Tokyo / Washington / D.C. / Berlin / Pittsburgh / Stuttgart / Lehi / Provo / New York City / Bristol / Laramie / New Haven / Chicago / Norman / Pomona / /
Company
Western Paleontological Laboratories / Wilson / /
Country
Germany / Japan / United States / United Kingdom / / /
Facility
College of Podiatric Medicine / Brigham Young University / Earth Sciences Museum / National Museum of Natural History / University of Wyoming Geological Museum / Western University of Health Sciences / College of Osteopathic Medicine / Oklahoma Museum of Natural History / Museum für Naturkunde Berlin / American Museum of Natural History / Field Museum of Natural History / National Science Museum / University of California / arch of BYU / Carnegie Museum of Natural History / Yale Peabody Museum / University of Bristol / /
IndustryTerm
external fundamental systems / /
Organization
Brigham Young University / University of California / Santa Cruz / PalArch Foundation / University of Wyoming / Department of Earth Sciences / University of Bristol / Works Progress Administration / Yale / College of Podiatric Medicine / Western University of Health Sciences / College of Osteopathic Medicine of the Pacific / /
Person
J. Willis Stovall / Michael P. Taylor / Mathew J. Wedel / /
Position
*Corresponding author / /
ProvinceOrState
Utah / Wyoming / Pennsylvania / Oklahoma / Illinois / New York / California / Connecticut / /
Wedel & Taylor, Neural Spine Bifurcation in Sauropods PalArch’s Journal of Vertebrate Palaeontology, [removed]NEURAL SPINE BIFURCATION IN SAUROPOD DINOSAURS OF THE MORRISON FORMATION: