"CS" - KIT-Campus Süd (Universität), Gebäude 30.23 (Physikhochhaus), Seminarraum 13/2
"CN" - KIT-Campus Nord (Forschungszentrum), Gebäude 435 (IMK), Raum 2.05
(Besucher bitte Personalausweis mitbringen!)
Ansprechpartner: Prof. Dr. J. Cermak, Prof. Dr. A. Fink, PD Dr. F. Hase, PD Dr. M. Höpfner, Prof. Dr. C. Hoose, TT-Prof. Dr. M. Albinger-Klose, Prof. Dr. P. Knippertz, PD Dr. M. Kunz, Prof. Dr. T. Leisner, TT-Prof. Dr. P. Nowak, Prof. Dr. J. Pinto, Prof. Dr. B.-M. Sinnhuber
Das Seminar findet dienstags um 15:45 Uhr am Campus Süd, Physikhochhaus (30.23), Raum 13.02, am Campus Nord um 15:15 Uhr, Gebäude 435, Raum 2.05 oder online statt.
Bitte beachten Sie die jeweiligen Email-Ankündigungen.
Many climate risks are not caused by single or univariate weather and climate hazards, but rather by the interplay of multiple hazards and drivers known as compound events. Such events can be the simultaneous occurrence of different hazards, the occurrence of a hazard after some preconditioning, the concurrence of several events across space, and the clustering of hazards in time. Climate change may affect drivers of compound events, the actual hazards themselves as well as the dependence between hazards. Here I will first present a typology of compound events, illustrated by brief examples. Second, I will discuss three examples of compound events in a changing climate in detail: the global hazard of compound coastal flooding, i.e., concurrent storm surges and high precipitation events; an event of about 3000 landslides in Austria triggered by heavy precipitation falling on moist soil; and hot and long drought events over Europe.
"CS" - KIT-Campus Süd (Universität), Gebäude 30.23 (Physikhochhaus), Seminarraum 13/2
"CN" - KIT-Campus Nord (Forschungszentrum), Gebäude 435 (IMK), Raum 2.05
(Besucher bitte Personalausweis mitbringen!)