Paleogeographic maps play a central integrating role across all the disciplines of the Earth
System Sciences. They increasingly serve as boundary conditions for climate, earth, and life …

Quantitative geomorphic research depends on accurate topographic data often collected via
remote sensing. Lidar, and photogrammetric methods like structure-from-motion, provide the …

We present stable hydrogen-isotope analyses of volcanic glass (δ Dg) and radiometric ages
(U–Pb zircon, U–Th calcite, AMS14C) from deformed sedimentary deposits in the vicinity of …

Paleoelevation reconstructions derived from proxy data such as stable oxygen isotope
records in terrestrial archives have been determined for Cenozoic mountain ranges around …

Sparassodonts were the apex mammalian predators of South America throughout most of
the Cenozoic, diversifying into a wide array of niches including fox-like and even saber …

Drainage-divide migration, controlled by rock-uplift and rainfall patterns, may play a major
role in the geomorphic evolution of mountain ranges. However, divide-migration rates over …

Triple oxygen isotope measurements are an emerging tool in paleoclimate reconstructions.
In this contribution we develop the application of triple oxygen isotope measurements to …

The central Apennines, an accretionary wedge overlying an area of slab detachment, are
characterized by prominent topography, active normal faulting, and high uplift rates …

We present three‐dimensional (3D) models of the present‐day steady‐state conductive
thermal field and strength distribution in the lithosphere beneath the Central Andes. Our …

The structural and topographic evolution of orogenic plateaus is an important research topic
because of its impact on atmospheric circulation patterns, the amount and distribution of …