Interactions between along-slope bottom currents and down-slope turbidity flows can create
a myriad of features and deposits. Despite numerous efforts to differentiate contourites from …

等深流与重力流在深水环境中较为常见, 两者在地质历史时期中可存在相互作用进而形成交互
作用沉积. 结合近20 年研究成果, 对深水等深流与重力流交互作用的沉积类型, 鉴别标志 …

Most of the ongoing discussions about natural hydrogen (H 2) exploration focus on surface
hydrogen occurrences and generation processes. However, the trapping process is the most …

The sedimentary architecture of channelized turbidites can be highly complex as it reflects
the response of submarine channels to several interplaying factors. Although intensively …

Deep-marine fans receive much attention because of their high potential for hydrocarbon
exploration. Shallow-marine fans are much rarer and less well investigated. Particularly the …

At the end of the Palaeozoic Era, most species on Earth disappeared completely and the
global sedimentary environment and biology changed dramatically. The Permian–Triassic …

Turbidity currents, a form of particulate gravity current, are an important agent of sediment,
nutrient and pollutant transport into deep marine settings. They commonly form submarine …

Mass transport deposits (MTDs) play a significant role in the exploration and production
activities in many hydrocarbon provinces around the world, acting as seals, forming traps or …