The Exposure of Anthropogenic Systems to Natural Hazards
As there is a scarcity of literature quantifying the direct and indirect damage and consequential loss caused by most natural hazards, we shall treat some important aspects here. In view of the many parameters that must be considered we must, however, limit ourselves to a general discussion of the respective parameters, and the discussion will predominantly deal with earthquakes and the methodology developed for this field to illustrate the assessment and handling of other hazards.
KeywordsReturn Period Natural Hazard Severe Flood Damage Ratio Loss Level
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- Hurst HE (1951) Long-term storage capacity of reservoirs. T Am Soc Civil Eng 116: 770 - 799Google Scholar
- Tiedemann H (1984) A model for the assessment of seismic risk. Proc. 8th WCEE, San Francisco, 1: 199 - 206Google Scholar
- Tiedemann H (1987) Small earthquakes - small exposure? Swiss Reinsurance Co., ZurichGoogle Scholar
- Tiedemann H (1988a) The technical assessment of catastrophe risks. Rendez-Vous de Septembre, Monte-CarloGoogle Scholar
- Tiedemann H (1988b) The force of water. Swiss Reinsurance Co., ZurichGoogle Scholar
- Tiedemann H (1989) Indirect loss and damage caused by earthquakes: A general treatment. UNDP/UNDRO/USSR Training Seminar, MoscowGoogle Scholar
- Tiedemann H (1990) Newcastle: The writing on the wall. Swiss Reinsurance Co., ZurichGoogle Scholar
- Tiedemann H (1992a) Global earthquake and seismic index maps and catalogue. Proc. loth WCEE, 10: 6195 - 6198Google Scholar
- Tiedemann H (1992b) Earthquakes and volcanic eruptions: A handbook on risk assessment. Swiss Reinsurance Co., ZurichGoogle Scholar
- Tiedemann H (1995) The Kobe earthquake January 17,1995. Partner Reinsurence Co., BermudaGoogle Scholar
- Tiedemann H (1997) Floods: Causes, effects and risk assessment. Partner Reinsurance Co., BermudaGoogle Scholar
- Tiedemann H (1999) The economic consequences of floods and landslides. In: Casale R, Margottini C (eds) Floods and landslides integrated risk assessment. Springer-Verlag, Berlin, pp 221-244Google Scholar