PROBABILISTIC RESILIENCE ASSESSMENT OF CANADIAN COASTAL INFRASTRUCTURE**UNDER SYSTEMIC-RISKS

由于沿海地区自然灾害事件的频率和规模增加，越来越需要确保地球仪脆弱的沿海基础设施系统的复原力。这一脆弱性的原因是，独联体为 ** 数百万人服务的不同组成部分（如港口、滨水区和海港）的设计不足以抵御慢性（如海岸线侵蚀和海平面上升）** 和急性（如地震、飓风和沿海洪水）灾害。这是现在比以往任何时候都更相关 ** 因为独联体和其他关键基础设施系统，如 ** 电力，水，食品，通信，交通和金融系统之间的复杂的相互依赖性。该项目将侧重于开发 ** 一个框架，以评估加拿大独联体的弹性和减轻风险下的多重和相互作用 ** 灾害。

As a result of the increased frequency and magnitude of natural hazard events in coastal areas, there has been a**growing need to ensure resilience of vulnerable coastal infrastructure systems (CIS) across the globe. This**vulnerability is attributed to the fact that different CIS components (e.g. ports, waterfronts and harbors), serving**millions of people, were not adequately designed to withstand chronic (e.g. shoreline erosion and sea level rise)**and acute (e.g. earthquakes, hurricanes and coastal flooding) hazards. This is more relevant now than ever**before because of the complex interdependency between CIS and other critical infrastructure systems such as**power, water, food, communication, transportation, and financial systems.This project will focus on developing**a framework to evaluate the resilience of Canadian CIS and mitigate risk under multiple and interacting**hazards.