Process-product studies have been central to the development of process sedimentology
over the past few decades, with the ability to first measure flows, and then examine the …

Turbidity currents, and other types of submarine sediment density flow, redistribute more
sediment across the surface of the Earth than any other sediment flow process, yet their …

Advances in acoustic imaging of submarine canyons and channels have provided accurate
renderings of sea‐floor geomorphology. Still, a fundamental understanding of channel …

Changes in sediment supply and caliber during the last∼ 130 ka have resulted in a complex
architectural evolution of the Y channel system on the western Niger Delta slope. This …

Intense turbidity currents occur in the Malaylay Submarine Canyon off the northern coast of
Mindoro Island in the Philippines. They start in very shallow waters at the shelf break and …

We investigate the relationship between the cross-sectional geomorphic expression of a
submarine channel as observed on the seafloor and the stratigraphic product of long-lived …

Submarine turbidity currents are a special type of sediment gravity flow responsible for
turbidite deposits, attracting great interests from scientists and engineers in marine and …

High‐resolution bathymetry, seismic reflection, and piston core data from a submarine
channel on the western Niger Delta slope demonstrate that thick, coarse‐grained …

Near-seafloor core and seismic reflection-data from the western Niger Delta continental
slope document the facies, architecture, and evolution of submarine channel and intraslope …

Tropical cyclones impose stresses on narrow and shallow continental shelves. The
interaction of strong wind-and wave-induced currents with the local topography near the …