Loading...
Loading...
Browse all stories on DeepNewz
VisitPrimary scientific focus of first major research paper on Roxy's skeleton by end of 2025?
Paleontology • 25%
Climate Science • 25%
Evolutionary Biology • 25%
Other • 25%
Published scientific paper in a peer-reviewed journal
Scientists Recover 'Roxy,' 26,000-Year-Old Ice Age Fox Skeleton From Uinta Mountains Cave
Dec 31, 2024, 05:03 PM
A team of scientists from the Utah Division of State Parks and the USDA Forest Service Ashley National Forest, along with a group of Utah cavers, have recovered a nearly complete skeleton of a 26,000-year-old red fox from Whiterocks Cave in the Uinta Mountains of northeastern Utah. The skeleton, named 'Roxy,' was found in a less accessible part of the cave at about 8,600 feet elevation and dates back to just before the last glacial maximum during the Ice Ages. Roxy's discovery marks the most complete skeleton of an Ice Age mammal found in the region, and it is among the oldest directly dated records of the red fox species in North America. The recovery process was challenging, involving a 16-hour expedition to navigate the cave's difficult conditions and safely extract the fragile bones. Roxy's skeleton had been lying in the cave for more than 10,000 years when humans first started farming and over 20,000 years before the Giza pyramids were built. Once fully cleaned and stabilized, some of Roxy's bones will be displayed at the Utah Field House of Natural History State Park Museum in Vernal.
View original story
Other • 25%
Genetic Analysis • 25%
Environmental Context • 25%
Preservation Techniques • 25%
Other • 25%
Reproductive behavior • 25%
Dietary habits • 25%
Locomotion • 25%
Dinosaur movement • 25%
Footprint preservation • 25%
Dinosaur environment • 25%
Dinosaur behavior • 25%
Preservation conditions • 25%
Genetic analysis • 25%
Diet and habitat • 25%
Growth and development • 25%
Radiocarbon dating • 25%
Other • 25%
Isotope analysis • 25%
DNA sequencing • 25%
New behavioral insights • 25%
New species discovery • 25%
New fossil site • 25%
No significant discovery • 25%
Other • 25%
Cognition • 25%
Social interactions • 25%
Companionship • 25%
No • 50%
Yes • 50%
Both equally • 25%
Other types • 25%
Carnivorous dinosaurs • 25%
Herbivorous dinosaurs • 25%
Other • 25%
Dietary habits • 25%
Genetic information • 25%
Environmental conditions • 25%
New insights into mammoth diet • 25%
Genetic link to modern elephants • 25%
New insights into prehistoric climate • 25%
New insights into mammoth migration patterns • 25%
University of Utah • 25%
Utah Division of State Parks • 25%
Other • 25%
USDA Forest Service • 25%