Disasters · 2011 · 60 citations · 25 references
PlanningRisk ManagementDisaster Risk ReductionFlood Risk ManagementRisk AssessmentDisaster MitigationDisaster Risk AssessmentFlood Risk AssessmentFlood Risk ReductionHazard AssessmentNatural HazardsGeographical Information System MappingHousehold Adaptive CapacityHousehold Coping CapacityLocal Knowledge ElicitationLocal Knowledge TransferLocal Knowledge TransmissionPublic Participatory Geographic Information SystemsRisk
The accumulated knowledge and perceptions of communities 'at risk' are key elements in managing disaster risk at the local level. This paper demonstrates that local knowledge of flood hazards can be structured systematically into geographic information system (GIS) outputs. When combined with forecasting models and risk scenarios, they strengthen the legitimacy of local knowledge of at-risk populations. This is essential for effective disaster risk reduction practices by external actors, local non-governmental organisations (NGOs) and municipal authorities. The research focused on understanding coping strategies and 'manageability' of flood hazards as defined by communities. 'Manageability' is how people experience flooding in relation to their household capacity and the coping mechanisms available. The research in the Philippines highlights the significance of localised factors, including socioeconomic resources, livelihoods, seasonality and periodicity, for understanding manageability. The manageability concept improves practice at the municipal level by legitimising local coping strategies, providing better indicators, and developing understanding of flooding as a recurrent threat.
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Geographic information systems and science
International Journal of Digital Earth · 2011 · 1.7K citations · Full text
John C. Hudson · Annals of the Association of American Geographers · 1979 · 1.4K citations
Geographic information systems and science
A. Retalis · The Photogrammetric Record · 2005 · 912 citations · Full text