… 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 …

… 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 …

… 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 …

… extended over Eurasia provided a major carbon sink during the Palaeocene-Eocene Thermal
Maximum… nutrient influxes and terrestrial (fossil/contemporaneous) carbon. b Ventilation of …

… organic matter source and/or an influx of fossil carbon during the PETM, which may affect the
hydrogen … For this study, we extended each of these simulations by 200 y using an updated …

… In this region, few oxidized paleosols formed during latest Paleocene and PETM time, …
refractory phase remained in the soil, likely allochthonous fossil carbon. The loss of pyrogenic …

… along with epiphyllous fungi suggesting humid wet conditions at the time of deposition. …
fossils were recorded at Tadkeshwar in this study. The Paleocene-Eocene thermal maximum (…

… time-averaging and sedimentation processes usually causes disarticulation and preferential
orientation of fossils, … We hypothesize that the fossil enrichment beds during the PETM were …

… the bountiful fossils and good definition of the carbon-isotope … responsible for carbon-isotope
excursions during the PETM … ways in different regions through geological time, which has …

… petagrams, given that the carbon was sourced from organic matter… primary signals of deep-time
carbon perturbations. … of primary shell chemistry in fossilized LBF. In section 13ZS, Mn/Ca …