Simulating the warmth and equability of past hothouse climates has been a challenge since
the inception of paleoclimate modeling. The newest generation of Earth system models …

Earth's hydrological cycle is expected to intensify in response to global warming, with a “wet‐
gets‐wetter, dry‐gets‐drier” response anticipated over the ocean. Subtropical regions (∼ …

The early Eocene is a key geological time interval to further our understanding of climate
change and biosphere variability under high atmospheric CO 2 concentrations of more than …

Paleoclimate model simulations provide reference data to help interpret the geological
record and offer a unique opportunity to evaluate the performance of current models under …

Paleogene age deposits east of the Fifteenmile River, northwest of Dawson City, Yukon,
Canada preserve a diverse high‐latitude fossil flora. Here, we provide new data on the age …

The Arctic forests of the Eocene, which thrived under elevated CO2, a temperate climate,
high precipitation and annually extremely different daylengths, represent a quite spectacular …

Abstract The early Eocene (∼ 56–48 Myr ago) is characterized by high CO2 estimates
(1,200–2,500 ppmv) and elevated global temperatures (∼ 10° C–16° C higher than …

To assess zonal temperature and biogeographical patterns in the Southern Ocean during
the Paleogene, we present new multi‐proxy air‐and sea‐surface temperature data for the …

Despite the crucial role of the Southern Hemisphere (SH) westerlies in modulating modern
and past climate evolution, little is known about their behavior and possible forcing …

Paleoclimate reconstructions can provide a window into the environmental conditions in
Earth history when atmospheric carbon dioxide concentrations were higher than today. In …