In the original article, paleontologists had long been puzzled by fossils of dinosaurs with lost pieces such as groups of teeth in the absence of a bone of the jaw or pitted bones as well as ribbed. There are also cases when bones half disappeared. Right now, a culprit is finally recognized: primeval insects which masticate on the bones of dinosaur. This was examined thoroughly with a stereo boom microscope. Brooks Britt, a BYU professor came up with a need for this research paper when he initially observed the distinctive bones’ markings of these dinosaurs when he was still an undergraduate student.

During that time, he thought they were just caused by algae or even insects. However, years had passed and Anne Dangerfield who is a recent BYU student noticed the same markings and wondered what they were. This was the reason behind her collaboration with Britt in order to know the reason behind this. They started studying on traces of insects situated on the remnants of a specimen that is plant-eating named Camptosaurus. A stereo boom microscope was used in the investigation. It was exposed that beetles, named Dermestidae were the ones leaving the scratches on the said Camptosaurus. Surprisingly, these beetles are still present today. They are commonly brown or even black. They are also oval-shaped. According to the article, they nourish on flesh and hair. They also nurture on skin and also carcasses’ horns. There were several significant statements in the original article.

Furthermore, Dangerfield and Britt’s work illustrated dermestid beetles survived much previously than formerly assumed. There were Camptosaurus’ traces that would prove that it predated the most elderly fossilized bodies of dermestid beetles with an approximate time of forty eight million years. The said statement was backed up by the findings observed with a stereo boom microscope.

Britt also asked assistance from his family dentists for some materials used in molding to permit him to speedily produce copies of the traces of bones to work upon. He did this to analyze the markings on the bones. He then, had the castings returned to BYU’s Earth Science Museum to search on the bone markings. They made comparisons of the marks with the moths’ mandibles and termites. Comparisons with mayflies as well as dermestid beetles were also conducted. These were all acknowledged to munch through bones. They did this to be able to know the insect’s identity. The two researchers persisted on their exploration by examining more than seven thousand bones from diverse quarries and noticed that insect traces were observed only with the skeleton of Camptosaurus from the Medicine Bow.

Additionally, Eric Roberts who is a specialist in decomposition of dinosaur and who simultaneously teaches at the South Africa’s University of the Witwatersrand, articulated that Britt’s work was absolutely exciting and probed into exceptional aspects of paleobiology that not several scientists have yet investigated. He added that insects are in the company of the most varied and plentiful organisms on Earth. However, not much is learned about them due to their very inadequate preservation capability.