by Brittney Stoneburg*1 Introduction: Natural history museums are not just exhibit space: a lot of scientific research is conducted behind the scenes. This is the nature of almost any museum. It is often not logistically or financially possible to exhibit every object, and not every fossil is suitable to go on display. The fossils that the public doesn’t see are still important for research, but this is a part of museum work that is often hidden from the public at large. I work at the Western Science Center in Hemet, California. Visitors have no access to our repository, and are often amazed when they learn that less than 5% of our palaeontology collections can currently be seen. Through an upcoming exhibition and scientific workshop, we are endeavouring to use exhibit space and the I
by Elsa Panciroli1 Introduction: The study of the earliest mammals is an exciting part of palaeontology, telling us not only about strange animals that once lived on Earth, but also about how our own ancestors evolved alongside the dinosaurs. Early mammal fossils are very rare and often we only find a few teeth and bones, but we can tell a lot about the animals’ ecology and evolution from these remains. Discoveries of more-complete skeletons, particularly in China, are now revealing that early mammals were more successful and diverse than anyone had suspected. They specialized to exploit new habitats, diets and ways of living that would lead to their ultimate success. I want to give you an overview of the earliest mammals: mammals from the time of the dinosaurs. We will look at what d
By Morgan Churchill*1 Introduction Pinnipeds (seals, sea lions and walruses) make up the second most numerous group of marine mammals (behind whales), with 35 species found throughout the world’s oceans and in several freshwater lakes. They are represented by 3 living families: the Phocidae (earless seals; 19 species), found around the globe; the Otariidae (sea lions and fur seals; 15 species), restricted to the North Pacific and Southern Hemisphere; and the Odobenidae (walrus; 1 species), confined to the Arctic. Two additional extinct families are recognized: the Desmatophocidae and the Enaliarctidae of the North Pacific. Pinnipeds show a variety of adaptations for aquatic living, including flippers for moving through water, changes in teeth related to capturing and feeding on slippery
by Joshua Ludtke*1 Introduction: Oreodonts make up an extinct group of small, medium and large hoofed mammals. They are among the most commonly represented mammals in more than 40 million years of the North American fossil record; among completely extinct groups, the oreodonts may be the most abundantly preserved group of fossil mammals. This abundance has allowed them, after their extinction, to spread across the globe. Since at least the 1840s, fossil collectors from around the world have visited the North American west to excavate oreodonts, and their fossils have ended up in both public museums and private collections worldwide (see Fig. 1). What is an oreodont? Oreodont is the informal term for any member of the taxon Merycoidodontoidea. Oreodonts are placental mammals; some f...
by Ellen Currano1 “It’s a dangerous business, Frodo, going out of your door,” he used to say. “You step into the road, and if you don’t keep your feet, there is no knowing where you might be swept off to.” — J. R. R. Tolkien The Fellowship of the Ring (Ballantine Books, 1954). Introduction: It was never part of my plan to become the (sometimes bearded) face of women in palaeontology. I was that first grader who fell in love with dinosaurs and set her heart on becoming a palaeontologist. Since I started college, my dream has been to work at the University of Wyoming, travel the world digging up fossils, publish papers in scientific journals and, if I was lucky, be asked to give public lectures on my work. In other words, I wanted to emulate the professors at the top-tier research insti