Europe 150 million years ago must have been a brilliant place to go on holiday. Tropical islands, warm lagoons to bathe, a warm climate, and nine metre long crocodiles noshing on anything that couldn’t swim fast enough. Ok, so maybe not that great for humans, but if you were an ancient archosaur, living alongside dinosaurs and other now extinct animals, life must have been pretty sweet. Thes ...[Read More]
April Wright recently published a cool paper looking at how to bring morphological analyses of evolutionary relationships into the Bayesian realm. This is her take on it – enjoy! Author Bio: My name is April Wright, and I’m a graduate student in David Hillis’ lab at the University of Texas at Austin. I’m largely interested in the estimation and use of phylogenetic trees to ...[Read More]
Following on from the previous post, the afternoon symposium was all about the applications and implications of vertebrate taphonomy. Matt Carrano kicked things off with a great talk on how microfossil bonebeds help to guide our understanding of terrestrial palaeoecosystems. Using sites from the well-known but poorly understood Cloverly Formation, he provided a key insight from abundances from ter ...[Read More]
Welcome to the fourth International Palaeontology Congress! 900 palaeontologists have piled into the land of steak, sun, and malbec in Mendoza, Argentina, for the biggest palaeontology conference that draws from all parts of the field. What I want to do with these posts is just provide snapshot summaries of the talks I’ve been at to provide a window into the conference and the amazing diversity of ...[Read More]
Therizinosaurs were some of the true freaks of the dinosaur world. I mean that in the nicest possible way for something that looked like the sick offspring of a giant chicken and Freddie Kruger. Perhaps the weirdest things about them were these long, scythe-like claws, that although may have seemed deadly, probably weren’t unless you were a particularly scrummy looking piece of foliage. That’s rig ...[Read More]
In terms of iconic dinosaurs, the gargantuan sauropods are certainly up there. Along with the mostly meat eating-theropods, and herbivorous and often armoured ornithischians, they form one of the three major groups, or clades, of dinosaurs, and were the biggest animals to ever walk this Earth. The end of the Jurassic period, some 145 million years ago, was a pretty important time for sauropods. Th ...[Read More]
In palaeontology, there are so many things more important than dinosaurs. For example, the study of large-scale patterns in the history of life on Earth, commonly known as macroevolution, is all about uncovering patterns of speciation and extinction. We are currently about to enter the sixth mass extinction within the last 542 million years of life on Earth, so figuring out exactly what happened d ...[Read More]
If there was ever an overdue discussion in palaeontology, it was how we reconcile the differences in time scales when looking at different periods in our history. This is becoming increasingly more important as scientific research is being asked to have demonstrably greater ‘impact’ in terms of some social, economic, or environmental relevance, and for palaeobiologists and palaeoecologists, this m ...[Read More]
Last night, I was honoured to have spoken at the final evening lecture at the Cambridge Science Festival, along with Nick Crumpton, Anjali Goswami, Rob Asher, and Stephanie Pierce, about why palaeontology is important. Below is a rough transcript of some of what my talk was about. Unlike the others, I didn’t discuss my own research. Instead, by general gist was that although palaeontology is ...[Read More]
For some time now, there has been much debate about whether our beloved dinosaur, Triceratops, is a distinct species, or a younger version of a bigger ceratopsian, Torosaurus – the great Toroceratops’ debate. Proponents of both sides of the argument have made detailed quantitative and qualitative points, and there doesn’t really seem to have been any resolution. Check out the video below for a gre ...[Read More]