… release of carbon during the Palaeocene–Eocene Thermal Maximum is the global negative
carbon … This study highlights the possibility of delayed feedbacks associated with sediment …

… We use these records simultaneously to constrain the time-varying sources and sinks of carbon
… -continuous boron, oxygen and carbon isotope records from buried fossils of the extinct, …

… Successful scenarios all require a sustained release of carbon over many tens of thousands
… mass released during the onset) and removal of carbon (likely as burial of organic carbon in …

… overturning time as an upper bound for the POE carbon release … from decadal to century
time scale. Because the potential … similar to or larger than current fossil fuel reserves [several …

… over 5 kyr (though also including a slow ‘leak’ of carbon over 50 kyr to simulate the extended
body of the CIE) while … simulated a single uniform pulse of carbon over 10 kyr. Both these …

… could have been released from oxidation of remobilized fossil carbon during the peak-PETM …
In comparison with our data, the delayed DIC maximum projected by modeling is significant …

… the PETM and Eocene Thermal Maximum 2 (ETM2), and different drivers of carbon cycle …
-h would show the slow parts of the climate or carbon systems were recovering more slowly …

… In this paper, we explore changes in the hydrological cycle during the Paleocene-Eocene
Thermal Maximum (PETM; Section 2), a greenhouse-gas induced hyperthermal warming …

… release similar in magnitude to ongoing anthropogenic fossil … delay (∼70 kyr) in the onset
of carbonate sedimentation at … short 'spike' of carbon released at the onset of the PETM. The …

… or multiple episodes of carbon release caused this event is uncertain. Here, we present
carbon isotope data of bulk carbonate from two parallel limestone sections at Tingri (south Tibet), …