The integration of terrestrial carbonate δ 13 C chemostratigraphy and radiometric dates is
opening a new window into the continental paleoclimate dynamics of the major carbon cycle …

The Cretaceous tectonic evolution of the western margin of South America involves a shift
from an extensional convergent margin toward a more compressional setting that marks the …

Earth's climate sensitivity, defined as the temperature increase for a doubling of partial
pressure of carbon dioxide (p CO 2), and the mechanisms responsible for amplification of …

Pedogenic siderite is a carbonate mineral that forms in the reducing groundwaters of poorly
drained soils and paleosols in zonal climatic belts with strongly positive precipitation …

Prediction of sandstone body dimensions within paralic depositional systems is crucial for
the development of predictive 3D reservoir models. Continental-scale paralic reservoir …

This study aims to investigate the global hydrologic cycle during the mid-Cretaceous
greenhouse by utilizing the oxygen isotopic composition of pedogenic carbonates (calcite …

Palaeo‐exposure surfaces within and at the top of the carbonate‐dominated Aptian Dariyan
Formation have been poorly studied in the Iranian sector of the Persian Gulf. This paper …

Chemostratigraphy applied to ancient marine carbonates is commonly based on one-
dimensional (stratigraphic) sections or core data. As demonstrated from modern oceans, this …

Distinct lateral and stratigraphic trends in paleosol morphology and clay mineralogy, in
conjunction with the stable-isotope composition of sub-millimeter-scale spherulitic siderite …

Abstract In a terrestrial Triassic–Jurassic boundary succession of southern Sweden,
perfectly zoned sphaerosiderites are restricted to a specific sandy interval deposited during …