… from the QY-1 borehole spanning the late Paleocene-Early Eocene in the Subei Basin, East
… to astronomically forced climate change. A 4.54 Myr long astronomical time scale spanning …

… spanning from the Palaeocene–Eocene Thermal Maximum (… However, our results for the
early Eocene L3 member are … In summary, the astronomical timescale we have established …

… As our climate warms at unprecedented rates, the release of … -term warming trend from the
Late Paleocene–Early Eocene, … in climate and the carbon cycle were paced predominantly by …

… which records multiple global warming events that produced … These orbitally paced patterns
were superimposed upon a ~ … There are no available LPEE astronomical solutions against …

… Thermal Maximum (PETM) was an interval of global warming … proxies for the late Paleocene
and early Eocene, eg, calcium … Formation shows astronomical cycle-paced variations of the …

… proxy data for the Eocene after the Paleocene Eocene Thermal Maximum (… first evidence
of astronomical forcing of North American hydroclimate during this greenhouse climate, paced …

… us to tune the GR series to the astronomical solution in the time domain using the 405 …
climate is paced by eccentricity and eccentricity maxima are related to the global warming events …

… of an astronomical signal and the construction of an Eocene … Our early Eocene astrochronology
corroborates existing … the interval from the Paleocene Eocene Thermal Maximum (…

… Cores 27–33 represent the late Paleocene through early Eocene interval, and white … and
E) indicates hyperthermal events (PETM from 387 to 378.5 mcd and ETM2 event from 368.7 to …

… Here, we present geologic data and a new astronomical solution (ZB18a) showing … a
new Paleocene–Eocene boundary age (56.01 ± 0.05 Ma). We show that the Paleocene–Eocene …