of the wider Vienna Basin region from ambient noise tomography, talk at the 36th General Assembly ESC Malta 2018
- Schippkus, S., Hausmann, H., Duputel, Z., Bokelmann, G., the AlpArray Working Group, The Alland earthquake series: Location, source mechanism and implications for the regional stress regime, poster at the 36th General Assembly ESC Malta 2018
- Schippkus, S., Zigone, D., Bokelmann, G., the AlpArray Working Group, A new 3D shear velocity model of the wider Vienna Basin region from ambient noise tomography, talk at the EGU Vienna 2018
- Schippkus, S., Zigone, D., Bokelmann, G., the AlpArray Working Group, A new 3D shear velocity model of the wider Vienna Basin region from ambient noise tomography, talk at the DGG Leoben 2018
- Schippkus, S., Zigone, D., Bokelmann, G., the AlpArray Working Group, Ambient noise techniques for better understanding of seismic hazard in the wider Vienna Basin region, poster at the EGU Vienna 2017
- Fuchs, F., Kolinsky, P., Schippkus, S., Bokelmann, G., Contributions of University of Vienna to the AlpArray surface waves working group: Surface wave array analysis and ambient noise based seismic hazard, the AlpArray suface wave group workshop, 17.-18. Nov. 2016, Bologna, Italy
- Schippkus, S., Zigone, D., Bokelmann, G., the AlpArray Working Group, On the applicability of the Virtual Earthquake Approach (VEA) to predict ground motion using the ambient seismic field in the Vienna Basin area, presentation at the TIDES workshop, September 2016, Sesimbra, Portugal
- Schippkus, S., Zigone, D., Bokelmann, G., the AlpArray Working Group, On the applicability of the Virtual Earthquake Approach (VEA) to predict ground motion using the ambient seismic field in the Vienna Basin area, presentation at the 35th General Assembly of the European Seismological Commission, Triest 2016
- Schippkus, S., Zigone, D., Bokelmann, G., the AlpArray Working Group, Ground motion prediction for the vienna Basin area using the ambient seismic field, presentation at the EGU 2016, Vienna, Austria