Provenance analysis of sedimentary basins is a direct way to understand the uplift of
orogenic belts, basin deposition, and evolution of large rivers. A series of Mesozoic and …

本文基于近年来全球河流地貌演化的研究实例及新进展, 介绍了主要的研究载体与思路,
讨论了河流地貌演化事件背后的地质, 环境意义. 沉积学, 地貌学, 物源分析 …

The sedimentary archive of the Jianchuan Basin provides a critical constraint on the
formation of the “First Bend”, a major geomorphological feature of the Yangtze River …

The evolutionary history of the Yangtze River plays a key role for understanding the
Cenozoic landscape evolution of East Asia. The Three Gorges currently separate the …

江汉盆地西部和东部分布的宜昌和阳逻砾石层是否和长江的演化发育有关, 目前一直存有争议.
基于此, 我们对宜昌和阳逻砾石层开展碎屑锆石U-Pb 年龄分析, 同时对宜昌砾石层近源的沮漳 …

Based on the case studies and new progresses of river evolution in recent years around the
world, this paper introduces the main research carriers and ideas applied to the study of …

位于长江三峡出口的宜昌地区分布着一套第四纪砂砾石层, 详细记录了区域内古环境变迁以及
长江的形成与演化, 但这些砾石层何时与长江上游物质建立物源关系一直存在较大争议 …

The drainage evolution in eastern Tibet during the India‐Eurasia collision has attracted
considerable attention because of its critical link to topographic development and plateau …

Pervasive low-relief, high-elevation surfaces separated by incised canyons are common
across the Southeastern margin of the Tibetan Plateau and have been used to define the …

Provenance tools, particularly detrital zircon U–Pb analysis, have been widely employed to
test drainage network evolution in southeast Tibet and its linkage with the growth of the …