Type and amount of sediment generation are intimately connected to tectonic and climatic
processes active at the earth's surface today as well as throughout the geologic past. Detrital …

PECUBE is a three-dimensional thermal–kinematic code capable of solving the heat
production–diffusion–advection equation under a temporally varying surface boundary …

The~ 2,000-km-long Central Range of New Guinea is a hotspot of modern carbon
sequestration due to the chemical weathering of igneous rocks with steep topography in the …

A transformative advance in Earth science is the development of low‐temperature
thermochronometry to date Earth surface processes or quantify the thermal evolution of …

Abstract Sedimentary deposits in Tibetan Basins archive the spatial‐temporal patterns of the
deformation and surface uplift processes that created the area's high topography during the …

In the last decade growing interest has emerged in quantifying the spatial and temporal
variations in mountain building. Until recently, insufficient data have been available to …

Both climatic and tectonic processes affect bedrock erosion and exhumation in convergent
orogens, but determining their respective influence is difficult. A requisite first step is to …

Abstract The Namche Barwa massif has long been identified as a region of highly localized
rapid exhumation. Previous studies suggest that this region contributes~ 50% of the total …

Advancements in thermochronology and numerical modeling offer the potential to associate
the age of thermochronometric samples to both exhumational and deformational processes …

The Himalayan syntaxes are exceptionally dynamic landscapes characterized by high-relief
topography and some of the most rapid and focused crustal exhumation on Earth. In the …