Shang Yanjun, Xia Bangdong, Lin Heming, et al. AN APPROACH TO LATE MESOZOIC ESCAPE TECTONICS IN LOWER YANGTZE REGION[J]. 1997, 18(3): 177-182.DOI: 10.11743/ogg19970302.
Lower Yangtze Region is situated in front of Qingling-Dabie Orogenic Belt.Its structural activities had been controlled by strike-slip faults since Ladinian Stage of Middle Triassic.Within the limit of strike-slip faults at its south and north margins
the Lower Yangtze Landmass appeared as a wedge that was narrow in the southwest part and wide in the northeast part in Late Mesozoic.Late Cretaceous basin group distributed regularly in the wedge.Basins in southwest part are in long-narrow strip-form of small scales stretching NE-NNE
foot-hill facies and alluvial-pluvial fan facies of oxidation condition devloped well;in the northeast part
Subei Basin is in planar form stretching E-W with lacustrine deposits formed under reduction condition;basins in the central part are sinistral oblique arranged striking NNE direction
their sedimentary facies and depositional environment are between those of the above mentioned two kinds.The results of geologic survey suggest that the evolution and distribution of fault structures
sedimentary and igneous rocks within this area show corresponding regularities with the above mentioned ones.This indicates that
in Late Mesozoic
the Lower Yangtze wedge landmass fled towards northeast with the southwest part to be compressional zone
the northeast part to be extensional zone
and the central part to be transitional zone
just like Anatotian tectonic escape system formed in Cenozoic in Turkey.