Corals are such an iconic part of the modern ocean, it’s easy to overlook the fact that they didn’t become widespread until the Ordovician Period, 4 billion years after the Earth formed and some 30 million years after the Cambrian Explosion. Continue reading
In a few weeks we’ll be opening our new exhibit at WSC, “Life in the Ancient Seas”, which will include a fair number of specimens from Ordovician rocks in the midwest. In recognition of that event, I’m reposting this post, originally published on my old blog “Updates from the Paleontology Lab” in 2011. Continue reading
At the end of this month WSC is opening a new exhibit, “Life in the Ancient Seas”. A big portion of the staff’s efforts are currently focused on getting this ready, including writing labels for individual specimens; this may be the largest exhibit we’ve ever done in terms of shear specimen count! But sometimes these labels can be difficult to write, as the information is often obscure. Continue reading
On May 17, I posted a photo of the ilium of a ceratopsid dinosaur that we collected in the Upper Cretaceous Menefee Formation of New Mexico. At the time, only the medial surface of the bone was visible; however, WSC volunteer Joe Reavis has been working hard and has now prepped the lateral surface as well. On May 17, I identified the bone as a left ilium, but now that I can see the whole thing, I can say that it’s actually a right ilium.
Organisms don’t exist in a vacuum. The whole concept of an ecosystem emphasizes the interactions between an organism and its environment, including with other organisms. A large organism like a mammoth can have wide-ranging effects on numerous other organisms, even after its death. Continue reading
The first part of the Western Science Center’s summer field season with Zuni Dinosaur Institute for the Geosciences and the Southwest Paleontological Society is now over, and that means lots of new fossils have been brought to the museum!
Today’s Fossil Friday specimen comes from the Pleistocene camel Camelops hesternus, a taxon we’ve featured several times on this blog. But this specimen is special because of where it was found – in Joshua Tree National Park. Continue reading
Hello! I’m Brittney Stoneburg, the Marketing and Events Specialist for the Western Science Center. While my job mostly entails communications and outreach at the museum, I’ve spent the last year dipping my toes into research!
Last week for Fossil Friday, I posted the sacrum of a ceratopsid, a large horned dinosaur related to Triceratops. The sacrum is a series of fused vertebrae to which the hip bones attach. Today, I want to show you one of those hip bones from the same ceratopsid individual.