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MSU, Mongolian paleontologists find 67 dinosaurs in one week
September 15, 2006BOZEMAN - One recent week in the Gobi Desert produced 67 dinosaur skeletons for a team of paleontologists from Montana and Mongolia who want to flesh out the developmental biology of dinosaurs.
Montana State University paleontologist Jack Horner said Wednesday that the same area yielded 30 skeletons last year, so researchers at MSU and Mongolia's Science and Technology University now have about 100 Psittacosaurus skeletons. The skeletons ranged in length from one to five feet and stood about two feet tall.
"That's what I was there for - getting as many of those as we could possibly get," Horner said as he waited for the rest of the MSU team to return to Bozeman.
He was specifically looking for Psittacosaurus fossils because it was a very common dinosaur and would give him lots of specimens, Horner said. It would also keep away poachers and commercial fossil hunters who work in the area, but prefer rare fossils. Horner wants a large number of fossils so he can compare variations between skeletons and changes during growth.
The Psittacosaurus dinosaur, also known as a "parrot lizard," was a plant-eater that lived about 120 million years ago in the Early Cretaceous Period, Horner said. It was an ancestor of horned dinosaurs like the triceratops.
"The reason I went after Psittacosaurus was because I figured I could get more of those dinosaurs in the shortest period of time than any other dinosaur," Horner added.
Horner and his group left near the end of August for Mongolia. Joined there by Bolortsetseg Minjin and her team of Mongolian students, the paleontologists drove two days out of Ulan Bator. There, in a few square miles of badlands, they worked from sun-up to sundown and collected dozens of fossils.
This summer's fossils have all been excavated and are now at the Mongolian university, Horner said. Jamie Cornish, marketing director at MSU's Museum of the Rockies, said the bones belong to Mongolia, but Horner may obtain casts of them. Horner added that he will be able to study some of the fossils in Montana, but they will be returned to Mongolia.
"We can bring specimens here for a little while, but the Museum of the Rockies is not the place for bones from other countries," Horner said. "We have enough stuff."
The Mongolian dig is funded by Nathan Myhrvold and will continue next summer, Horner said. Myhrvold is a member of the Museum of the Rockies National Advisory Board and a major supporter of paleontology research in Eastern Montana. The Mongolian project is a joint research project with Mongolia's Science and Technology University. It's also designed to help the Mongolian university develop its paleontology program for students. It will include the construction of a preparation lab and a small museum in Mongolia.
"This project is primarily for the benefit of Mongolia, looking for specimens for them to put in a museum we're going to encourage them to build," Horner said. He added that the museum project is similar to an effort at Rudyard in northern Montana.
The paleontologists found two meat-eating fossils in Mongolia in addition to the Psittacosaurus, Horner said. One of them looked like a raptor and may be a new species, but Horner said, "We find new species all the time. ... A hundred Psittacosauruses are a lot more interesting to me than new species."
Montana State University
He was specifically looking for Psittacosaurus fossils because it was a very common dinosaur and would give him lots of specimens, Horner said. It would also keep away poachers and commercial fossil hunters who work in the area, but prefer rare fossils. Horner wants a large number of fossils so he can compare variations between skeletons and changes during growth.
The Psittacosaurus dinosaur, also known as a "parrot lizard," was a plant-eater that lived about 120 million years ago in the Early Cretaceous Period, Horner said. It was an ancestor of horned dinosaurs like the triceratops.
"The reason I went after Psittacosaurus was because I figured I could get more of those dinosaurs in the shortest period of time than any other dinosaur," Horner added.
Horner and his group left near the end of August for Mongolia. Joined there by Bolortsetseg Minjin and her team of Mongolian students, the paleontologists drove two days out of Ulan Bator. There, in a few square miles of badlands, they worked from sun-up to sundown and collected dozens of fossils.
This summer's fossils have all been excavated and are now at the Mongolian university, Horner said. Jamie Cornish, marketing director at MSU's Museum of the Rockies, said the bones belong to Mongolia, but Horner may obtain casts of them. Horner added that he will be able to study some of the fossils in Montana, but they will be returned to Mongolia.
"We can bring specimens here for a little while, but the Museum of the Rockies is not the place for bones from other countries," Horner said. "We have enough stuff."
The Mongolian dig is funded by Nathan Myhrvold and will continue next summer, Horner said. Myhrvold is a member of the Museum of the Rockies National Advisory Board and a major supporter of paleontology research in Eastern Montana. The Mongolian project is a joint research project with Mongolia's Science and Technology University. It's also designed to help the Mongolian university develop its paleontology program for students. It will include the construction of a preparation lab and a small museum in Mongolia.
"This project is primarily for the benefit of Mongolia, looking for specimens for them to put in a museum we're going to encourage them to build," Horner said. He added that the museum project is similar to an effort at Rudyard in northern Montana.
The paleontologists found two meat-eating fossils in Mongolia in addition to the Psittacosaurus, Horner said. One of them looked like a raptor and may be a new species, but Horner said, "We find new species all the time. ... A hundred Psittacosauruses are a lot more interesting to me than new species."
Montana State University
Paleontology Current Events and Paleontology News RSSCentral Africa's tropical Congo Basin was arid, treeless in Late Jurassic
The Congo Basin - with its massive, lush tropical rain forest - was far different 150 million to 200 million years ago. At that time Africa and South America were part of the single continent Gondwana.
The last European hadrosaurs lived in the Iberian Peninsula
Spanish researchers have studied the fossil record of hadrosaurs, the so-called 'duck-billed' dinosaurs, in the Iberian Peninsula for the purpose of determining that they were the last of their kind to inhabit the European continent before disappearing during the K/T extinction event that occurred 65.5 million years ago.
The humble beginnings of a king
Tyrannosaurus rex and related large carnivorous dinosaurs together form the family Tyrannosauridae. A long forgotten fossil skull in the collections of the Natural History Museum in London has now provided crucial clues to the early stages of the lengthy evolutionary history of these fearsome predators.
New dinosaur species from Montana
A husband and wife team of American paleontologists has discovered a new species of dinosaur that lived 112 million years ago during the early Cretaceous of central Montana.
New analyses of dinosaur growth may wipe out one-third of species
Paleontologists from the University of California, Berkeley, and the Museum of the Rockies have wiped out two species of dome-headed dinosaur, one of them named three years ago - with great fanfare - after Hogwarts, the school attended by Harry Potter.
Crushed bones reveal literal dino stomping ground
Imagine the gruesome sound of bones snapping as a thirsty, 30-ton dinosaur tramples a heap of fresh carcasses on his way to a rapidly shrinking lake.
Chinese and American paleontologists discover a new Mesozoic mammal
An international team of paleontologists has discovered a new species of mammal that lived 123 million years ago in what is now the Liaoning Province in northeastern China.
Archaeopteryx was not very bird-like
New research published this week clips the wings of Archaeopteryx. First found in Germany in the 1860's and dating to 150 million years ago, Archaeopteryx has long been considered the iconic first bird.
Trackway analysis shows how dinosaurs coped with slippery slopes
A new investigation of a fossilized tracksite in southern Africa shows how early dinosaurs made on-the-fly adjustments to their movements to cope with slippery and sloping terrain.
U of A researcher has rare evidence of dinosaur cannibalism
University of Alberta researcher Phil Bell has found 70 million year old evidence of dinosaur cannibalism.
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