Skip to content

Archaeologists Discover the Most Ancient Dinosaur Remains Ever Unveiled in Denver's Subterranean Depths

Beneath the parking lot of a Denver museum, an astounding revelation of a 67-million-year-old dinosaur bone was uncovered.

Archaeologists Discover Ancient Dinosaur Remains, Dating Back to Eons Ago, Deep Below Denver's...
Archaeologists Discover Ancient Dinosaur Remains, Dating Back to Eons Ago, Deep Below Denver's Cityscape

Archaeologists Discover the Most Ancient Dinosaur Remains Ever Unveiled in Denver's Subterranean Depths

The Denver Museum of Nature and Science has made a remarkable discovery - a 67.5-million-year-old dinosaur vertebra, the oldest ever found within Denver. This fossil, a vertebra from an herbivorous dinosaur, was uncovered unexpectedly during a routine drilling operation aimed at assessing the feasibility of geothermal energy for the museum's heating and cooling systems.

The discovery, which took place in January, offers a unique glimpse into the region's ancient past. The fossilized bone was found in a layer of rock dating back to the Late Cretaceous period, a time when palm trees and vines were common in the Denver area. The core sample, measuring 2.5 inches in diameter, was drilled 763 feet down into the ground, an area already known to be rich in fossils.

The find is considered rare, comparable to finding a dinosaur bone in a core sample being akin to a highly improbable event, such as "winning the lottery and getting struck by lightning on the same day." The fossilized vertebra may have belonged to a plant-eating dinosaur like the Thescelosaurus or Edmontosaurus.

The discovery deepens our understanding of ancient ecosystems and how they functioned, showing that life on Earth was incredibly diverse and complex even millions of years ago. The fossil and associated fossilized vegetation suggest that the area was once a warm, tropical environment, possibly a swampy region heavily vegetated at the time.

The discovery is more than just a fossil; it is a piece of the puzzle that helps researchers piece together the history of life on Earth and how it evolved over time. The core sample and the fossilized vertebra it contained provide a unique opportunity to learn about the Denver region's geology.

Bob Raynolds, an Earth scientist with over 35 years of experience at the museum, described the find as "nothing short of magical." The discovery is featured in the University of Wyoming's journal, Rocky Mountain Geology, highlighting its significance to the region's geological history. The fossil is now on display at the Denver Museum of Nature and Science, making it accessible to the public and contributing to educational and scientific discourse.

The discovery raises fascinating questions about the habits and interactions of the dinosaurs that once roamed the Denver area. The bone provides more than physical evidence of a creature's existence; it helps scientists visualize what life may have been like for these animals. The discovery underscores the potential for unexpected findings during geothermal energy exploration, highlighting the importance of preserving such sites for future research.

This remarkable find adds to the museum's collection of iconic dinosaur fossils, including the Diplodocus and Stegosaurus. The oldest and deepest dinosaur fossil found within Denver, the discovery offers a rare and valuable insight into the region's ancient past.

  1. The discovery of the 67.5-million-year-old dinosaur vertebra at the Denver Museum of Nature and Science, although unexpected, has led to a deeper understanding of environmental-science, specifically the Late Cretaceous period and the ancient ecosystems of the Denver area.
  2. The interface of science and technology was instrumental in the discovery, as the fossil was found during a routine drilling operation aimed at data-and-cloud-computing for geothermal energy systems, demonstrating how technology can sometimes facilitate scientific breakthroughs.
  3. As the museum continues to exhibit iconic fossils like the Diplodocus and Stegosaurus, the latest discovery adds another layer to the narrative of evolutionary history, underscoring the value of such findings in shaping our perception of climate-change and the environment over time.

Read also:

    Latest