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Flood Loss Modelling
Podlaha, Adam ; Hladný, Josef (advisor) ; Langhammer, Jakub (referee) ; Reidinger, Josef (referee)
Conclusions Floods (cunently the most frequently registered type of natural hazard) are considered tohave mosily negative and therefore important effe factors coming from three main compone *rr "";;;'"!]; r] rjrr*^*;:,r::::,,:;Throughout human history, changes have occurred I changes with a greater rever of significance nuu.ut*tn the Hazard component' However, Expo.rure and Vulnerabiliry fronts. Insurance .,",*.'Tj;::.:ť,L':i|j:'f J],.:;distributing the adverse risks of flooding. Reinsuran transfer. Flood Loss modr oraLossExceedancer.".m*;xi:;jiil:,il:il:il*::l;:TJ ighly interdisciplinary approach. using GIS and statistical analysis toors and with the support of various datasets amethodology for creating a series offlood extents (incruding a software sorution) for differentrecunence intervars was proposed' Emproying techniques described in this thesis, a set ofstochastic events can be generated and the losses associated with them carcurated. Amethodorogy dealing with the off-floodprain rosses estimation has arso been developed. Themethods introduced have been appried in rear cases and have been used in the currentinsurance market for several years. The rong term goar of devetoping flood moders is the mitigation of future flood losses. Thiscan be achieved through a better understanding of the flood |oss...
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