This study investigates the short- and long-run impact on population dynamics of the major flood in the Netherlands in 1953. A dynamic difference-in-differences analysis reveals that the flood had an immediate negative impact on population growth, but limited long-term effects. In contrast, the resulting flood protection program (Deltaworks), had a persisting positive effect on population growth. As a result, there has been an increase in population in flood-prone areas. Our results suggest a moral hazard effect of flood mitigation leading to more people locating in flood-prone areas, increasing potential disaster costs
Flood events that have proven to create shock waves in society, which we will call shock events, can...
Damage from weather-related events is expected to increase in the future due to socio-economic growt...
Adverse consequences of floods change in time and are influenced by both natural and socioeconomic t...
This study investigates the short- and long-run impact on population dynamics of the major flood in ...
Flood risks of deltaic areas increase because of population growth, economic development, land subsi...
Human societies have learnt to cope with flood risks in several ways, the most prominent ways being ...
The effectiveness of disaster risk management and financing mechanisms depends on an accurate assess...
Potential loss of life is considered an important indicator of flood risk. We examine the future dev...
Delta areas such as the Netherlands are more and more at risk of future flooding due to global clima...
This study examines flood risk perceptions of individuals in the Netherlands using a survey of appro...
The Netherlands is protected from flooding by a complex system of flood protection infrastructure. A...
Increasingly, roles and responsibilities of the public sector in flood risk management are receiving...
This paper focuses on the causes and impacts of flood events between 1400 and 1953 in the estuaries ...
In this study, we explore the long-term trends of floodplain population dynamics at different spatia...
Dams in the Netherlands have never been stronger so the probability of encountering floods from rive...
Flood events that have proven to create shock waves in society, which we will call shock events, can...
Damage from weather-related events is expected to increase in the future due to socio-economic growt...
Adverse consequences of floods change in time and are influenced by both natural and socioeconomic t...
This study investigates the short- and long-run impact on population dynamics of the major flood in ...
Flood risks of deltaic areas increase because of population growth, economic development, land subsi...
Human societies have learnt to cope with flood risks in several ways, the most prominent ways being ...
The effectiveness of disaster risk management and financing mechanisms depends on an accurate assess...
Potential loss of life is considered an important indicator of flood risk. We examine the future dev...
Delta areas such as the Netherlands are more and more at risk of future flooding due to global clima...
This study examines flood risk perceptions of individuals in the Netherlands using a survey of appro...
The Netherlands is protected from flooding by a complex system of flood protection infrastructure. A...
Increasingly, roles and responsibilities of the public sector in flood risk management are receiving...
This paper focuses on the causes and impacts of flood events between 1400 and 1953 in the estuaries ...
In this study, we explore the long-term trends of floodplain population dynamics at different spatia...
Dams in the Netherlands have never been stronger so the probability of encountering floods from rive...
Flood events that have proven to create shock waves in society, which we will call shock events, can...
Damage from weather-related events is expected to increase in the future due to socio-economic growt...
Adverse consequences of floods change in time and are influenced by both natural and socioeconomic t...