Multiple proxies for paleoclimatic and paleoenvironmental change within sedimentary
sequences have been developed; but understanding their relationships and their relative …

When Milankovitch cycles are preserved in the geologic record they provide a direct link
between chronometer and climate change, and thus a remarkable opportunity to constrain …

This paper addresses two fundamental issues in cyclostratigraphy and paleoclimatology:
identification of astronomical forcing in sequences of stratigraphic cycles, and accurate …

The long-term history of the Earth–Moon system as reconstructed from the geological record
remains unclear when based on fossil growth bands and tidal laminations. A possibly more …

Abstract The Late Cretaceous–Early Paleogene is the most recent period in Earth history
that experienced sustained global greenhouse warmth on multimillion year timescales. Yet …

Astronomically calibrated cyclostratigraphy relies on correct matching of observed
sedimentary cycles to predicted astronomical drivers such as eccentricity, obliquity, and …

Fluctuating climate is a hallmark of Earth. As one transcends deep into Earth time, however,
both the evidence for and the causes of climate change become difficult to establish. We …

Internally generated, or autogenic, terrestrial and marine sediment-transport dynamics can
produce depositional patterns similar to those associated with climatic, tectonic, or sea level …

This study describes integrated, astronomically tuned age models for a relatively expanded
section of the Eagle Ford Group (Texas, USA) from the Shell Iona-1 research core, which …

Cyclostratigraphic analysis has produced fundamental advancements in our understanding
of climate change, paleoceanography, celestial mechanics, geochronology, and …