Coastal regions globally face escalating challenges from climate change, including rising
sea levels and intensified storm events. To address these threats, coastal resilience …

Quantitative predictions of marine and aeolian sediment transport in the nearshore–beach–
dune system are important for designing Nature-Based Solutions (NBS) in coastal …

Coastal communities commonly rely upon foredunes as the first line of defense against sea-
level rise and storms, thus requiring management guidance to optimize their protective …

The integration of coastal dunes planted with vegetation and dikes combines traditional
infrastructure with dynamic aeolian sediment and ecological processes to enhance coastal …

The formation and evolution of coastal dunes result from a complex interplay of eco-
morphodynamic processes. State-of-the-art models can simulate aeolian transports and …

Mega nourishments are innovative Nature-based Solutions to protect against coastal
erosion and flooding. By upscaling the volume of sand nourishments, mega nourishments …

Existing process-based models for simulating coastal foredune evolution largely use the
same analytical approach for estimating wind-induced surface shear stress distributions …

Existing process-based models for simulating coastal foredune evolution largely use the
same analytical approach for estimating wind induced surface shear stress distributions over …

Although the size of the grains forming a coastal profile vary along regions of the coast,
studies examining coastal sediment transport have been conducted mostly with a constant …

Aeolian sand strips are bedforms that often form on the beach during high wind events. The
sand strips can move across the beach resulting in sediment transport, but these sediment …