Geologist. Paleoclimatology, Geochemistry, Exctinction Events, Ocean Anoxic Events.
PhD candidate at the School of Earth Sciences at the University of Bristol
New research article: A clumped isotope calibration of coccoliths at well-constrained culture temperatures for marine temperature reconstructions https://t.co/Knwp0BlmF1
New paper by @WalkerTrivett @SevKender@CambSchMines@BritGeoSurvey et al. shows that volcanic activity and plateau uplift occurred before and during Oceanic Anoxic Event 2 ~90 million years ago.
https://t.co/4JcCygedng
I'm sooo looking forward to sharing real DATA from the Cretaceous hothouse, to prove, yet again, how the current CO2 release may result in surpassing tipping points that lead to global anoxic event(s). Not to mention the plot is flawed and misleading to say the least...
What do you think @algore@JohnKerry? Here's some DATA for you. With no cherry-picking of time frame, to suit your anti-human (and anti-plant, as it turns out) agenda.
But who likes plants? Not the bloody greens. Neither plants nor people. Particularly poor people, cluttering up the face of pristine Gaia with all their skittering progeny.
Or have I got it wrong, all you hatred-inspired "environmentalists" who are so oddly anti-nuclear and so pro-tyranny.
Enough environmental apocalypse-mongering. It's all a lie--a serious, destructive, resentful, conspiratorial lie.
🚨Excited to share that my first first-author paper is out today in @AGU_GCubed!🚨 We present the first high-resolution 87Sr/86Sr data across the Triassic-Jurassic transition and reveal a multiphase, prolonged continental weathering scenario 🌋 1/2.
https://t.co/5Y6JLS39c2
The Csővár 87Sr/86Sr ratios reveal a non-radiogenic trend linked to the weathering of freshly erupted CAMP basalts, leading to a delay in the radiogenic continental weathering response. Rise in 87Sr/86Sr is explained by intensified continental crustal weathering from elevated CO2
Amazing opportunity to join the Petrarch project as the second PhD student, who will be delving into atmospheric CO2 changes during the Cretaceous hothouse and the role of LIP eruptions driving oceanic anoxic events. Also with ample opportunities to spend weeks with me in the lab
The 2nd PhD project within @PETRARCHproject is still open for applications! Deadline 14th Feb. Come work within a vibrant team at @UoBEarthScience figuring out how LIP eruptions actually triggered OAEs, and what role the biological pump might have played. https://t.co/cRrQFBD4rd
Rad of the Day! Who can tell us what this is?
Picked up in a tow last week @IMEV_mer, and there’s actually two of them in the picture - one is stuck perpendicular to the other
🎓 Thrilled to share that I've just arrived in Bristol to kickstart my PhD at @UoBEarthScience. Under the supervision of @MichaelHenehan, I'll be diving deep into the Cretaceous atmospheric pCO2 changes and climate sensitivity. Couldn't be more excited!
See @PETRARCHproject 🌍
First co-authored paper is out! We explore the oscillating temperature dynamics during the Middle-Late Jurassic Transition. Cooling event at the Callovian-Oxfordian boundary? 🦖🌡️
https://t.co/cEjpLDuwAc