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Several discussions reference Zachos et al.'s 2008 study as a pivotal source for understanding past climate events, with phrases like 'provides insight into climate dynamics' and 'predicts consequences of carbon emissions' reflecting an appreciation for its scientific value. The tone and choice of words indicate respect for the research and its relevance to ongoing climate discussions.
Most discussions acknowledge the importance of the paper, referencing it as foundational or significant for understanding past climate changes.
Participants show moderate curiosity, often citing specific studies or data points, indicating some engagement with the scientific content.
Posts include references to the paper's methods, historical insights, and potential implications, suggesting active consideration and deeper engagement.
The discussions hint at the paper's influence on climate science debates, with mentions of how it informs current understanding of greenhouse warming and the carbon cycle.
@hart_thorsten @rahmstorf @hart_thorsten This is the other cited paper for the data for the graph you posted. "An early Cenozoic perspective on greenhouse warming and carbon-cycle dynamics"- Zachos et al 2008 https://t.co/VVwMdWNSP2
@Bat_Yann @ed_hawkins The paper is Zachos, Dickens and Zeebe (2008). Zachos, J., Dickens, G. & Zeebe, R. An early Cenozoic perspective on greenhouse warming and carbon-cycle dynamics. Nature 451, 279–283 (2008). https://t.co/utvvGBrpFI
The last couple of years on the Gaian time scale cover largescale changes in the prehistoric Earths climate and geography as well as charting the course of primate evolution. It explores how early Cenozoic greenhouse…
@hart_thorsten @rahmstorf @hart_thorsten This is the other cited paper for the data for the graph you posted. "An early Cenozoic perspective on greenhouse warming and carbon-cycle dynamics"- Zachos et al 2008 https://t.co/VVwMdWNSP2
@Bat_Yann @ed_hawkins The paper is Zachos, Dickens and Zeebe (2008). Zachos, J., Dickens, G. & Zeebe, R. An early Cenozoic perspective on greenhouse warming and carbon-cycle dynamics. Nature 451, 279–283 (2008). https://t.co/utvvGBrpFI
@BardLackey @craigthomler @priscian @aSinister @ShopSmartResist @BubbasRanch @Jaisans @emilyylime211 @DawnTJ90 @Marcusgibson @DavidMichaelRi8 @ItsTheAtmospher @CymaticWave @Quantummist @geoffmprice @SlowMoneyGreen @MATTP1949 @CE_65 @Frater_JQS @georgewcowles @david_hanselman @GillesnFio @philamina95 @elsadog_ @DieterFrikadell @wlbeeton @TheDisproof @PeterMayfitz @Swedtraders @HiFiWhiPhi @Over400ppm @rmack2x @jwickers @brendancommins @ericsteig @MzDeplorable @NIMN2019 @Erochan22761414 @4TimesAYear @struikmans @kjell_yvik @JonLeSage4 @Baysie4 @sueytonius @AGWISABIGLIE @GeorgePembroke @boggywood @bendynaa @oldaggie84 @Barbarajdurkin From Zachos et 2008: An early Cenozoic perspective on greenhouse warming and carbon-cycle dynamics Past episodes of GH warming provide insight into the coupling of climate and the carbon cycle and thus may help to predict the conseq. of unabated carbon emissio
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