Timing and implications for the late Mesozoic geodynamic settings of eastern North China Craton: Evidences from K–Ar dating age and sedimentary–structural characteristics records of Lingshan Island, Shandong Province
作者: Jie LiAiwen JinGuiting Hou
作者单位: 1Peking University
2Shandong University of Science and Technology
刊名: Journal of Earth System Science, 2017, Vol.126 (8)
来源数据库: Springer Journal
DOI: 10.1007/s12040-017-0901-4
关键词: Lingshan IslandEastern North China CratonLate MesozoicTectono-sedimentary evolutionStress fieldGeodynamic
英文摘要: The Lingshan Island in Shandong Province in the eastern North China Craton, well known for the Late Mesozoic multi-scale slide-slump structures is related to paleo-earthquake. Terrigenous clastic rocks, volcanic clastic rocks and volcanic lavas are extensively exposed in the Lingshan Island and its adjacent regions of the Shandong Province, which led to fierce debates on their ages, sedimentary characteristics and tectono-sedimentary evolution. In this contribution, we present the characteristics of the Late Mesozoic stratigraphy in the Lingshan Island. Whole-rock K–Ar dating of dyke at Beilaishi and rhyolites at Laohuzui of the Lingshan Island yielded ages of 159 Ma and \(106\hbox {–}92\hbox { Ma}\) which coincides with the Laiyang Period rifting and the Qingshan Period rifting in the...
原始语种摘要: The Lingshan Island in Shandong Province in the eastern North China Craton, well known for the Late Mesozoic multi-scale slide-slump structures is related to paleo-earthquake. Terrigenous clastic rocks, volcanic clastic rocks and volcanic lavas are extensively exposed in the Lingshan Island and its adjacent regions of the Shandong Province, which led to fierce debates on their ages, sedimentary characteristics and tectono-sedimentary evolution. In this contribution, we present the characteristics of the Late Mesozoic stratigraphy in the Lingshan Island. Whole-rock K–Ar dating of dyke at Beilaishi and rhyolites at Laohuzui of the Lingshan Island yielded ages of 159 Ma and \(106\hbox {–}92\hbox { Ma}\) which coincides with the Laiyang Period rifting and the Qingshan Period rifting in the...
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影响因子:0.695 (2012)

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关键词翻译
关键词翻译
  • Mesozoic 中生代
  • sedimentary 沉积的
  • dating 年代测定
  • records 案卷
  • eastern 东方的
  • subduction 俯冲
  • extension 延长
  • China 中国
  • volcanic 火山的
  • formations 社区