The Guizhou Plateau represents a geomorphic transition between the Tibetan Plateau and the Yangtze River Plain. It likely formed in response to the propagation of surface uplift in southeastern Tibet during India-Eurasia continental collision. However, the uplift history of the region is unclear largely due to a lack of datable material. The bedrock geology is dominated by carbonate rocks, which contains numerous multi-level caves in the main river valleys that are linked to the river incision history. Cosmogenic 26Al and 10Be burial dating of sediments in caves and river terraces from the northwestern and southern plateau reveals the fluvial chronology and provides the first direct determination of long-term river incision rates. The caves...
A typical sequence of fluvial terraces and aeolian deposits overlying these terraces were multidisci...
The appearance of detritus shed from mountain ranges along the northern margin of the Tibetan Platea...
The Qilianshan [shan means mountain(s)' in Chinese] are important for understanding the Quatern...
Cosmogenic nuclides 10Be and 26Al have been analyzed for sediments from the multilevel riverside cav...
International audienceWe address the problem of late Cenozoic uplift, erosion, and growth of northea...
Up to 23 paleosols have been identified in loess sequences that overlie fluviatile sediments on seve...
International audienceKnowledge of the topographic evolution of the Tibetan Plateau is essential for...
Fluvial incision, regarded as one of the fundamental geomorphic processes, drives the evolution of m...
The 5-km-high Tibetan plateau is an outstanding topographic feature on the earth today. Its areal ex...
Fluvial incision, regarded as one of the fundamental geomorphic processes, drives the evolution of m...
The cosmogenic 10Be exposure histories of in situ bedrock surfaces from the Tibetan Plateau indicate...
International audienceBoth the kinematics and dynamics of topographic growth of the Tibetan Plateau ...
The geometry and evolution of fluvial systems are thought to be related to surface uplift. In easter...
International audienceThe Cenozoic history of the Tibetan Plateau topography is critical for underst...
The geomorphological evolution of the marginal areas of the Tibetan Plateau may provide valuable inf...
A typical sequence of fluvial terraces and aeolian deposits overlying these terraces were multidisci...
The appearance of detritus shed from mountain ranges along the northern margin of the Tibetan Platea...
The Qilianshan [shan means mountain(s)' in Chinese] are important for understanding the Quatern...
Cosmogenic nuclides 10Be and 26Al have been analyzed for sediments from the multilevel riverside cav...
International audienceWe address the problem of late Cenozoic uplift, erosion, and growth of northea...
Up to 23 paleosols have been identified in loess sequences that overlie fluviatile sediments on seve...
International audienceKnowledge of the topographic evolution of the Tibetan Plateau is essential for...
Fluvial incision, regarded as one of the fundamental geomorphic processes, drives the evolution of m...
The 5-km-high Tibetan plateau is an outstanding topographic feature on the earth today. Its areal ex...
Fluvial incision, regarded as one of the fundamental geomorphic processes, drives the evolution of m...
The cosmogenic 10Be exposure histories of in situ bedrock surfaces from the Tibetan Plateau indicate...
International audienceBoth the kinematics and dynamics of topographic growth of the Tibetan Plateau ...
The geometry and evolution of fluvial systems are thought to be related to surface uplift. In easter...
International audienceThe Cenozoic history of the Tibetan Plateau topography is critical for underst...
The geomorphological evolution of the marginal areas of the Tibetan Plateau may provide valuable inf...
A typical sequence of fluvial terraces and aeolian deposits overlying these terraces were multidisci...
The appearance of detritus shed from mountain ranges along the northern margin of the Tibetan Platea...
The Qilianshan [shan means mountain(s)' in Chinese] are important for understanding the Quatern...