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. The design of effective coastal protections requires an adequateestimation of the annual occurrence probability of rare events associatedwitha return period up to 10 3 years. Regional frequency analysis (RFA) hasbeen proven to be an applicable way to estimate extreme events by sortingregional datainto large and spatially distributed datasets. Nowadays, historical data areavailable to provide new insight on past event estimation. The utilisationof historical information would increase the precision and the reliability ofregional extreme's quantile estimation. However, historical data are fromsignificant extreme events that are not recorded by tide gauge. They usuallylook like isolated data and they are different from continuous data fromsystematic measurements of tide gauges. This makes the definition of theduration of our observations period complicated. However, the duration of the observationperiod is crucial for the frequency estimation of extremeoccurrences. For this reason, we introduced here the concept of “credibleduration”. The proposed RFA method (hereinafter referenced as FAB, from thename of the authors) allows the use of historical data together withsystematic data, which is a result of the use of the credible duration concept.

The use of historical information for regional frequency analysis of extreme skew surge