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Subsidence controls on foreland basin development of northwestern offshore Cuba, southeastern Gulf of Mexico

机译:古巴西北沿海古巴,墨西哥湾东南部前陆盆地发展的沉陷控制

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摘要

We reviewed the tectonostratigraphic evolution of the Jurassic-Cenozoic collision between the North American and the Caribbean plate using more than 30,000 km (18,641 mi) of regional two-dimensional (2-D) academic seismic lines and Deep Sea Drilling Project wells of Leg 77. The main objective is to perform one-dimensional subsidence analysis and 2-D flexural modeling to better understand how the Caribbean collision may have controlled the stratigraphic evolution of the offshore Cuba region.
机译:我们使用了超过30,000 km(18,641 mi)的区域二维(2-D)学术地震线和Leg 77深海钻探项目井,回顾了北美和加勒比板块之间侏罗纪-新生代碰撞的构造地层演化。主要目标是进行一维沉降分析和二维挠性建模,以更好地理解加勒比海碰撞如何控制了古巴近海地区的地层演化。

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