Long-term measurements of near-bottom currents and suspended sediment concentration on the outer Texas-Louisiana continental shelf

Field methods of a near-bed suspended sediment experiment in the Yangtze River, China

“…The vertical distribution of generalized velocity Halper and McGrail (1988) showed that the current direction is closely related to changes in the suspended sediment concentration. According to the measured data, the relative velocity along the water depth from the improved method basically had an exponential 5 Velocity comparisons between the common method and improved method distribution.…”

Field methods of a near-bed suspended sediment experiment in the Yangtze River, China

“…The vertical distribution of generalized velocity Halper and McGrail (1988) showed that the current direction is closely related to changes in the suspended sediment concentration. According to the measured data, the relative velocity along the water depth from the improved method basically had an exponential 5 Velocity comparisons between the common method and improved method distribution.…”

Variations in Offshore Suspended Sediment Characteristics and Effects of Ocean Dynamics: The Case of Terrebonne Bay, Northern Gulf of Mexico

“…Tidal current is responsible for the transport and redistribution of suspended sediment. (4,10,11) In the nearshore zone, oceanic forces drive sediment transport in both cross-and longshore directions, thereby generating variations in foreshore profile. (12)(13)(14) A strong relationship between wave power and shoreline retreat has been presented.…”

Field methods of a near-bed suspended sediment experiment in the Yangtze River, China

“…The vertical distribution of generalized velocity Halper and McGrail (1988) showed that the current direction is closely related to changes in the suspended sediment concentration. According to the measured data, the relative velocity along the water depth from the improved method basically had an exponential 5 Velocity comparisons between the common method and improved method distribution.…”

Variations in Offshore Suspended Sediment Characteristics and Effects of Ocean Dynamics: The Case of Terrebonne Bay, Northern Gulf of Mexico

“…Tidal current is responsible for the transport and redistribution of suspended sediment. (4,10,11) In the nearshore zone, oceanic forces drive sediment transport in both cross-and longshore directions, thereby generating variations in foreshore profile. (12)(13)(14) A strong relationship between wave power and shoreline retreat has been presented.…”

Field methods of a near-bed suspended sediment experiment in the Yangtze River, China

“…The vertical distribution of generalized velocity Halper and McGrail (1988) showed that the current direction is closely related to changes in the suspended sediment concentration. According to the measured data, the relative velocity along the water depth from the improved method basically had an exponential 5 Velocity comparisons between the common method and improved method distribution.…”

Variations in Offshore Suspended Sediment Characteristics and Effects of Ocean Dynamics: The Case of Terrebonne Bay, Northern Gulf of Mexico

“…Tidal current is responsible for the transport and redistribution of suspended sediment. (4,10,11) In the nearshore zone, oceanic forces drive sediment transport in both cross-and longshore directions, thereby generating variations in foreshore profile. (12)(13)(14) A strong relationship between wave power and shoreline retreat has been presented.…”