Understanding the complex depositional systems within lake basins requires a
comprehensive analysis of the interplay between tectonic-geomorphological evolution and …

In this paper, a new way of characterizing the mining-driven complex geological
deformations is presented by utilizing a continuous real-time microseismic (MS) data …

The difficulty of correlating continental deposits hinders predicting lacustrine and palustrine
carbonate facies variations in time and space. This study aims to understand better the …

Jurassic strata in the southern margin of the Junggar Basin are located in the piedmont zone
of the North Tianshan Mountains in Xinjiang, China. Due to multiple tectonic movements, the …

ABSTRACT The Junggar Basin was an intracontinental basin enclosed by multiple
orogenies in the Mesozoic. Unravelling the provenances development in the western …

Source‐to‐sink systems respond to and therefore potentially record topographic and
tectonic changes. North of the Tian Shan Belt, the Sikeshu subbasin of the SW Junggar …

We report sedimentary microfacies analysis of Lower Cretaceous algal-laminated
limestones interbedded with siliciclastic sediments in the Junggar Basin. We use these data …

Abstract Aridification of Central Asia in the Late Mesozoic led to drastic environmental
changes characterized by widespread aeolian deposits. We systematically investigated …

Sedimentary investigations, petrography, heavy mineral and conglomerate component
analyses, and detrital zircon U-Pb geochronology were conducted to reconstruct the …

Relict low-relief surfaces, formed during tectonically quiescent periods, are prevalent within
the active mountain ranges of Central Asia, but the timing and processes of their formation …