Review of flooding indices : Indices applicable for a Swedish context
Claude Pagnon Eriksson, Nils Johansson
Abstract
Claude Pagnon Eriksson, Nils Johansson
Abstract
Flood risk indices and methods (such as flood risk maps) can be used for long-term pro-active activities like urban planning to reduce flooding risk but also for short-term action such as issuing early warnings when hydro-meteorological conditions are expected to develop in a way that could lead to flooding. There are many different flood risk indices and methods used in the world and this study aims to review and identify flood risk indices that could also be applicable for a Swedish context. Ten flood risk indices or methods were discovered through a comprehensive literature review. These are described in the report, including required input parameters, information about testing or validation of the method and finally advantages and disadvantages of the method with regards to its potential use in a Swedish context. (Less)
OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Flood risk indices and methods (such as flood risk maps) can be used for long-term pro-active activities like urban planning to reduce flooding risk but also for short-term action such as issuing early warnings when hydro-meteorological conditions are expected to develop in a way that could lead to flooding. There are many different flood risk indices and methods used in the world and this study aims to review and identify flood risk indices that could also be applicable for a Swedish context. Ten flood risk indices or methods were discovered through a comprehensive literature review. These are described in the report, including required input parameters, information about testing or validation of the method and finally advantages and disadvantages of the method with regards to its potential use in a Swedish context. (Less)
Key concepts: Flooding (psychology), Flood myth, Flood risk assessment, Context (archaeology), Risk analysis (engineering), Risk assessment, Environmental science, Computer science