That’s how paleontologists are reacting to the discovery of several hundred ridiculously well-preserved pterosaur eggs in China, some of them still containing the remains of embryos.
Want to know more about baby dinosaurs? Read about it here!
Side note to avoid people telling me I’m wrong: The pterosaurs were an order of flying reptiles that went extinct some 66 million years ago. They were not actually dinosaurs, but they went extinct at the same time.
The frilled shark has been around awhile. Fossils date back at least 80 million years, largely unchanged. So imagine the surprise when said fossil was found swimming and thriving off the coast of Portugal.
This almost literal “living fossil” was discovered off the Algarve coast by researchers who were working on a European Union project in the area, the BBC reported. The aim of the project was to “minimize unwanted catches in commercial fishing,” the researchers told SIC Noticisas TV, as the BBC noted. but the team unknowingly unearthed one of the rarest and most ancient animals on the planet.
I giggle a little every time people ask about the dinosaur extinction (on the inside because giggling in peoples’ faces is rude (so I’ve been told… repeatedly)). Dinosaurs, in the strictest sense, are not extinct. They are walking and flying around us everyday.
And this week, they are sitting in the middle of the table.
But, in all fairness, I should mention that this is an ongoing debate. Not whether or not Thanksgiving is going to be delicious (that should be settled soon), but whether dinosaurs still walk amongst us (and will soon be in your belly).
Imagine a world without trees, and then try to think about the changes that would need to happen for these trees to evolve from the small primitive plants that came before them.
When paleobotanist think about this possibility, it usually results in a really weird looking fossil (paleontologists spend a lot of time thinking about fossils…). It has a tapering truck, at least up to eight meters high, with distinctive short branches attached around the top to form a crown. From a distance, the trees would have looked like palms, with bases up to a meter in diameter. There were no leaves as such, just branched twig-like appendages which presumably had a photosynthetic function in the carbon dioxide rich atmosphere.
Most trees today have a solid trunk, which gets bigger through the formation of a new ring of woody tissues – made up of xylem cells – under the bark each year.
However, this primitive older tree, cladoxylopsids, the xylem grew in a ring of individual parallel strands around the outside of the trunk. Inside this zone, more xylem strands formed a complex network with many interconnections both to each other and to the outer parallel strands. The majority of the inside of the trunk was completely hollow.
But if they are hollow, then how did they grow so big? Read more here!
Utahraptor, 23 feet long and weighing over a ton, was one of the largest dromaeosaurs, feathered, sickle-clawed dinosaurs closely related to birds. Since its discovery in 1991, it has been the subject of a popular novel, assorteddocumentaries and tie-in toys from “Jurassic Park.” But for all its fame, the predator has been known primarily from only a few remains. That changed in 2001, when a geology student found a leg bone emerging from a hillside in the Cedar Mountain formation in eastern Utah. You see, millions of years ago, on a mud flat somewhere in Cretaceous Utah, a group of Utahraptors made a grave mistake: They tried to hunt near quicksand. The pack’s poor fortune has given modern paleontologists an opportunity to decode the giant raptor — its appearance, growth and behavior — but only if they can raise the money.
Enter “The Utahraptor Project,” started on GoFundMe last year with a $100,000 goal. It offers backers access to a field worker’s blog, a live “Raptor Cam” and digital models of the find put together through the process of photogrammetry.
It would have weighed more than 10 African elephants put together and had a thighbone taller than the man who helped dig it up. A team of researchers finally decided what to call this new species of prehistoric colossus: Patagotitan mayorum. The name roughly translates to the “giant from Patagonia” — with a nod to the Mayo family, which own the farm where the fossils were found.
Researchers say the size of the femur (from the thigh) and humerus (from the upper arm) suggests the species’ mass outpaces other massive sauropods that have had those two bones preserved. And because Patagotitan‘s skeleton was so complete when recovered, they were able to arrive at separate estimates — through three-dimensional modeling — that “represent approximately twice (or more) the body mass inferred by the same volumetric methods for other sauropods.”
Yet some paleontologists remain unconvinced the find represents an undisputed record. Rather, given the margin of error surrounding such size estimates — especially estimates of other massive (but far less complete) sauropod skeletons — paleontologist Mathew Wedel argues the competition for World’s Largest Dinosaur™ is closer to a “three-way tie” between Patagotitan and two other titanosaurs, Argentinosaurus and Puertasaurus.
I don’t know about you guys, but I’m about to start googling the above three dinosaurs so I can have an informed opinion about which one is the largest. Goodbye productivity for today… hello massive dinosaurs.