… ) was an abrupt global warming event linked to massive carbon release into the … carbon
cycle. Hence, the recognition of orbital cycles in our δ 13 C Carb strongly implies that the carbon …

… warming events from the Middle Eocene can shed light on the nature of these reactions.
Middle Eocene … the Middle Eocene Climatic Optimum (MECO) with varying carbon isotope …

… ” warming events of the early Eocene (1–13). This record of past climate–carbon cycle …
it reflect intrinsic self-amplification within the climate–carbon cycle system itself (17–19)? …

… They show that changes in calcification and organic carbon production accompanied declining
CO 2 levels during the warm Eocene, likely representing a positive carbon cycle feedback…

… Eocene warming. Our reconstructions suggest a warming of 4-5 C, consistent with modeled
Eocene warmth … hydrologic balance during this carbon cycle perturbation and compare these …

… superimposed on the long-term early Cenozoic warming trend, culminating in the early Eocene
… the hydrological cycle, organic matter burial and carbon cycling during the early Eocene. …

… However, this long-term warming trend was interrupted by … carbon cycle, which are
represented by negative carbon … of 13 C-depleted carbon into the atmosphere–ocean system (eg, …

… of gradual warming that left a highly variable carbon isotopic … system responded to this carbon
cycle perturbation, the … our understanding of the global carbon cycle in the larger context of …

… Evolutionary and reproducible diversity trend of the warm water … to carbon cycle perturbations
and CO 2 input in both ocean and atmosphere. The increase of CO 2 input in both ocean …

… early Eocene, which was the warmest … warming, commonly referred to as hyperthermals,
which were driven by the rapid release of greenhouse carbon gases into the atmosphere/ocean …