Asian deep crust exposed in the Pamir permits determination of the amount, sequence, and
interaction of shortening, extension, and lateral extrusion over~ 30 km of crustal section …

Geothermochronologic data outline the temperature‐deformation‐time evolution of the
Muskol and Shatput gneiss domes and their hanging walls in the Central Pamir. Prograde …

Abstract The Cenozoic convergence between India and Asia has created Earth's thickest
crust in the Pamir‐Tibet Plateau by extreme crustal shortening. Here we study the crustal …

We present new crust and lithosphere thickness maps of the African mainland based on
integrated modeling of elevation and geoid data and thermal analysis. The approach …

Abstract The Chagan Depression in the Yingen‐E**aqi Basin, located at the intersection of
the Paleo‐Asian Ocean and the Tethys Ocean domains is an important region to gain …

The fate of carbon subducted to mantle depths remains uncertain, yet strongly influences the
distribution of terrestrial carbon on geologic timescales. Carbon fluxes into subduction zones …

We present a new thermal and strength model for the lithosphere of Mainland China. To this
purpose, we integrate a thermal model for the crust, using a 3‐D steady state heat …

Three magmatic series of substantially different ages and compositions were successively
emplaced to form the composite Meghri–Ordubab pluton (MOP) in the southernmost Lesser …

We present a new crust and upper mantle cross section of the western India‐Eurasia
collision zone by combining geological, geophysical, and petrological information within a …

We investigate the lithospheric structure of the Iberian Peninsula and lateral crustal density
variations using a three-step approach. First the crustal and mantle lithosphere thicknesses …