Findings from nearly two decades of research focused on the Columbia River littoral cell
(CRLC), a set of rapidly prograding coastal barriers and strand-plains in the US Pacific …

Ocean‐basin‐scale climate variability produces shifts in wave climates and water levels
affecting the coastlines of the basin. Here we present a hybrid shoreline change—foredune …

Abstract The Pacific Northwest of the United States exhibits complex spatial patterns of storm-
induced coastal foredune erosion. Using oceanographic and morphologic data from three …

Process-based nearshore morphodynamic models are commonly used tools by coastal
engineers and planners to predict the nearshore morphology change of sandy beaches …

ABSTRACT Conlin, M.; Cohn, N., and Ruggiero, P., 2018. A quantitative comparison of low-
cost Structure from Motion (SfM) data collection platforms on beaches and dunes …

The shoreline is often at the interface of a combination of physical, ecological, and socio-
economic forcing agents. Monitoring the shoreline changes across time is crucial to …

Seasonal variability in wave conditions drive corresponding cycles of erosion and accretion
along sandy beaches. Despite the fact that these oscillations are well documented at …

Coastal zones, critical for their ecological and economic significance, are increasingly
vulnerable to storm surges, sea-level rise, and land subsidence. Traditional defense …

Intertidal bars are naturally occurring morphological features along the waterline of sandy
beaches. Present quantitative knowledge on intertidal bar behavior is limited, due to the …

ABSTRACT Díez, J.; Cohn, N.; Kaminsky, GM; Medina, R., and Ruggiero, P., 2018. Spatial
and temporal variability of dissipative dry beach profiles in the Pacific Northwest, USA …