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 …

Over the past 30 years, exploration of the terrestrial Mesozoic section in Utah has resulted in
a more than five-fold increase in the known species of dinosaurs. A highly resolved temporal …

Detangling the pace and structure of biotic turnover between the late Early and early Late
Cretaceous within the Western Interior of North America requires refined stratigraphic …

A source‐to‐sink analysis incorporating geochronometric and thermochronometric data from
the Sevier fold‐thrust belt (SFTB) and proximal synorogenic strata of the Canyon Range …

A new, largely complete eusauropod dinosaur with cranial and postcranial elements from
two skeletons, Mierasaurus bobyoungi gen. nov., sp. nov. from the lower Yellow Cat Member …

More species of nodosaurid ankylosaurians than ankylosaurid ankylosaurians have been
found in marine sediments, and some previous quantitative studies of global dinosaur …

Current investigations into the Albian–Cenomanian sedimentary record within the Western
Interior have identified multiple complex tectono‐sedimentary process–response systems …

We investigate the regional climatic effects of the formation of the “Nevadaplano” plateau
during the Sevier Orogeny in an overall warming world. Paleohydrology was reconstructed …

Contextualizing subbasinal influences on accommodation and pace of the rapid landscape
evolution during the base-level rise of the Upper Cretaceous (upper Cenomanian–lower …

The Cretaceous Western Interior Basin reflects the interplay between the North American
craton and allochthonous terranes to the west. We divide the basinal stratigraphy into three …