Structure, distribution, and evolution history of the Early Holocene erosional mud ridge system on the inner East China Sea shelf near the Yangtze River estuary
Utilizing the collected high-resolution seismic dataset and accompanying borehole and
bathymetric data, we systematically evaluated the morphology, architecture, sedimentology,
and evolution of erosional mud ridges within the inner East China Sea (ECS) shelf. We
identified 20 mud ridges, ie, seismic reflection profile crossings of exposed or buried mud
ridges, which are 3.0–30.1 km in width and 2.5–17.3 m in height. The mud ridges are
composed predominantly of gray clayey silt, and on seismic profiles contain parallel to …
bathymetric data, we systematically evaluated the morphology, architecture, sedimentology,
and evolution of erosional mud ridges within the inner East China Sea (ECS) shelf. We
identified 20 mud ridges, ie, seismic reflection profile crossings of exposed or buried mud
ridges, which are 3.0–30.1 km in width and 2.5–17.3 m in height. The mud ridges are
composed predominantly of gray clayey silt, and on seismic profiles contain parallel to …
Structure, distribution, and evolution history of the Early Holocene erosional mud ridge system on the inner East China Sea shelf near the Yangtze River estuary.
FZB Feng ZhiBing, LBH Liu BaoHua, ZYX Zhao YueXia… - 2017 - cabidigitallibrary.org
Utilizing the collected high-resolution seismic dataset and accompanying borehole and
bathymetric data, we systematically evaluated the morphology, architecture, sedimentology,
and evolution of erosional mud ridges within the inner East China Sea (ECS) shelf. We
identified 20 mud ridges, ie, seismic reflection profile crossings of exposed or buried mud
ridges, which are 3.0-30.1 km in width and 2.5-17.3 m in height. The mud ridges are
composed predominantly of gray clayey silt, and on seismic profiles contain parallel to …
bathymetric data, we systematically evaluated the morphology, architecture, sedimentology,
and evolution of erosional mud ridges within the inner East China Sea (ECS) shelf. We
identified 20 mud ridges, ie, seismic reflection profile crossings of exposed or buried mud
ridges, which are 3.0-30.1 km in width and 2.5-17.3 m in height. The mud ridges are
composed predominantly of gray clayey silt, and on seismic profiles contain parallel to …
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