Highly saline, deep‐seated basement brines are of major importance for ore‐forming
processes, but their genesis is controversial. Based on studies of fluid inclusions from …

During the Early Jurassic, cyst-forming dinoflagellates began a long-term radiation that
would portend ecological importance of these taxa in the pelagic plankton community …

ABSTRACT A complex basin evolution was studied using various methods, including
thermal constraints based on apatite fission‐track (AFT) analysis, vitrinite reflectance (VR) …

Abstract The Northern Andes of Colombia is a key locality for understanding tectonic
inversion of symmetric rifts. A review of available data on structural geometry and …

Understanding the physical basics of tectonic events, related fluid flow and ore deposition
represents one of the great challenges in modern geosciences. In this contribution, Sm-Nd …

Early marine diagenetic dolomite is a rather thermodynamically‐stable carbonate phase and
has potential to act as an archive of marine porewater properties. However, the variety of …

Abundant lagoonal oncoids occur in the Late Oxfordian Hauptmumienbank Member of the
Swiss Jura Mountains. Four oncoid types are observed in the studied sections and classified …

Pre-existing faults in the mechanical basement are believed to play an important role in
controlling deformation of the thin-skinned Jura Mountains fold-and-thrust belt, which …

Hydrothermal deposits in extensional settings are common worldwide. These deposits are
generally assumed to have formed from circulating fluids that mix with other fluids. However …

In the area of the Cenozoic Rhine rift system, crustal and lithospheric thicknesses range
between 24 and 35 km, and 60 and 120 km, respectively. This rift system transects the …