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Strong earthquakes can trigger several phenomena inducing soil deformation, such as liquefaction, ground fracturing&#13; and landslides, which can often cause more damage than the seismic shaking itself. A research performed&#13; on numerous historical accounts reporting descriptions of seismogeological effects in central-eastern Sicily, allowed&#13; the authors to update the previous liquefaction datasets. 75 liquefaction-induced phenomena observed in&#13; 26 sites, triggered by 14 earthquakes, have been used to define relationships between intensity/magnitude values&#13; and epicentral distance from the liquefied sites. The proposed upper bound-curves, at regional scale for central-&#13; eastern Sicily, are realized by using the updating liquefaction dataset and also the new CPTI04 Italian earthquake&#13; parametric catalogue. These relationships can be useful in hazard assessment to evaluate the minimum energy&#13; of an earthquake inducing liquefactions

A new dataset and empirical relationships between magnitude/intensity and epicentral distance for liquefaction in central-eastern Sicily