An increasing number of papers incorporate machine learning (ML) approaches to analyze
spatially and temporally rich data sets in geomorphology. These data-driven approaches …

The COVID-19 pandemic significantly altered personal and group behaviors that may
directly or indirectly affect other public health issues. This paper examines if and how COVID …

The behavior and predictability of rip currents (strong, wave‐driven offshore‐directed
surfzone currents) have been studied for decades. However, few studies have examined the …

The morphodynamics of the Leucate double-crescent bar system was studied over twenty
years using bathymetric data supplemented by satellite images and video monitoring …

Rip currents at beaches are a public health hazard, with the potential to have serious socio-
economic impacts on coastal communities globally, particularly those that depend on …

The risk exposure to rip currents may be reduced by increasing beach users' ability to
effectively identify the presence of rips. Static photographs have been widely used to assess …

Rip currents can move unsuspecting swimmers offshore rapidly and represent a significant
risk to beach users worldwide, including along the northern coast of Prince Edward Island …

Thelake equation'on a planar domain $ D $ with bathymetry $ b (x, y) $ is given by $\partial_t
u+(u\cdot {\rm grad}) u=-{\rm grad}\, p\,,\,\,{\rm div}(bu)= 0\,,\,\text {with}\,\, u\parallel\partial D …

Sandy beaches are highly attractive but also potentially dangerous environments for those
entering the water as they can expose to physical hazards in the surf zone. The most severe …

Shore-oblique bathymetric features occur around the world and have been statistically
correlated with enhanced shoreline retreat on sandy beaches. However, the physical …