We are beginning to appreciate that the huge radiations of both marine and terrestrial taxa in
the aftermath of the K/Pg mass extinction event were concentrated largely, but not …

Accurate reconstruction of seasonal atmospheric patterns of the past is essential for reliable
prediction of how climate will evolve due to anthropogenic CO2 forcing. The Eocene 'hot …

Oysters inhabit a variety of coastal and deep‐sea settings over a wide latitudinal range and
have a role as ecosystem engineers. They also represent an important food source for …

Gekkota is often interpreted as sister to all remaining squamates, exclusive of dibamids, or
as sister to Autarchoglossa. It is the only diverse lineage of primarily nocturnal lizards and …

The constraint of temperature evolution in coastal environments is an important factor in
deciphering the Earth's global climatic history. In this study, we reconstruct the evolution of …

For decades, bivalve shells have constituted one of the most common supports for
paleoclimatic archives based on stable isotope approaches. In this work, we conducted …

Giant gastropods are among the largest mollusks in the fossil record, but their potential as
paleoseasonality archives has received little attention. Here, we combine stable isotope and …

Constraining paleoaltimetry of collisional orogens is critical to understand the dynamics of
topographic evolution and climate/tectonics retroactions. Here, we use oxygen stable …

The skeletons of stony corals on tropical shallow-water reefs are high-resolution climate
archives. However, their systematic use for unlocking climate dynamics of the geologic past …

Since their first occurrence in the late Cretaceous, seagrasses have played a major role in
carbonate production and sedimentation across shallow‐water and nearshore …