Comparative and Evolutionary Physiology Commons^™

Umfc 140 A Comprehensive Case Report, Daniel D. Warila

Graduate Student Theses, Dissertations, & Professional Papers

UMFC 140 Is a teaching specimen from purchased from China assigned To Daniel Warila B.A. for the purpose of a Forensic case study. This case study covers a wide variety of forensic procedures that can be applied to these remains. The forensic procedures used consist of past as well as current procedures were applied to the remains with the resulting findings discussed and analyzed. This case study was focused on finding as many forensic answers as possible on the remains in their current condition.

The Evolution Of Dragons, Laura J. Mayfield

Undergraduate Theses, Professional Papers, and Capstone Artifacts

Dragons have been depicted in human art as early as 4500 BCE. For centuries, these fantasy creatures have inspired countless folk and fantasy tales, as well as appearing in the art of different cultures around the world. Now there are thousands of different depictions of these huge, flying, fire-breathing lizards, but are any of them possible? In this study, I reference peer-reviewed scientific articles, phylogenetic analysis, and paleoart studies to create biologically-sound dragons. Basing the dragon lineage on a real branch of webbed-winged scansoriopterygids—an extinct family of climbing and gliding maniraptoran dinosaurs—I explored the possible wing-structure, fire-breathing abilities, and effects …

Rates Of Water Loss And Metabolism In The Eggs Of Stick Insect Eurycantha Calcarata, Garret K. Jolma

Undergraduate Theses, Professional Papers, and Capstone Artifacts

The thorny devil stick insect (Eurycantha calcarata) of New Guinea has eggs that take four months or more to develop—incredibly long for an insect. Long development times can be a challenge for eggs because of their finite resources, including nutrients, energy to support development, and water. I investigated the physiological mechanisms underlying long development times in stick insect eggs.

The first experiment examined rates of water loss and survival of eggs held in different experimental humidities (0, 75, or 100% RH). Eggs dried quickly in the 0% humidity “dry” container; and more slowly in the 75% humidity “intermediate” …