Characterisation of Storm Surge Risk in Atlantic Canada and the Eastern United States for Insurance and Coastal Stakeholders

Institution: Université du Québec (à Rimouski)
Theme: Environmental change
Area of Vulnerability: Coastal communities
Project Complete

Principal Investigator

  • Mathier BoudreaultUniversité du Québec à Rimouski

Postdoctoral Fellow

  • David CarozzaUniversité du Québec à Rimouski
Funding Call
Early Career & Postdoctoral Awards
Region
Atlantic
Years
2019
Funded By
Network Centres of Excellence (NCE)

Call

Postdoctoral Fellowship Awards, Cohort 2

Increases in sea-level due to human-driven global warming have brought coastal flooding to the forefront of coastal community planning and policymaking. In addition to increasing sea level, tropical and extratropical cyclones drive surge events that push tremendous amounts of seawater onto the coast and cause a wide variety of damage to people, property and ecosystems. Such surge events are an important source of flood risk in coastal regions of Atlantic Canada. This project proposes to build a surge model forced by cyclonic storms that is based on a tropical cyclone risk model that we are currently using, and to employ this model to construct a catalogue of storm surge events for the eastern Canadian and American coastlines.

MEOPAR Projects

240 Results Found
Funding Stream/Funding Call
Funding Streams
Region
Region
Year
Year
Type or Organization
Organization
Funded By*
Funded By
Search
Search
2026, 2027

Coastal Ocean Open Lab (COOL)

The Coastal Ocean Open Lab will expand access to open‑source, low‑cost ocean instruments, enabling communities…

Read More
2026, 2027

Mikilaaq Rising

Mikilaaq Rising is a short documentary on Inuit Nunangat (Inuit regions of Canada) from the…

Read More
2026, 2027

Phase II – Peskotomuhkatikuk Learning Hub

The Peskotomuhkatikuk Learning Hub blends science and Indigenous knowledge to strengthen ocean literacy among young…

Read More
2026, 2027

A coastal storm impact warning system in Ausuittuq, Nunavut

This project will co‑develop a bilingual (English and Inuktitut) early‑warning web app offering real‑time wave,…

Read More
Map