A Quantitative Approach to Assess Seismic Vulnerability of Touristic Accommodations: Case Study in Montreal, Canada

Abstract

In many places of the world, the interruption of touristic activities in the aftermath of a catastrophic earthquake is often neglected in the evaluation of seismic risks; however, these activities can account for a significant proportion of short-term and long-term economic impacts for these regions. In the last decade, several rapid visual screening techniques have been developed to define the typology of buildings and to estimate their seismic vulnerability and potential for damage. We adapted the existing screening procedures that have been developed for generic buildings to specific circumstances that are most common for tourist accommodations. The proposed approach considered six criteria related to structural and nonstructural elements of buildings, as well as local soil conditions. A score was assigned to each criterion as a function of the capacity of the elements to resist ground shaking. A vulnerability index in four levels of building vulnerability was developed combining the scores of the six criteria. The approach was tested in a pilot area of Montreal to a set of 70 typical buildings grouped in four categories based on their accommodation capacity. In Montreal, tourism is an important source of income for the city where 351,000 room-nights were booked with total stay expenditures of CAD 4.9 billion in 2019. The results indicated potential significant disruptions in activities related to tourism; 46% of the buildings investigated have a high to very high vulnerability index. Among them, 4/5 are located in the old city and 1/5 in the downtown area of the pilot zone.

A case study on the updates of Turkish rapid visual screening methods for reinforced-concrete buildings

“…The characteristics of the building stock in any region are one of the important factors that will directly affect the losses that may occur (Kaplan et al, 2010;Işık, 2016;Bilgin et al, 2021). In this context, seismic vulnerability assessment is a major concern, especially in regions where earthquakes are common (Harirchian et al, 2021a;Arslan, 2010;Candela et al, 2021). In this context, determining the earthquake safety of buildings before a possible earthquake ensures correct decisions about the existing building stock (Doğan et al, 2021;Sipos and Hadzima-Nyarko, 2017;Yakut, 2004;Bilgin and Uruçi, 2018).…”