anonymous asked:

hey, sorry to bother u especially bc im positive uve gotten this question before, but i want to make a dinosaur-themed pokemon team (or at the very least, prehistoric team, & I'm willing to include manoswine), and was wondering if youd have any suggestions?

Well if you want to go pure dinosaur, out of the fossils you have Rampardos, Bastiodon, Archaeops, Tyrantrum, and Aurorus, and in terms of non fossil pokémon, like Meganium, Tropius, Torterra, then also maybe Sceptile, Kommo-o, Garchomp, Tyranitar, and like, technically all bird pokémon. 

In terms of other Mesozoic and older pokémon, you have all the non-dino fossil pokémon, but also relicanth, haxorus (based on Permian Pareiasaur, a reptile offshoot before the dinos), and like, I dunno, maybe lapras, and it’s a stretch but you could count Goomy as Wiwaxia

Yeah there are prob more but that’s what I can think of atm

EDIT: Chestnaught = Glyptodont

EDIT2: ELECTRIC BOOGALOO - Venusaur line - Dicynodonts

Study Finds Relationship Between Glyptodonts, Modern Armadillos

New research using a novel technique to recover ancient DNA reveals that the evolutionary history of glyptodonts—huge, armored mammals that went extinct in the Americas at the end of the last ice age—is unexpectedly brief.

The work, published this week in the journal Current Biology by an international team of researchers, confirms that glyptodonts likely originated less than 35 million years ago from ancestors within lineages leading directly to one of the modern armadillo families.

Numerous species of glyptodonts lived in dense forests, open grasslands, and a variety of other ecosystems, occupying a range that stretched from what is now the southern part of the United States to the Patagonia region of South America.

“Although their disappearance has been blamed on human depredation as well as climate change, some species persisted into the early part of the modern epoch, long after the disappearance of mammoths and saber-toothed cats,“ saidRoss D.E. MacPhee, an author on the study and curator in the Museum’s Department of Mammalogy. "Like the loss of giant ground sloths, mastodons, and dozens of other remarkable mammalian species, the precise cause of the New World megafaunal extinctions remains uncertain.”

Although scientists including Charles Darwin collected partial remains of glyptodonts in the early 19th century, at first nobody knew what kind of mammal they represented. It was eventually accepted that glyptodonts must be related in some way to armadillos, the only other New World mammals to develop a protective bony shell. However, because of the many physical differences between these two groups, most paleontologists have held the view that they must have separated very early in their evolutionary history.

To try and clarify this poorly understood history, researchers Frédéric Delsuc of the French National Center for Scientific Research at the University of Montpellier and Hendrik Poinar of McMaster University worked alongside MacPhee to learn what genetic information on these ancient armored animals could reveal.

As is often the case in ancient DNA investigations, fossil genomic material is poorly preserved, and only one sample worked—a carapace fragment of an undetermined species of Doedicurus, a gigantic glyptodont that lived until about 10,000 years ago. Using a novel approach to recover genetic information from ancient specimens, the team successfully assembled the complete mitochondrial genome of Doedicurus and compared it to that of all modern xenarthrans, a group of mammals including armadillos, sloths, and anteaters.

The researchers found that instead of representing a very early, independent branch of armored xenarthrans, glyptodonts likely had a much later origin, from ancestors within lineages leading to the modern armadillo family Chlamyphoridae.

More surprising still, the study finds that the closest relatives of glyptodonts—some species of which may have weighed 2 tons or more—include not only the giant armadillo (Priodontes maximus), which can weigh up to 25 pounds, but also the 4-ounce pink fairy armadillo, or pichiciego (Chlamyphorus truncatus).

“Contrary to what is generally assumed about the distinctiveness of glyptodonts, our analyses indicate that they originated only some 35 million years ago, well within the armadillo radiation,” Delsuc said. “Taxonomically, they should be regarded as no more than another subfamily of armadillos, which we can call Glyptodontinae.”

This post was originally published on the Museum blog. 

Check out the armor on this Fossil Friday! This is Panochthus frenzelianus, a giant glyptodont that lived in South America, just before the extinction of the glyptodonts, at the end of the last ice age, about 30,000 years ago. Some glyptodonts grew to be over 10 feet long and may have weighed as much as a ton, including the shell. Their teeth were small and shaped like columns, with flat surfaces for grinding up plants. 

The head of most glyptodonts was armored, and could also be retracted into the shell opening; the feet and tail were protected by armor as well. These shields deterred all but the most powerful carnivores from attacking this animal fortress. 

Both armadillos and glyptodonts have a completely bony shell covering their bodies. The shells are constructed differently, however. While an armadillo is covered by parallel rows of bony bands, enabling the animal to roll up into a ball when threatened, a glyptodont’s shell was composed of thick bony rosettes fused solidly together, which meant that glyptodont’s could not roll into a ball. 

Find this fossil in the Museum’s Hall of Primitive Mammals



Looking like tanks rolling across the landscape, this family of mammals (related to modern armadillos and sloths) was a common sight across South America during the Pleistocene epoch (2.5 million to 11,700 years ago). The era of the ice ages saw a wide variety of large mammals spread across the continent, including the giant sloths that grace many a natural history museum. They were the size of a small car, growing up to 3.3 metres long and first evolved in the Miocene (23-2.5 million years back).

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