• Turmoil of turbulence-driven sediment transport: unifying theory links turbulent flow to practical suspension transport and slope debris movement, integrating Review of the theory of turbulent flow and its relation to sediment-transportation [17], The suspension of solids in a turbulent stream [20], and Behavior of suspension currents and mud slides on the continental slope [8].

• Coastal and shelf geomorphology emerge as primary controls on sediment pathways, illustrated by wave-incidence shaping shingle beaches [19], Culbin Sands coastal evolution [9], submarine canyon formation [15], and continental shelf sediment transport [5].

• Sediment source and geochemical context shaping fluxes and economic geology, drawing on origin and environment of source sediments of petroleum [12], Clyde Sea muds with phosphate and nitrogen [7], and Mississippi submarine trough salt domes [10].

• Hydrography and oceanography provide environmental backdrops for transport processes, with studies of shelf waters Cape Cod to Chesapeake Bay [11], South Atlantic hydrology [6], and evaporation effects on surface water dynamics [18].

• Sedimentation in reservoirs and land-water interactions, highlighting reservoir silting [14] and river-influenced sedimentation patterns linked to plant distribution and fluvial processes [16].