Fluid mud supported by waves can move downslope on a gentle slope under gravity to
transport massive sediment across the continental shelf and cause significant …

Typhoons frequently occur in the East China Sea, which significantly affect the material
transport, marine hydrodynamics, and sedimentary environment of coastal currents in a …

Conventional methods of measuring total suspended sediments (TSS) and total particulate
phosphorus (TPP) are typically low-resolution and miss critical processes that impact their …

Cold-water corals (CWCs) have come under threat from anthropogenic activities such as
fishing despite their ecological significance as biodiversity hotspots and as such are being …

Establishing and operating a harmonized sediment monitoring system along large rivers
such as the Danube River is a challenging international task. As an element of such a …

Water flow (discharge) can affect water quality by influencing the concentration and transport
of waterborne contaminants. The effects of discharge on phosphorus (P) and particle …

Zooplankton can be detected by using acoustic Doppler current profiler (ADCP) instruments
through acquiring the mean volume backscattering strength (MVBS) data. However, the …

Monitoring of the suspended sediment concentration (SSC) is important for the analysis of
morphological processes in watersheds and rivers, river habitats, and human activities …

Sound propagates effectively through the water column, establishing hydroacoustic
technology as a premier method for underwater exploration, including the mapping of …

Fluvial suspended sediment transport plays an essential role in various morphological
processes, the quality of river habitats, and many social activities related to river …