Continental shelf sediments store large amounts of organic carbon. Protecting this carbon
from release back into the marine system and managing the marine environment to …

Mud depocenters (MDCs) represent major proximal-marine sinks for fine-grained
terrigenous material, carbon, and contaminants on modern continental shelves. Throughout …

The water body's suspended concentration reflects many coastal environmental indicators,
which is important for predicting ecological hazards. The modeling of any concentration in …

The energetic, macrotidal shelf off South West England was used to investigate the influence
of different tide and wave conditions and their interactions on regional sand transport …

Biofilm-sediment aggregate (BSA) contains a high water content, either within internal pores
and channels or bound by extracellular polymeric substances (EPS) forming a highly …

The impact of wind waves and salt marsh erosion on sediment transport dynamics of macro-
tidal estuarine systems has been examined using a numerical model. Morphological …

In coastal areas, biofilms are often subject to disturbance by hydrodynamic forcing,
bioturbation and human activities. These factors affect the influences biofilms have on the …

We address a long-standing problem of how nutrients are transported from the shelf edge
and from rivers to support regular, seasonal primary production in the interior of a wide …

Numerical models of sediment transport in estuarine systems rely on parameter values that
are often poorly constrained and can vary on timescales relevant to model processes. The …

Accurately measuring the critical shear stress is crucial for numerous applications, such as
sediment transport modeling, erosion prediction, and the design of sustainable coastal …