Tag Archive for: fossils

What are the “house-rules” of the outdoors? We talk a lot about “leave no trace,” but it’s also worth noting that if you find an artifact, fossil, or the like, it’s best to leave it undisturbed as you found it. Following these general rules will help keep Utah beautiful for generations to come!

thespectrum.com

You’re hiking in Southern Utah, you sit down to take a break, you look under a nearby ledge and low and behold, there’s an intact seed jar –  an artifact probably close to 1000 years old, left behind by the nomadic people who called this area home long before Europeans set foot on the continent. What do you do?

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smithsonianmag.com

For as long as paleontologists have known about dinosaurs, there’s been a friendly contest to discover the biggest. Brachiosaurus, Supersaurus, “Seismosaurus,” “Brontosaurus”—the title of “Largest Dinosaur Ever” has shifted from species to species over the last century and a half.

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Scientists continue to research the fancy head ware of a group of dinosaurs containing Triceratops. A new study argues that the large boney frills these dinosaurs carried atop their head may have been used to intimidate rivals and woo mates.

news.nationalgeographic.com

A new study suggest that relatives of Triceratops may have intimidated rivals and scored mates with their frilly headwear.

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cortezjournal.com

Paleontologists have discovered a cliff-side in Utah brimming with fossils that offers a rare glimpse of desert life in western North America early in the age of dinosaurs.

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Will you have this dance? Research may point to behaviors and mating rituals of dinosaurs.

smithsonianmag.com

Paleontologists have a pretty good idea how many dinosaurs might have looked, but it’s very rare to find fossils that indicate how they might have interacted. Now, a group of paleontologists working in Colorado may have finally discovered how some dinosaurs got their groove on—literally.

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A dino article to contemplate over your lunch break—evidence of paleoenvironments and how they may have existed.

nature.com

Relationships between non-avian theropod dinosaurs and extant and fossil birds are a major focus of current paleobiological research. Despite extensive phylogenetic and morphological support, behavioural evidence is mostly ambiguous and does not usually fossilize. Thus, inferences that dinosaurs, especially theropods displayed behaviour analogous to modern birds are intriguing but speculative. Here we present extensive and geographically widespread physical evidence of substrate scraping behavior by large theropods considered as compelling evidence of “display arenas” or leks, and consistent with “nest scrape display” behaviour among many extant ground-nesting birds. Large scrapes, up to 2 m in diameter, occur abundantly at several Cretaceous sites in Colorado. They constitute a previously unknown category of large dinosaurian trace fossil, inferred to fill gaps in our understanding of early phases in the breeding cycle of theropods. The trace makers were probably lekking species that were seasonally active at large display arena sites. Such scrapes indicate stereotypical avian behaviour hitherto unknown among Cretaceous theropods, and most likely associated with terrirorial activity in the breeding season. The scrapes most probably occur near nesting colonies, as yet unknown or no longer preserved in the immediate study areas. Thus, they provide clues to paleoenvironments where such nesting sites occurred.

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It’s a sail boat! It’s a scooner! It’s….Morelladon beltrani! This recently discovered dinosaur was its own captain, wandering the open Spanish horizons of the Early Cretaceous period.

news.discovery.com

A distinctive new dinosaur with a “sail” on its back has just been unearthed in Spain.

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news.nationalgeographic.com

A newly discovered dog-sized relative to Triceratops had a showy skull covered with mysterious bumps of bone.

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ksl.com

A photographer who discovered thousands of dinosaur tracks at Lake Powell says it’s time to start rescuing them before his spectacular finds are destroyed.

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unews.utah.edu

A new study by a team of scientists from Argentina, Brazil, California and the Natural History Museum of Utah at the University of Utah has determined that the time elapsed between the emergence of early dinosaur relatives and the origin of the first dinosaurs is much shorter than previously believed. The discovery not only places a new timeline on the connection between early dinosaur relatives and the first dinosaurs in this particular geologic formation, but also in other formations across the world.

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