Climate & EnvironmentMigration & Displacement

Sea-Level Rise Exposure and Household Out-Migration in North Carolina

Linking spatially resolved sea-level-rise and flood exposure to longitudinal residential histories from a consumer-credit panel, to estimate how coastal inundation risk relates to household out-migration in North Carolina.

Active Jan 2024 – Hino Lab Research Affiliate

methods

geospatial analysiscausal inference

funder

Not externally funded

my role

Research Affiliate

principal investigator

Miyuki Hino

This project, based at the Hino Lab, examines how coastal inundation risk reshapes where North Carolinians live, using household residential histories spanning three decades.

We link spatially resolved sea-level rise and flood exposure estimates from NOAA and FEMA to a longitudinal consumer credit panel covering over 500,000 individual residential histories in North Carolina from 1990 to 2020. The credit panel provides the residential mobility signal: address changes over time at scale, without the attrition problems of traditional survey-based panels. We are applying IPTW, g-computation, and TMLE to this linked dataset to estimate how graded coastal inundation risk shapes households’ decisions to relocate, and whether lower-income and less-mobile households are least able to act on that risk. This work is a collaboration with Garcia, Hino, Kwass-Mason, and Yan at the Hino Lab.