Geotechnical data are increasingly utilized to aid investigations of coastal erosion and the
development of coastal morphological models; however, measurement techniques are still …

This article reviews the status of knowledge gaps and co-production process challenges that
impede coastal flood hazard resilience planning in communities of northwestern Alaska …

Declining Arctic sea ice over recent decades has been linked to growth in coastal hazards
affecting the Alaskan Arctic. In this study, climate model projections of sea ice are utilized in …

ABSTRACT Buzard, RM; Kinsman, NEM; Maio, CV; Erikson, LH; Jones, BM; Anderson, S.;
Glenn, RJT, and Overbeck, JR, 2023. Barrier island reconfiguration leads to rapid erosion …

In 2021, the reinstatement of the Federal Flood Risk Management Standard (FFRMS)
required federally funded projects to recognize potential increases in flood hazards over …

Arctic amplification of climate change has resulted in increased coastal hazards impacts to
remote rural coastal communities in Alaska where conducting research can be difficult …

Coastal hazards have increased worldwide because of global climate change, resulting in
major environmental shifts with Arctic and sub-Arctic regions at the forefront (Cohen et al …

Oceanic erosion in arctic coastal areas experiences some of the highest erosion rates with
an average rate ranging from 2 to 6 m/year and extreme events seeing as much as 20 …

Arctic shorelines are vulnerable to climate change impacts as sea level rises, permafrost
thaws, storms intensify, and sea ice thins. Seventy-five years of aerial and satellite …