Deoxygenation levels similar to today’s played a key role in marine extinctions during a major past climate change event, according to new School of Natural Sciences, Trinity College Dublin research led by Prof. micharuhl that underlines the fragility of marine ecosystems.

Read more at: tcd.ie/news_events/ar…

Our work in Nature Geoscience has been published. We use Mo isotopes to show that de-oxygenation levels during the end-Triassic extinction were similar to today with localised marine redox change having catastrophic effects on biodiversity The London NERC DTP rdcu.be/dr8mH

First PhD paper published and now available to view online. Our study makes a link between oxygenation of sedimentary pore waters and biodiversity of infaunal organisms within the Larne Basin during the Late Triassic. doi.org/10.1016/j.pala…
The London NERC DTP Royal Holloway

Thrilled to say that my first PhD paper has been accepted in Palaeo3! Our study analyses fine scale redox changes through the Triassic/Jurassic transition of the Larne Basin and their potential effect on local biodiversity.

Want to read an insane tenure denial story? I was denied tenure at MIT in 2018. I was the only Hispanic faculty at my department, had 13k+ citations, 2 books, & papers in Nature, Science, & PNAS. I was never given a reason & the only letter I got told me to check the website./1🧵

Our new paper detailing end-Triassic extinction ( #ETE ) Polycyclic Aromatic Hydrocarbons ( #PAHs ) is out now! Results find the initial CIE in the SW UK is unrelated to fire activity and soil erosion is a more prominent feature during the extinction horizon
sciencedirect.com/science/articl…

Our recent paper on the origin of arthropod exites has been nominated as one of the 50 best recent papers in the field of ecology and evolution by Nature!! You can find our paper and more nominated research via the links below: nature.com/articles/s4146…
nature.com/collections/ja…

This paper by researchers including Dr. Julien Kimmig is a very exciting discovery of a wide diversity of juvenile Cambrian organisms. The knowledge we will gain about how these early creatures grew and developed is going to be amazing.

nature.com/articles/s4155…

It has been a pleasure to work on this paper with researchers at YKLP, NHM & LMU Munich. Our paper documents the discovery of exites in artiopodans and megacheirans from the Chengjiang biota and makes interpretations regarding exite origins Natural History Museum Universität München Nature Communications

This study uses microtomographic imaging of the Cambrian arthropod Leanchoilia to reveal a previously undetected exite at the base of most appendages, suggesting a deeper origin for exites in arthropod phylogeny. go.nature.com/3ldcNjL Andrew D. Bond RHUL Earth Sciences

bbc.co.uk/news/science-e…

First thing to do tomorrow morning: reading a paper claiming that some trilobites inhabited brackish-water environments... 🤓🧐 royalsocietypublishing.org/doi/10.1098/rs…

This is a detail of a larger illustration that I am preparing for my book depicting the early pterosaur Arcticodactylus from Late Triassic Greenland. It is still a WIP. #Pterosaurs perched on vegetation are among my favorite things to depict. #paleoart #sciart

🚨🚨🚨 New paper by former colleague J. Paterson et al. that I got the chance to review. Look at these beautiful anomalocaridid 👁️. The preservation is pristine and so little is known about vision in this group that includes Cambrian apex predators. advances.sciencemag.org/content/6/49/e…

There's an excellent new paper out describing the eye structure of #fossil stem #arthropods - revealing a diverse set of visual ecologies among anomalocaridids.

Also, isn't it high time that 'Anomalocaris' briggsi got a genus name of its own?

advances.sciencemag.org/content/6/49/e…

Approaching the end of a 90 sample digestion. Looking forward to seeing what elemental data can tell me about marine redox and hydrography from these late Triassic sites!

.The PalAss team on BBC Two's #UniversityChallenge for #ThrowbackThursday - L-R Richard Fortey, Norman MacLeod, Tim Palmer and Dr Liam Herringshaw

Thrilled to see that some of the unsampled liwiid diversity is finally being discovered and published! Can't wait to see what new nektaspids can be discovered from sites like these!

Today, I just joined the #Paleontology , #Oxygenation , and #Climate session of the #VirtualConference Zooming in on the #GOBE . It was very nice to give a talk and to see many familiar faces after a long time. I hope we will be able to meet personally again soon! IGCP653

Very relieved to have finally had my masters research published. Our work studying the evidence of mass extinctions within Burgess Shale Communities is now available to read online and will soon be published by Palaeontology. RHUL Earth Sciences Natural History Museum