中生代“大东海”地层特征——一个新的勘探领域

Gang Li, Jian-ming Gong, Changqing Yang, Chuansheng Yang, Wenjuan Wang, Hairong Wang, Li Sanzhong
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引用次数: 11

摘要

基于最新的再处理和新获得的地震资料,运用地震、钻井、重磁逆处理和陆海对比等综合方法,对东海陆架盆地南部中生代的分布进行了研究,并对前人所定义的燕当、台北和观音三个隆升有了新的认识。研究发现,雁塘隆起实际上不是一个自北向南的连续隆起,而是一个由3个雁列隆起组成的古元古代隆起,它们向南消失。观音隆起和台北隆起均有稳定的中生代地层。结果表明,南海南部陆架盆地中生代地层厚度大,分布广泛。根据我们的资料,它在南部和东部较厚,在北部和西部较薄。在此基础上,本文提出了中生代大东海的概念,以总结新发现。
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Stratigraphic Features of the Mesozoic ``GREAT East China SEA''—A New Exploration Field
Based on the latest re-processed and newly acquired seismic data and using the integrated approaches including seismic,well drilling,inverse gravity and magnetic processing and land sea correlation,we studied the distribution of the Mesozoic in the southern East China Sea Shelf Basin,and got some new understandings about the three uplifts,namely the Yandang,Taibei and Guanyin uplifts,defined by previous studies.It is found that the Yandang Uplift is in fact not a continuously uplift from north to south,but an old Proterozoic uplift made up of three en echelon uplifts,which disappear southward.Mesozoic strata occur steadily on both the Guanyin and Taibei uplifts.Our results show that the Mesozoic strata in the Southern East China Sea Shelf Basin are quite thick and widely distributed.According to our data,it is thicker in the south and east,and thinner in the north and west.In this regard,the concept of Mesozoic Great East China Sea is proposed in this paper to conclude the new discoveries.
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来源期刊
CiteScore
0.10
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4176
期刊介绍: Marine Geology and Quaternary Geology launched in 1981 is a bimonthly academic journal sponsored by Qingdao Institute of Marine Geology, China Geological Survey, and published by the Science Press, China.The journal aims to publish original, cutting-edge, and explorative scientific results in the field of marine geology and sea-land Quaternary geology. The journal focus on reporting the latest research achievements supported by National Natural Science Foundation Project, National Key Project and International Cooperation Project, with priority to the results in China seas, global ocean and three poles, and the comparative study results between offshore and land, regional and global scientific issues.
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