Interpreting cooling ages from multiple thermochronometric systems and/or from steep
elevation transects with the help of a thermal model can provide unique insights into the …

Abstract The Cuonadong Sn–W–Be polymetallic ore deposit is the first rare-metal deposit
related to leucogranites with giant mineralization potential to be discovered in the …

Abstract The South Tibetan detachment system (STDS) is one of the most important
deformational features in the Himalayan orogen; yet its evolution in space and time remain …

The Simplon normal fault in the Western Alps caused tens of kilometers of orogen-parallel
extension during convergence of the European and Adriatic plates, but the slip rate of the …

Here, we present seven new zircon (U-Th)/He (ZHe) ages and three new zircon fission track
(ZFT) ages analyzed from an age-elevation profile (Machu Picchu, Peru). ZFT data present …

Active graben systems in south Tibet and the Himalaya are the surface expression of
ongoing east–west extension, although the cause and spatiotemporal evolution of normal …

Accurate corrections for the effects of alpha ejection (the loss of daughter He near grain or
crystal surfaces due to long alpha-stopping distances) is central to (U-Th)/He …

Austroalpine nappes in the Eastern European Alps have preserved the record of orogenies
in the Cretaceous and Cenozoic but their cooling and exhumation history remains poorly …

The timing of surface uplift across the Appalachian Mountains, Eastern USA, remains a
controversial topic. Thermal history modelling, geomorphological analysis, stratigraphic …

The Whitehorse Trough formed during early Mesozoic accretion of the Intermontane
terranes to northwestern North America. Here we investigate its thermal history using detrital …