CENOZOIC BASIN-CONTROLLING FAULTS AND THEIR BEARING ON BASIN GROUPS FORMAION IN THE SOUTHERN SOUTH CHINA SEA: CENOZOIC BASIN-CONTROLLING FAULTS AND THEIR BEARING ON BASIN GROUPS FORMAION IN THE SOUTHERN SOUTH CHINA SEA

Lijuan Xiong, Li Sanzhong, Y. Suo, Xin Liu, Shan Yu, S. Cheng, Y. Xue, Huiting An, L. Dai, Yun Ma, Xiaofei Wang
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引用次数: 11

Abstract

There are many small and medium-sized Cenozoic sedimentary basins in the southern South China Sea,such as the Nanweixi Basin,the Beikang Basin,the Liyue Basin,the Zengmu Basin,the Nansha Trough,the Brunei-Sabah Basin,the Northwest Palawan Basin and other basins from north to south.In general,NE-trending faults control the formation of the half grabens with faulting in the north and overlapping in the south.However,single grabens are mainly developed in the northern continental slope,while two-layered basins developed in the south of the region,of which the lower layer is the graben and the upper layer the imbricated nappes.According to the nature of main controlling faults and the transition of the basins at different evolutionary stages,these basins can be divided into three groups: the rift basin group(the Nanweixi,Beikang and Liyue basins),the rift-pull-apart-foreland superimposed basin group(the Zengmu basin) and the rift-foreland basin group(the Nansha Trough,Brunei-Sabah,the Northwest Palawan basins).The formation of these basin groups is closely related to major marginal faults of the basins and secondary faults in the sub-basins.Based on the nature of the faults,the basin-controlling fault belts can be subdivided into three types: tensile,shear and compressional,including the extensional fault belt in the northern edge of the Nansha Trough,the strike-slip fault belts at the west edge of the Wanan Basin and the Lupar and the Tingjia-Lee Jun Fault belts,and the thrust fault belt in the southern edge of the Nansha Trough.Tectonic events which happened in southern South China Sea,such as the South China Sea Movement in Oligocene and the Nansha Movement in the Middle Miocene,affected the basins to various degrees.As the result,there was the inversion from a rift basin/pull-apart basin to a marine foreland basin,as well as the inversion of fault belts from normal faults to reverse faults or strike-slip faults.The kinetic mechanism of the basin groups varies in different stages.In the early stage,it may be related to the continental rifting of the southeast edge of the Eurasia continent,and the subduction and dragging of the Paleo-South China Sea slab resulted in the splitting of southern South China Sea from the South China continent,and then,half garbens formed with faulting in the north and overlapping in the south.In the later period(about 16 Ma),the north-directed imbricated thrust nappes propagated forward in the southern South China Sea due to the collision of the southern Australian Plate to the northern Eurasian Plate,which resulted in the transition of basin types and the counterclockwise rotation of the Borneo Block.
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南海南部新生代控盆断裂及其对盆地群形成的影响:南海南部新生代控盆断裂及其对盆地群形成的影响
南海南部新生代沉积盆地中有许多中小型沉积盆地,如南威西盆地、北康盆地、利越盆地、曾母盆地、南沙海槽、文莱-沙巴盆地、西北巴拉望盆地等自北向南分布。北东向断裂控制了北断南叠半地堑的形成。北部陆坡主要发育单地堑,南部发育两层盆地,下部为地堑,上部为叠瓦推覆体。根据主控断裂的性质和盆地在不同演化阶段的过渡,将盆地划分为3组:裂谷盆地组(南渭西、北康和利越盆地)、裂谷拉裂-前陆叠加盆地组(曾母盆地)和裂谷-前陆盆地组(南沙海槽、文莱-沙巴盆地、巴拉望西北盆地)。这些盆地群的形成与盆地边缘大断裂和次盆地次级断裂密切相关。根据断裂的性质,控盆断裂带可划分为张性、剪切性和挤压性3种类型,包括南沙海槽北缘的张性断裂带、万安盆地西缘的走滑断裂带、卢巴断裂带和亭家-李军断裂带以及南沙海槽南缘的逆冲断裂带。南海南部发生的渐新世南海运动和中中新世南沙运动等构造事件对盆地产生了不同程度的影响。其结果是裂谷盆地/拉分盆地向海相前陆盆地的反转,以及正断层向逆断层或走滑断层的断裂带的反转。盆地群的运动机制在不同阶段有所不同。早期可能与欧亚大陆东南缘的大陆裂谷作用有关,古南海板块的俯冲和拖曳作用导致南海南部与华南大陆分离,形成北断南叠的半加本构造。后期(约16ma),南澳大利亚板块与北欧亚板块的碰撞使北向叠瓦状逆冲推覆体在南海南部向前扩展,导致盆地类型的转变和婆罗洲地块的逆时针旋转。
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