Stegosaurus Museums and Sites Featuring Fossils in Colorado

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Stegosaurus Museums and Sites Featuring Fossils in Colorado

Cenozoic 0-65.5 million years ago Brontothere skull Elm Leaf State Fossil: Stegosaurus s STEAMBOAT SPRINGS s FT. COLLINS N 15 Museums and Sites Featuring Beetle s DINOSAUR Fossils in Colorado s FT. MORGAN 23 1 - University of Colorado Museum of Natural History, 1 Boulder s BOULDER 2 - Purgatoire River Tracksite, 18 Comanche National Grasslands, near La Junta 20 3 - Rocky Mountain Dinosaur Resource Center, 16 19 Woodland Park s DENVER 4 - Florissant Fossil Beds National Monument, near Florissant s VAIL s MORRISON 21 5 - Florissant Fossil Quarry, near Florissant Mesozoic 65.5-251 million years ago 22 6 - Dinosaur Depot Museum, Canon City 13 7 - Garden Park Fossil Area, near Canon City 10 9 Triceratops 14 8 - Skyline Drive Trackway Site, near Canon City skull 12 11 9 - Dinosaur Journey, Museum of Western Colorado, Fruita 10 - Fruita Paleo Area Trail, s GRAND JUNCTION Horsethief Canyon State Wildlife Area, near Fruita 4 3 11 - Dinosaur Hill Interpretive Trail in the McInnis Canyons s WOODLAND PARK National Conservation Area, near Grand Junction 5 s FLORISSANT 12 - Rabbit Valley Trail Through Time, near Grand Junction s COLORADO SPRINGS 13 - Riggs Hill Trail, Museum of Western Colorado, Grand Junction Ammonite 7 8 14 - Dry Mesa Dinosaur Quarry Trail, Uncompahgre National Forest, near Grand Junction s MONTROSE 6 s CAÑON CITY 15 - Dinosaur National Monument, Dinosaur 16 - Triceratops Trail at Parfet Prehistoric Preserve, Golden 17 - Ryan Museum, Adams State College, Alamosa PUEBLO s 18 - A Walk Through Time, Broomﬁeld 19 - Ancient Colorado at Colorado Convention Center, Denver 20 - Denver Museum of Nature and Science, Denver LA JUNTA s 21 - Morrison Natural History Museum, Morrison Diplodocus 2 22 - Dinosaur Ridge, Morrison skull 23 - Kremmling Cretaceous Ammonite Locality Natural Area, near Kremmling 17 s ALAMOSA s DURANGO Key to Ages of Colorado Rocks s TRINIDAD Cenozoic rocks: 0-65.5 million years ago Paleozoic 251-542 million years ago RevisedReRevivisseed fromfrf oomm ColoradoColo ororadado GeologicalGGeeolo ogogicicala SurveySuurrvveey Map,MaMap,p 12/1012/2/1010 Mesozoic rocks: 65.5-251 million years ago Vertebrate trackway Paleozoic rocks: 251-542 million years ago Precambrian rocks: 542 million years ago to 2.8 billion years ago The fossils on this poster are from the University of Colorado For more information and resources on fossils, This poster is generously supported by the Museum’s paleontology collection. Visit the Museum’s please visit http://cumuseum.colorado.edu CU-Boulder Outreach Committee and the Paleontology Hall in Boulder, CO to see more great fossils! University of Colorado Museum of Natural History. and click on Education & Tours..

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Dakota Hogback-Colorado State Natural Area
Dakota Hogback Colorado State Natural Area What to Expect The Dakota Hogback Natural Area encompasses a prominent ridge spanning several miles along the foothills of the Rocky Mountains. The “hogback” is composed of Dakota Sandstone highly resistant to erosion, preserving a snapshot into the past. The ridge contains several high quality exposures of dinosaur tracks and bones, as well as several other plant and trace fossils best viewed at Dinosaur Ridge. The Dakota Hogback also serves as an important flyway for migrating raptors. Volunteers at the site have recorded the highest tally of migrating ferruginous hawks in the world D inosaur tracks at Dino Ridge About the Natural Area Location: Jefferson County, 2 miles north of Morrison Landowner: Jefferson County Open Space Size: 2168 acres Address: Dakota Ridge Trail, Golden, CO 80401. Google maps link to the Dinosaur Ridge Visitor Center. Dakota hogback and foothills Know Before You Go The site is best explored on the Dakota Ridge Trail, which provides spectacular views of the hogback. Terrain may be narrow and steep. Visitors should stay on-trail and keep dogs on leash. You can access this trail and several exhibits from the Dinosaur Ridge Visitor Center. Before arriving, be sure to visit the Dinosaur Ridge website to explore the online educational portal that will excite the dinosaur enthusiast in everyone. If visiting during spring or fall, bring your binoculars to view the many raptors that use this area as a migratory flyway! Dinosaur Ridge exhibit For more information about the Colorado Natural Areas Program (CNAP) visit CNAP’s website. .
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RMAG on the Rocks Field Trip: Dinosaur Ridge and the Morrison
RMAG On the Rocks Field Trip: Dinosaur Ridge and the Morrison Natural History Museum June 15,2019 On Saturday, June 15th, join us for a family friendly RMAG On-the-Rocks Field Trip as we discover the natural wonders of Dinosaur Ridge and explore the Morrison Natural History Museum, both located a short distance west of Denver. The trip will start on the west side of Dinosaur Ridge at the Discovery Center. Our geologist and paleontologist tour guides will share their expert knowledge of fossils and other unique geologic features as we walk the 1.5-mile Dinosaur Ridge Trail to the ridge’s east side. The Trail is a paved section of the West Alameda Parkway that is open to pedestrians, bicyclists and hikers and closed to through traffic. Dinosaur Ridge’s world-famous sites boasts more than 300 amazing dinosaur tracks, leading it to be ranked the #1 tracksite in the nation by paleontologists. It is also the location of the world’s first Stegosaurus discovery, Colorado’s State Fossil. The Trail has more than 15 fossil and geologic sites, each marked by interpretive signage. Dinosaur Ridge has been designated by the National Park Service as a National Natural Landmark and named by the State of Colorado as a Colorado Natural Area. The Dinosaur Ridge Trail walk will end at the Visitor’s Center featuring an extensive gift shop and Exhibit Hall, Dinosaur Ridge’s mini museum, with displays that support the geology and paleontology of the ridge and surrounding area. After the Visitor’s Center stop, participants will be shuttled back to the Discovery Center where we will break for a picnic style lunch (please remember to pack lunches and leave in coolers in your car while we spend the morning on the ridge).
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Where Dinosaurs Walked and Musicians Flock: Morrison, Colorado
Where Dinosaurs Walked and Musicians Flock: Morrison, Colorado Modified from Caitlin Hendee, Denver Business Journal and Amanda Kesting, KUSA Looking down at Morrison from Red Rocks Amphitheater MORRISON - Tucked into the foothills just west of Lakewood and about 15 miles from Denver is the town of Morrison, home to about 500 people and the gateway to many popular mountain attractions. Where the dinosaurs roamed The history of Morrison begins with the discovery of dinosaurs. Bone at Dinosaur Ridge In March of 1877, Arthur Lakes, a professor and geologist, discovered massive dinosaur bones along the Dakota hogback in Morrison. Lakes hoped an expert would be interested in his find and would hire him to continue searching the area. He first wrote to Othniel Marsh, one of the most prominent dinosaur specialists of the time, about his discovery. Marsh only vaguely responded and then stopped corresponded altogether, so Lakes sent a sample of one of the bones to Marsh’s rival, Edward Cope. As soon as Marsh got word Cope might be interested, he hired Lakes. For the next two years, Lakes and his colleagues would continue excavating the hogback under Marsh’s direction. It would be one of the most prominent sites of the “Bone Wars” between Marsh and Cope during the late 19th century. These quarries also yielded the world’s first fossils of the Stegosaurus and Apatosaurus (better known as the Brontosaurus). After Lakes finished his work, the fossil beds were deserted and the site was lost for 123 years. However, Lakes had documented his discoveries in detailed field notes, paintings and sketches.
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Upper Jurassic Dinosaur Bonebeds at Ten Sleep, Wyoming: Stratigraphy, Preliminary Results and Field Reports of 2016 and 2017
André de Sousa Saleiro Barros Licenciado em Biologia Upper Jurassic dinosaur bonebeds at Ten Sleep, Wyoming: stratigraphy, preliminary results and field reports of 2016 and 2017 Dissertação para obtenção do Grau de Mestre em Paleontologia Orientador: Octávio Mateus, Professor Associado, Faculdade de Ciências e Tecnologia da Universidade Nova de Lisboa Júri: Presidente: Prof. Doutor Paulo Alexandre Rodrigues Roque Legoinha Arguente: Prof. Doutor Mark Allen Norel Vogal: Prof. Doutor Octávio João Madeira Mateus Setembro 2018 André de Sousa Saleiro Barros Licenciado em Biologia Upper Jurassic dinosaur bonebeds at Ten Sleep, Wyoming: stratigraphy, preliminary results and field reports of 2016 and 2017 Sketch of of Bobcat Hill by Simão Mateus Dissertação para obtenção do Grau de Mestre em Paleontologia Orientador: Octávio Mateus, Professor Associado, Faculdade de Ciências e Tecnologia da Universidade Nova de Lisboa Acknowledgments I start by thanking my supervisor, Professor Octávio Mateus, not only for the help provided during my work, but also for the trust placed in me, for the free range given by him, allowing me to pursue my own objectives, both academically and professionally. I thank the American Museum of Natural History for funding the expeditions which were the focal point of this work, and the Museum of Lourinhã for providing me with a workspace, as well as allowing me to use the laboratorial facilities to prepare the specimens here described. Special thanks to the team members, and visitors, of the expedition, without whom this project would not exit. All fieldwork was carried out under Bureau of Land Manegement permits PA16-WY-245, PA16-WY-255, and PA16-WY-256.
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Didactyl Raptor Tracks from the Cretaceous, Plainview Sandstone at Dinosaur Ridge
Cretaceous Research 61 (2016) 161e168 Contents lists available at ScienceDirect Cretaceous Research journal homepage: www.elsevier.com/locate/CretRes Didactyl raptor tracks from the Cretaceous, Plainview Sandstone at Dinosaur Ridge * Martin G. Lockley a, , Lida Xing b, Neffra A. Matthews c, Brent H. Breithaupt d a Dinosaur Trackers Research Group, CB 172, University of Colorado Denver, PO Box 173364, Denver, CO, 80217-3364, USA b School of the Earth Sciences and Resources, China University of Geosciences, Beijing, China c National Operations Center, USDOI-Bureau of Land Management, Denver, CO, 80225, USA d Wyoming State Office, Bureau of Land Management, Cheyenne, Wyoming, 82003, USA article info abstract Article history: Two natural casts of two-toed (didactyl) tracks from the Cretaceous (Albian) Plainview Sandstone Received 18 December 2015 (Plainview Member) of the South Platte Formation (Dakota Group) at Dinosaur Ridge, Colorado are Received in revised form attributed to deinonychosaurian theropod dinosaurs and placed in the ichnogenus Dromaeosauripus. This 22 January 2016 is both the first report of tracks from this unit in the Dinosaur Ridge area and the first report of dein- Accepted in revised form 23 January 2016 onychosaurian tracks from Colorado. It is also only the third report of this track type from North America. Available online xxx The rarity of tracks from the Albian-aged, Plainview Sandstone (Dakota Group Sequence 2) contrasts with their abundance in the upper (Cenomanian) part of the overlying South Platte Formation (Dakota Group Keywords: “ Theropod Sequence 3), which has yielded more than 120 sites mostly in Colorado, giving rise to the Dinosaur ” Deinonychosaurs Freeway concept.
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Los Preserving Prehistory: Friends of Dinosaur Ridge
Jeerson County Hall of Fame Preserving Prehistory: Friends of Dinosaur Ridge Meyer Award for Historic Preservation hen a small group assembled over the Ridge received recognition on the State Reg- “It is still a magical John William Green, Sr. Marian Metsopoulos breakfast in 1988 with a shared vi- ister of Historic Places. In 1973, the quarries on organization… the Pioneer, Businessman, Community Leader Historian Wsion of protecting Jeco’s prehistoric the Ridge had been designated a National Natu- level of commitment ohn William Green , arian Moeller Metsopoulos , heritage, many of those in attendance didn’t re- ral Landmark (NNL), but this honor was not of- and energy among the JSr. arrived in Bua- Ma native of Chanute, Kansas, alize the magnitude of the project they were un- cially celebrated until 2004, when a plaque was people who are part lo in September 1879. attended Kansas State University, re- dertaking. Twenty-ve years later, the Friends of placed at the bone quarry site on the west side of the group is just He was 16 years of age ceiving a BS Degree in Home Eco- Dinosaur Ridge (FoDR) have become one of the of the Ridge. In 2011, with the submission of a phenomenal…” and had traveled from nomics. From the University of Texas great success stories of volunteer commitment in second evaluation, the NNL was expanded from —Ginny Mast, former his birth place in In- Medical School, in Dallas, TX, she the Front Range and are the 2014 recipients of 60 to 84 acres, and now includes three track Director of Colorado School of Mines Geology dependence, Virginia.
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Toward a Conceptual Framework for Assessing the Human Dimensions of Paleontological Resources
Sullivan, R.M. and Lucas, S.G., eds., 2016, Fossil Record 5. New Mexico Museum of Natural History and Science Bulletin 74. 239 TOWARD A CONCEPTUAL FRAMEWORK FOR ASSESSING THE HUMAN DIMENSIONS OF PALEONTOLOGICAL RESOURCES VINCENT L. SANTUCCI¹, PETER NEWMAN² and B. DERRICK TAFF² 1National Park Service, 1201 Eye Street NW., Washington, D.C. 20005; -email: [email protected] 2The Pennsylvania State University, 801 Ford Building, University Park, PA 16802 Abstract—Dinosaurs and other fossils capture the imagination of people of all ages from around the globe. An assessment of the wide range of human values associated with paleontological resources reveals strong and sometimes conflicting perspectives. Given the fact that fossils are non-renewable resources, decision-making relative to the use, conservation and stewardship of paleontological resources must recognize and consider the human dimensions of fossils. Scientific, educational, recreational, commercial and other human values may directly influence the motivations and behaviors of individuals as they relate to paleontological resources. The unauthorized collection of fossils from public lands, including theft and vandalism, entails a variety of legal, ethical, economic and social factors that need to be assessed in conjunction with the planning and implementation of public policy. The purpose of this review is to initiate the compilation of baseline information on the human dimensions of paleontological resources in order to develop a conceptual framework and more clearly identify the most crucial questions to address in future research. INTRODUCTION and others to better understand and implement effective strategies for A fundamental topic in paleontology that has garnered little the enjoyment, use, management and stewardship of non-renewable attention is an evaluation of the values that humans ascribe to fossils.
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Celebrating Our Past, Building Our Future!
From an unprotected site known mostly to a handful of geologists and academics to today’s vibrant center for education, science, and fun, Dinosaur Ridge has a history – and a future -- built on the vision and work of volunteers. Friends of Dinosaur Ridge celebrated 30 years of protecting and preserving this natural treasure, enhancing the understanding of the track and bone fossils onCelebrating site, and expanding theour knowledge past, of geology and paleontology for thousands of visitors from school groups toBuilding international travelers. our future! Volunteer/Board Member Norb Cygan talks to a group at the Swamp/Plant Impressions Site. Prior to the preservation efforts of Martin Lockley, founder and paleontologist, the 1990’s, these East Side sites were describes to a group of local geologists the Bulges Founder John Dolson First Executive Director Karen Hester leads a The Friends of Dinosaur Ridge acquired our main covered by a thick layer of mud (the dark Volunteer Ed Post teaches at the Bulges Site in 1989, the year we were founded. This tour of the Dinosaur Track Site utilizing some of Visitor Center buildings in 1995, the back room Dinosaur Ridge Summer Camp started grey at the bottom of the picture). This shares stories and shows how the bulges looked before any viewing or the first casts ever created of our tracks. today serving as gift shop while in the mid 90’s Site before any preservation or education in 1996 and was led by Elmo Brown, a mud was removed to facilitate viewing of volunteer tips. preservation work was done in the early 1990’s.
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Late Albian Dinosaur Tracks from the Cratonic (Eastern) Margin of the Western Interior Seaway, Nebraska, USA
Ichnos, 11:275–284, 2004 Copyright © Taylor & Francis Inc. ISSN: 1042-0940 print / 1563-5236 online DOI: 10.1080/10420940490442377 Late Albian Dinosaur Tracks from the Cratonic (Eastern) Margin of the Western Interior Seaway, Nebraska, USA R. M. Joeckel Conservation and Survey Division, School of Natural Resources, IANR, University of Nebraska-Lin- coln, Lincoln, Nebraska, USA J. M. Cunningham Burlington Northern Santa Fe Railway, Environmental Operations, Kansas City, Kansas, USA R. G. Corner and G. W. Brown University of Nebraska State Museum, Lincoln, Nebraska, USA P. L. Phillips Geology and Geography Program, University of North Carolina-Pembroke, Pembroke, North Carolina, USA G. A. Ludvigson Iowa Department of Natural Resources, Geological Survey Bureau, Iowa City, Iowa, USA INTRODUCTION At least 22 tridactyl dinosaur tracks, poorly preserved in vari- A tracksite recently discovered in the middle Dakota For- ous degrees of expression, have recently been found at an exposure mation in southern Jefferson County, Nebraska (Figs. 1, 2) is in the Dakota Formation (Lower Cretaceous, Albian) in Jefferson the first in situ occurrence of large continental vertebrate fos- County, Nebraska. These tracks generally have broad, blunt dig- its and a broad posterior margin. The largest of the tracks meas- sils to be described from Cretaceous strata in that state. To our ures 57 cm in length and 58 cm in width. All of the tracks lie within knowledge, the tracksite is only the second occurrence of large a stratigraphic horizon of 40 cm or less, but they do not form a sin- Cretaceous (and, for that matter, Mesozoic) tetrapod tracks east gle trackway.
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Uas Modeling of Dinosaur Ridge, Co – Rockfall Hazard Survey
UAS MODELING OF DINOSAUR RIDGE, CO – ROCKFALL HAZARD SURVEY BACKGROUND UAS PROJECT INFORMATION UAS DATASETS Dinosaur Ridge is a segment of the Dakota Hogback in the Morrison Fossil Area National Natural Dinosaur Ridge is undertaking a project to enhance the visitation experience, increase general Landmark located in Jefferson County, Colorado, near the town of Morrison, west of Denver. 2 Textured 3D Surface Models safety and improve the protection of the paleontological resources. A core component of the 2698 Camera Stations (Total for 2 Sites) improvement plan is geologic hazard analysis and rockfall mitigation of the Dinosaur Ridge Park. The Dinosaur Ridge area is one of the world's most famous dinosaur fossil localities. In 1877, some The 3DR Solo was utilized Flying Altitude 36 m Nearly all of the exhibits lie at the bottom of an unstable slope which requires monitoring to protect visitors and to protect the natural park resources. USGS collaborated with the Jefferson of the best-known dinosaurs were found here, including Stegosaurus, Apatosaurus, Diplodocus, with a Ricoh GR II camera Ground Resolution: 0.92 cm and Allosaurus. The rocks on the west side of Dinosaur Ridge are part of the widespread Morrison for the photogrammetric County Open Space, and the Friends of Dinosaur Ridge to collect high-resolution UAS data, Total area covered: 0.3 km2 Formation of Jurassic age. The rocks on the east side of Dinosaur Ridge are part of the Cretaceous surveys. Flight plans were constructing 3D photogrammetric terrain models of potential landslide areas, providing planners Dakota Formation. In 1973, the area was recognized for its uniqueness as well as its historical and conducted using mission the required data for park enhancement and safety.
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Discovering the Ancient History of the American West
CHAPTER 6 PALEONTOLOGY Discovering the Ancient History of the American West Kirk Johnson and Overview Richard K. Stucky The history of paleontology at the Denver Museum of Nature & Science can be seen as two bursts of research productivity separated by a long period of intermittent exhibit development and research inactivity. The first period lasted from 1915 to 1948. It was led by Jesse Dade Figgins, Philip Reinheimer, Harold Cook, Harvey Markman, and Robert Landberg, and was characterized by extensive exploration in the Western Interior states in search of skeletons of extinct animals that were suitable for mounting in Museum exhibitions. During this time, the Museum’s scientists had close ties with the American Museum of Natural History, collaborating with its scientists, being supported by its funders, and trading specimens and localities with the American and other institutions. This was a time of many publications in the Proceedings of the Colorado Museum of Natural History and the development of new exhibits that highlighted the vertebrate paleontology of the Western Interior. In-house research and publication essentially ceased when Cook left the Museum in 1930. Reinheimer was a master craftsman at the art of mount- ing and displaying fossil skeletons, and he continued this work until his retirement in 1947. Between 1930 and 1988, there was minimal publication and very little planned fieldwork in paleontology. Some important specimens were acquired as gifts, trades, purchases, and salvages, and the six curators of this period—Harvey Markman, John Roberts, John “Jack” Murphy Jr., Charles “Chuck” Crockett, and K. Don Lindsey—focused primarily on the develop- ment of paleontology and geology exhibits.
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Dinosaur Remains in Colorado
OAHP 1555 Rev. 01/14 Dinosaur Remains in Colorado Denver Museum of Nature & Science 2001 Colorado Blvd., Denver, CO 303.370.6000, www.dmns.org Hours: Daily 9am to 5pm, closed Dec. 25 One of the premier natural history museums in the country, this institution was founded at the turn of the century to house the collection of Colorado naturalist Edwin Carter. In the Prehistoric Journey exhibit, visitors can see dinosaur fossils such as Stegosaurus stenops (the state fossil), a small-headed, armor-plated vegetarian that roamed the state 150 million years ago. Enormous remains of the Nebraska mammoth and long-jawed mastodon also are on display. University of Colorado Museum 15th & Broadway, Boulder, CO 303.492.6892, cumuseum.colorado.edu Hours: Mon–Fri 9am to 5pm, Sat 9am to 4pm, Sun 10am to 4pm, closed on all university holidays The paleontology collection features a wide variety of vertebrate, invertebrate, and plant fossils, including approximately 95,000 catalogued specimens representing approximately 600,000 objects from more than 5,600 localities in 44 states and 77 countries. The collection includes 583 fossil holotypes. It is primarily focused on the Paleogene fossil record of the Rocky Mountain region, and is one of the best Tertiary fossil collections from the Western Interior of North America with exceptional coverage for the Paleocene, Eocene, Oligocene, and Miocene epochs. Dinosaur Ridge 16381 W. Alameda Parkway, Morrison, CO 303.697.DINO, www.dinoridge.org Hours: Nov-Apr: Mon–Sat 9am to 4pm, Sun 12pm to 4pm; May-Oct: Mon–Sat 9am to 5pm, Sun 10am to 5pm Dinosaur Ridge is a geologically famous natural landmark, located along the Front Range of the Rocky Mountains, near Morrison, Colorado.
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