Correct selection and interpretation of proxies are key to cyclostratigraphic research;
however, the uncritical use of geophysical logs as proxies for cyclostratigraphy could be …

Numerous borehole logging datasets gathered for commercial and scientific purposes are
available around the globe. However, studies valorising the chronostratigraphic potential of …

The early Cambrian was a critical period of Earth history, marked by explosive diversification
of metazoans and several profound changes in Earth's surface environments and global …

The linkages between the astronomical forcing of sea-level oscillations, the environment,
and climate change during the Late Paleozoic Ice Age (LPIA) add to our understanding of …

Lake hydrological change and its driving mechanisms in the Eocene warmhouse climate are
important to evaluating environmental and ecological changes induced by global warming …

The mechanisms of short-term (10 5–10 6 years) and high-magnitude (> 20 m) sea-level
oscillations have long been debated involving glacio-and aquifer-eustasy, largely owing to …

Abstract Early Cambrian Qiongzhusi Formation has attracted great attention due to shale
gas finding. However, this organic-rich shale formation is yet no robust high-resolution …

Global climate change has profound implications for human survival and prosperity. The
Carnian (early Late Triassic,∼ 233 Ma) was a time of global environmental perturbations …

Orbital cyclicity is a fundamental pacemaker of Earth's climate system. The Newark–Hartford
Basin (NHB) lake sediment record of eastern North America contains compelling geologic …

A high-precision global time scale for the Early Jurassic is important for understanding the
relationship between biotic, climatic and sea-level changes that occurred during this time …