New PDF release: Urban Flood Management
By Chris Zevenbergen, Adrian Cashman, Niki Evelpidou, Erik Pasche, Stephen Garvin, Richard Ashley
I constructing THE FRAMEWORK1 atmosphere the level for built-in city Flood Management1.1 Why are towns specific cases?1.2 the town as a residing organism1.3 Vulnerability of city parts: a coarse guide1.4 facing uncertainty1.5 Adoption of a approach approach2 city floods2.1 The impact of weather and different factors2.2 varieties of flooding2.3 Pitfalls in utilizing the old recordII DRIVERS FOR CHANGE3 Urbanisation3.1 rules of land-use planning3.2 city typologies: from principal sq. to area city3.3 transforming into and shrinking: density matters precipitated by means of globalisation3.4 Megacities within the delta4 Read more...
summary: I establishing THE FRAMEWORK1 atmosphere the degree for built-in city Flood Management1.1 Why are towns certain cases?1.2 town as a dwelling organism1.3 Vulnerability of city parts: a coarse guide1.4 facing uncertainty1.5 Adoption of a procedure approach2 city floods2.1 The impression of weather and different factors2.2 varieties of flooding2.3 Pitfalls in utilizing the historic recordII DRIVERS FOR CHANGE3 Urbanisation3.1 ideas of land-use planning3.2 city typologies: from primary sq. to side city3.3 becoming and shrinking: density matters triggered by means of globalisation3.4 Megacities within the delta4
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Additional resources for Urban Flood Management
The managed flooding system is the complex, dynamic risk-producing–risk-response system that adapts to changes in drivers for flood risks. This system can be depicted Textbox 1-5 The ‘managed’ flooding system, PES and SES The ‘managed’ flooding system is the complex, dynamic riskproducing–risk-response system that adapts to changes in drivers for flood risk. It comprises the Physico-Environmental Subsystem (PES) and the Socio-Economic Subsystem (SES) in mutual interactions. The PES includes the combination of physical structures and the environment.
Recovery capacity Recovery capacity is the third component and refers to the capacity of a society to recover to the same or an equivalent state as before the emergency. It is the capacity of a flooded area to reconstruct buildings, infrastructure and dikes. The objective of developing and increasing recovery capacity is to quickly and effectively respond after a disaster. The time horizon is instantaneous, right after the disaster, but will change gradually towards a focus on the future. Although economical damage estimates may be difficult, the uncertainty of the hazard magnitude will be relatively low compared to possible future hazards because the effects will still be noticeable.
The progress of ‘flood control works’ and changes in social behaviour resulted in a reduction of the number of fatalities. Better weather forecasting and early warning allowed the population to prepare for floods. In the three consecutive years after 1974, dike breaches of the major rivers Tama, Ishikari and Nagaramajor resulted again in devastating flood disasters. Realising that infrastructural measures (flood defences) alone could not completely overcome the floods, an integrated approach was launched in 1977 (Ando and Takahasi, 1997).
Urban Flood Management by Chris Zevenbergen, Adrian Cashman, Niki Evelpidou, Erik Pasche, Stephen Garvin, Richard Ashley