盆地内地质构造断裂和采煤活动中产生的采动断裂互相叠加，构成了十分复杂的地下断裂网络。
The move crevasse superimposes mutually and constitutes the complex underground crevasse network, which are produced by geologic structure crevasse in Fuxin Basin and mining coal.
大杨树盆地经历了多期变形作用，具有以伸展构造为主、并被挤压构造和反转构造叠加的构造特征。
Dayangshu Basin experienced multistage deformations, which is characterized mainly by extensional structures, and was superimposed by compressional structures and positive inversion structures.
川西北盆地在新生代是一个典型的构造叠加区域，来自龙门山和米仓山的变形在此相互作用。
The Northwest Sichuan Basin is a typical tectonic superposition region in Cenozoic, where the deformations transferred from the Longmenshan and Micangshan affected together.
盆地中的所有构造特征都是这三大前陆盆地系统各构造组成要素叠加复合的结果。
All of the structures in the basin are resulted from the piling-up and compounding of the three systems.
要认识和重建某个地质历史时期盆地的原始构造格局和沉积特征，就必须除去后期叠加的构造层和构造变形，即反序构造分析法。
Then use antitone structural analysis method to recognize and reconstruct the primary tectonic structure and sedimentary feature of a basin in certain geological history.
多期裂陷和反转构造作用的叠加导致了相对复杂的构造格架样式和盆地地质结构。
Complicated tectonic styles and geological structures were generated by multi-episodic rifting and inversion.
临清坳陷白海西期以来各地质时期的盆地格局在垂向和横向上均存在着明显的差异，后期盆地对先期盆地进行了强烈的叠加构造。
Since Hercynian Era there have been obvious differences in vertical and horizontal basin pattern of Linqing depression, a strong superposition structure of post basin being on the earlier basins.
临清坳陷白海西期以来各地质时期的盆地格局在垂向和横向上均存在着明显的差异，后期盆地对先期盆地进行了强烈的叠加构造。
Since Hercynian Era there have been obvious differences in vertical and horizontal basin pattern of Linqing depression, a strong superposition structure of post basin being on the earlier basins.
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