Open AccessUse of an agent‐based model and Monte Carlo analysis to estimate the effectiveness of emergency management interventions to reduce loss of life during extreme floods
Author(s) -
Lumbroso D.,
Davison M.
Publication year - 2018
Publication title -
journal of flood risk management
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 1.049
H-Index - 36
ISSN - 1753-318X
DOI - 10.1111/jfr3.12230
Subject(s) - flood myth , psychological intervention , environmental science , population , emergency management , monte carlo method , hydrology (agriculture) , geography , statistics , engineering , mathematics , medicine , environmental health , geotechnical engineering , psychiatry , political science , law , archaeology
This paper describes the use of an agent‐based model, known as the Life Safety Model ( LSM ) and a Monte Carlo analysis to assess the effectiveness of emergency management interventions in terms of loss of life, taking into account uncertainties in the physical characteristics of the population at risk, represented by people's height and mass. The work considered Canvey Island as a case study, which is located in the Thames Estuary. The average ground level of the island is 1 m below the mean high tide level. Canvey Island is protected against inundation by a series of flood defences. In 1953, the island was inundated by the Great North Sea Flood that breached the defences and led to the deaths of 58 people. A number of emergency management interventions (e.g. safe havens and flood warnings) were considered to ascertain if the loss of life in 1953 could have been reduced. The LSM was found to be an effective tool to compare different emergency management measures to ensure that loss of life is minimised when an extreme flood event occurs.