Abstract The Neoproterozoic Jiangnan Orogen in South China records a succession of arc-
trench-basin assemblages culminating in accretion of the bounding Yangtze and Cathaysia …

The Neoproterozoic assembly and break-up of Rodinia have not only caused
reconfiguration of the global tectonic architecture of oceans and continents, but also led to …

The correlation between Neoproterozoic tectonics, paleoenvironment and early life are
crucial for understanding the evolution of the Earth's habitability. The Yangtze Block …

Abstract The Altun-Qilian-Kunlun Mountain (AQK), located on the northeastern margin of the
Qinghai-Tibet Plateau, experienced multiple Neoproterozoic magmatic and metamorphic …

Abstract The SE Tibetan Plateau is located between the eastern Himalayan syntaxis and the
stable Yangtze craton; its tectonic evolution is important for understanding the plateau …

Although the latest Mesoproterozoic tectonics of the southwestern Yangtze Block have been
the focus of many recent studies, the paleogeographic configuration and related processes …

Current cap carbonate formation models invoke a number of different alkalinity sources for
the Neoproterozoic deglacial ocean (eg, weathering alkalinity, hydrothermal alkalinity …

When and how the Yangtze Block (Yangtze) and the West Cathaysia terrane (West
Cathaysia) in South China were amalgamated are critical to a better understanding of the …

The relationship between intraplate earthquakes and intraplate deformation is one of the
great conundrums faced by plate tectonics theory. In particular, large earthquakes are more …

Crustal thickness and composition are closely related to geology and tectonic evolution of
the region. Studying the differences in the crustal thickness and composition of the South …