Co-producing research questions and solutions to coastal erosion in Nunatsiavut

Institution: Dalhousie University
Theme: Environmental change
Area of Vulnerability: Coastal communities

Principal Investigator

  • Eric OliverDalhousie University

Postdoctoral Fellow

  • Emma Jane HarrisonDalhousie University
Funding Call
Early Career & Postdoctoral Awards
Region
Arctic
Years
2021
Funded By
Network Centres of Excellence (NCE)

Call

Joint ArcticNet-MEOPAR Postdoctoral Fellowship

Climate change is dramatically enhancing the vulnerability of Arctic coastlines to erosion. Beaches and coastal bluffs in northern regions are disproportionately sites of human occupation and commonly associated with archaeological or cultural places. Local knowledge in Nunatsiavut identifies Webb Bay, located ~30 km north of Nain, as a bellwether of change for this region. The headland beach in Webb Bay was stable for centuries until rapid cliff retreat began ~5 years ago. 3This problem is urgent — if the accelerated retreat rates are maintained the first homes will be lost in a year or two. In collaboration with the Nunatsiavut Government and members of the Webb family, for whom the Bay is an ancestral home, we are undertaking a study of the coastal environment in Webb Bay. We will simultaneously monitor sediment transport on the coast and near shore oceanographic processes in a year-long study initiating in September 2022. Data generated will be used to quantify storm surge elevation, wave height, associated wind-field intensity and orientation, and the event-scale magnitude of erosion. As a basis for comparison with the data generated in the monitoring study, our research will estimate historic baselines for key environmental parameters based on modeled data and observations made by the Webb family. We will then apply these data towards predictive modeling of coastal change and to evaluate the potentials of erosion mitigation approaches. Our project was developed with consultation from the Nunatsiavut Government’s Archaeology Division, with the intention of using these results to characterize risk at a regional scale. Additionally, we will apply our data towards erosion prevention measures and informed adaptive decision making. Northern communities are frequently left to address coastal erosion unaided and with limited resources. Our team believes that this data-driven, community-engaged approach could have efficacy for this issue in other northern communities.

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