Yellowstone Grizzly Bears: Ecology and Conservation of an Icon of Wildness
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The 26Th Society for Animation Studies Annual Conference Toronto
Sheridan College SOURCE: Sheridan Scholarly Output, Research, and Creative Excellence The Animator Conferences & Events 6-16-2014 The Animator: The 26th oS ciety for Animation Studies Annual Conference Toronto June 16 to 19, 2014 Society for Animation Studies Paul Ward Society for Animation Studies Tony Tarantini Sheridan College, [email protected] Follow this and additional works at: http://source.sheridancollege.ca/conferences_anim Part of the Film and Media Studies Commons SOURCE Citation Society for Animation Studies; Ward, Paul; and Tarantini, Tony, "The Animator: The 26th ocS iety for Animation Studies Annual Conference Toronto June 16 to 19, 2014" (2014). The Animator. 1. http://source.sheridancollege.ca/conferences_anim/1 This work is licensed under a Creative Commons Attribution-Noncommercial-No Derivative Works 4.0 License. This Book is brought to you for free and open access by the Conferences & Events at SOURCE: Sheridan Scholarly Output, Research, and Creative Excellence. It has been accepted for inclusion in The Animator by an authorized administrator of SOURCE: Sheridan Scholarly Output, Research, and Creative Excellence. For more information, please contact [email protected]. THANK YOU TO OUR SPONSORS THE ANIMATOR THEThe 26th Society forANIMATOR Animation Studies Annual Conference TheToronto 26 Juneth Society 16 to 19, 2014 for www.theAnimation animator2014.com Studies @AnimatorSAS2014 Annual Conference Toronto June 16 to 19, 2014 • www.the animator2014.com • @AnimatorSAS2014 WELCOME Message from the President Animation is both an art and skill; it is a talent that is envied the world over. Having a hand in educating and nurturing some of the finest animators in the world is something for which Sheridan is exceptionally proud. -
Models of Time Travel
MODELS OF TIME TRAVEL A COMPARATIVE STUDY USING FILMS Guy Roland Micklethwait A thesis submitted for the degree of Doctor of Philosophy of The Australian National University July 2012 National Centre for the Public Awareness of Science ANU College of Physical and Mathematical Sciences APPENDIX I: FILMS REVIEWED Each of the following film reviews has been reduced to two pages. The first page of each of each review is objective; it includes factual information about the film and a synopsis not of the plot, but of how temporal phenomena were treated in the plot. The second page of the review is subjective; it includes the genre where I placed the film, my general comments and then a brief discussion about which model of time I felt was being used and why. It finishes with a diagrammatic representation of the timeline used in the film. Note that if a film has only one diagram, it is because the different journeys are using the same model of time in the same way. Sometimes several journeys are made. The present moment on any timeline is always taken at the start point of the first time travel journey, which is placed at the origin of the graph. The blue lines with arrows show where the time traveller’s trip began and ended. They can also be used to show how information is transmitted from one point on the timeline to another. When choosing a model of time for a particular film, I am not looking at what happened in the plot, but rather the type of timeline used in the film to describe the possible outcomes, as opposed to what happened. -
Advertising Guidelines
ADVERTISING 2020 GUIDELINES The Minnesota Deer Hunters Association (MDHA) is a grassroots conservation organization dedicated to building our hunting and conservation legacy through habitat, education and advocacy. As you may be aware, MDHA originated from a small group of concerned hunters that wanted to look out for the betterment of deer and the sport of deer hunting. MDHA has now evolved into a nearly 20,000 member community of deer and deer hunting advocates. We share the commonality and enjoy the camaraderie of ensuring the future of deer and deer hunting in Minnesota. What has MDHA done since 1980? MDHA’s Hides for Habitat Program has recycled nearly 865,000 deer hides; raising $5.23 MILLION for habitat restoration, public hunting land acquisition and youth education projects. Through local chapter fundraising MDHA’s 60 chapters across the state raise nearly ONE MILLION dol- lars annually supporting local habitat and hunting education and recruitment programs in Minnesota for Minne- sota. Since 1996 MDHA has enhanced public lands to a tune of OVER $43 MILLION in habitat projects. Since 1985 nearly 11,000 kids have been sent to our week-long MDHA Forkhorn Camp ® providing hands on firearms safety, bow safety, and advanced hunter education. Here are some quick stats about MDHA members: Our members have a mean income of $91,000 86% of members hunt on private land The second and third most popular activities amongst members after hunting is fishing and ice fishing Our mean membership age is 55 years of age 72% of members own -
Mcneil River State Game Sanctuary Annual Management Report 2018
Special Areas Management Report, ADF&G/DWC/SAMR-2019-1 McNeil River State Game Sanctuary Annual Management Report 2018 Thomas M. Griffin Edward W. Weiss ©2018 ADF&G, photo by Thomas M. Griffin 2019 Alaska Department of Fish and Game Division of Wildlife Conservation Special Areas Management Report ADF&G/DWC/SAMR-2019-1 McNeil River State Game Sanctuary Annual Management Report 2018 Thomas M. Griffin Alaska Department of Fish and Game Division of Wildlife Conservation 333 Raspberry Road Anchorage, AK 99518-1565 Edward W. Weiss Alaska Department of Fish and Game Division of Wildlife Conservation 333 Raspberry Road Anchorage, AK 99518-1565 © 2019 Alaska Department of Fish and Game Alaska Department of Fish and Game Division of Wildlife Conservation PO Box 115526 Juneau, AK 99811-5526 The State of Alaska’s wildlife refuges, sanctuaries, and critical habitat areas are managed cooperatively by the Alaska Department of Fish and Game (Divisions of Habitat and Wildlife Conservation) and the Alaska Department of Natural Resources. The McNeil River public use and viewing program, and its publications, are managed by the Lands and Refuges Program at the Alaska Department of Fish and Game, Division of Wildlife Conservation. Funding comes from appropriations made by the Alaska Legislature and program receipts deposited to the State of Alaska’s Fish and Game Fund. Special areas management reports address management activities and goals within specific refuges, critical habitat areas, and sanctuaries managed by the division. Special areas management reports are intended for biologists or other technical professionals, as well as to inform the general public about the special areas. -
Grizzly Bear Fact Sheet
Identify Grizzly from Black Bears Grizzly bears typically weigh 100-200 kg (females) to 200-300 kg (males) which is slightly more than black bears. Grizzly bears have a shoulder hump, range in colour from blonde to black and may have silver or light- tipped guard hairs on their head, hump and back. A grizzly bear’s ears are rounded and appear smaller than the black bear, while the black bear has more pointed, noticeable ears and no shoulder hump. Grizzly bear claws are longer than those of black bears and may have a light-coloured stripe. In grizzly bear ISBN: 978-0-7785-8683-8 (Printed Version) tracks, the tips of the front claws usu- 978-0-7785-8683-8 (Online Version) ally leave imprints in front of the paw Printed July 2009 pad, and the toes are set in a nearly straight line. In black bear tracks, the claw imprints are difficult to see, and the front toes form an obvious arc. Reproduction Range Grizzly bear numbers are limited by a slow reproductive rate. This is Grizzly bears can be found caused by a relatively high age of first reproduction, small litter siz- in Alberta from the Montana es, and long periods between litters. In Alberta, most female grizzlies border, along the mountains do not have their first litter until they are at least four years old and and foothills and continuing usually have only one or two cubs. The cubs are born in January or north through the western February and stay with their mother for two to five years. -
Foothills Research Institute Grizzly Bear Program 2013 Annual Report
FOOTHILLS RESEARCH INSTITUTE GRIZZLY BEAR PROGRAM 2013 ANNUAL REPORT Prepared and edited by Gordon B. Stenhouse and Karen Graham April 2014 DISCLAIMER This report presents preliminary findings from the 2013 research program within the Foothills Research Institute (FRI) Grizzly Bear Program. It must be stressed that these data are preliminary in nature and all findings must be interpreted with caution. Opinions presented are those of the authors and collaborating scientists and are subject to revision based on the ongoing findings over the course of these studies. Suggested citation for information within this report: Larsen, T, J. Cranston, G. Stenhouse, and S. Nielsen..2014. Research and applied tools to enhance forest management linkages to grizzly bear conservation and recovery in Alberta. Final Report for the Forest Resource Improvement Association of Alberta. In: G. Stenhouse and K. Graham (eds). Foothills Research Institute Grizzly Bear Program 2013 Annual Report. Hinton, Alberta. i ACKNOWLEDGEMENTS A program of this scope and magnitude would not be possible without the dedication, hard work and support of a large number of people. We would like to thank the capture crew members: Terry Larsen, Brian MacBeth, Bernie Goski, John Lee, and veterinarian Marc Cattet. Exemplary flying skills were provided by Steve Wotton of Peregrine Helicopters of Hinton. Appreciation is also extended to the summer field crew members for the various projects on the go:Leonie Brown, Lindsay Dewart, Michael Oliveira, and Amy Stenhouse whose hard work and enthusiasm ensured a successful field season. Also thanks to Joe Kermit-Wells for his support and data collection. Special thanks to Tracy McKay for all her great work in doing a bit of just about everything that a diverse project like the bear program can dish out. -
Grizzly Bears Arrive at Central Park Zoo Betty and Veronica, the fi Rst Residents of a New Grizzly Bear Exhibit at the Central Park Zoo
Members’ News The Official WCS Members’ Newsletter Mar/Apr 2015 Grizzly Bears Arrive at Central Park Zoo Betty and Veronica, the fi rst residents of a new grizzly bear exhibit at the Central Park Zoo. escued grizzly bears have found a new home at the Betty and Veronica were rescued separately in Mon- RCentral Park Zoo, in a completely remodeled hab- tana and Yellowstone National Park in Wyoming. itat formerly occupied by the zoo’s polar bears. The Both had become too accustomed to humans and fi rst two grizzlies to move into the new exhibit, Betty were considered a danger to people by local authori- and Veronica, have been companions at WCS’s Bronx ties. Of the three bears that arrived in 2013, two are Zoo since 1995. siblings whose mother was illegally shot, and the third is an unrelated bear whose mother was euthanized by A Home for Bears wildlife offi cials after repeatedly foraging for food in a Society Conservation Wildlife © Maher Larsen Julie Photos: The WCS parks are currently home to nine rescued residential area. brown bears, all of whom share a common story: they “While we are saddened that the bears were or- had come into confl ict phaned, we are pleased WCS is able to provide a home with humans in for these beautiful animals that would not have been the wild. able to survive in the wild on their own,” said Director of WCS City Zoos Craig Piper. “We look forward to sharing their stories, which will certainly endear them in the hearts of New Yorkers. -
How People Should Respond When Encountering a Large Carnivore: Opinions of Wildlife Professionals Dy L a N E
Human–Wildlife Conflicts 2(2):194–199, Fall 2008 How people should respond when encountering a large carnivore: opinions of wildlife professionals DYLA N E. BRO wn , 507 Silo Loop, Kinsey, Montana 59338, USA [email protected] MI C HAEL R. CO N OVER , Jack H. Berryman Institute, Department of Wildland Resources, Utah State University, Logan, Utah 84322-5230, USA Abstract: We conducted telephone surveys of wildlife professionals who work with large carnivores to ask their opinions about how people should respond to avoid being injured when confronted by a black bear (Ursus americana), grizzly bear (Ursus arctos), mountain lion (Puma concolor), or gray wolf (Canis lupus). The respondents agreed that the most appropriate response was to try to increase the distance between a person and the carnivore. In the event of an attack by a black bear, mountain lion, or wolf, most respondents said to fight back. Opinion was divided over the best response for an individual who was being attacked by a grizzly bear, but a slight majority of professionals said to fight back if the attack was predatory and be passive if the attack was defensive; however, respondents also noted that many victims would be unable to identify the bear’s motive. If a black bear came into camp, most respondents said that a person should aggressively encourage the bear to leave and to fight back against a bear that enters a tent at night, regardless of species. Respondents unanimously agreed that bear pepper-spray is effective in defending against an attack. While any encounter with a large carnivore can be fatal to the person involved, we believe that selecting the right course of action increases the odds that the victim can escape without injury. -
Banners in Heraldic Art
Banners in heraldic art Magnus Backrnark Abstract The banner is very useful to heraldic art. It is a carrier of charges and colours, just like its coun terpart the shield. But where the shield can be seen as crude, heavy, flat and robust - its purpose being taking hits- the banner is brilliant, swift, full of I ife and motion. Its purpose is spiritual. It is lifted above anyone's head, above dust and confusion, for inspiration and guiding. Something of this character, I will with this article try to show by examples that the heraldic artist, if lucky, can translate in his or her work. First, we could though take a quick glance at the historical development of banners. The term banner approves, as we shall see, to a specific kind of flag, but in a wide sense of the word a banner is any ensign made of a peace of cloth, carried on a staff and with symbolic value to its owner(s). The profound nature of this innovation, which seem to be of oriental origin, makes it the mother of all kinds of flags. The etymologi cal root of the word banner is the French word banniere, derived from latin bandaria, bandum, which has German extraction, related to gothic bandwa, bandw6, 'sign'. 1 The birth of heraldry in the l2 h century Western world was preceded by centuries of use of early forms of banners, called gonfanons. From Bysantium to Normandy, everywhere in the Christian world, these ensigns usually were small rectangular lance flags with tai Is (Fig. -
Predation by a Golden Eagle on a Brown Bear Cub
SHORT COMMUNICATION N Sørensen et al. Predation by a golden eagle on a brown bear cub Ole J. Sørensen1,4, Mogens Totsa˚ s2, Tore eagles attending bears. Murie hypothesized that Solstad2, and Robin Rigg3 eagles attending bears were waiting for opportunities to capture prey trying to escape from the bears. He 1North-Trondelag University College, Department of also observed eagles swooping at and diving low over Natural Resource Sciences and Information Technology, grizzlies and other carnivores, but interpreted this Box 2501, N-7729 Steinkjer, Norway behavior as play or curiosity, rather than predation. 2 Norwegian Nature Inspectorate, N-7485 Trondheim, C. McIntyre (US National Park Service, Fair- Norway 3 banks, Alaska, USA, personal communication, 2008), Slovak Wildlife Society, PO Box 72, 033 01 Liptovsky a golden eagle researcher in Denali National Park for Hradok, Slovakia many years, has never seen an eagle attack a bear, although she has often observed eagles following Abstract: During spring 2004 an adult female brown bears in open terrain, perhaps positioning themselves bear (Ursus arctos) and her 3 cubs-of-the-year were to take prey escaping from the bear as suggested by observed outside their den on a south-facing low- Murie. Commensalistic hunting, as well as curious or alpine slope in central Norway. They remained near play behavior by eagles in the vicinity of bears, could the den for 8–10 days and were, except for one day, be misinterpreted as eagles hunting, attacking, or observed daily by Totsa˚s and other wardens of the inspecting bears as possible prey. Predation by eagles Norwegian Nature Inspectorate. -
Ultimate and Proximate Mechanisms Underlying the Occurrence of Bears
bs_bs_banner Mammal Review ISSN 0305-1838 REVIEW Ultimate and proximate mechanisms underlying the occurrence of bears close to human settlements: review and management implications Marcus ELFSTRÖM* Department of Ecology and Natural Resource Management, Norwegian University of Life Sciences, Pb. 5003, NO-1432 Ås, Norway. E-mail: [email protected] Andreas ZEDROSSER Department of Ecology and Natural Resource Management, Norwegian University of Life Sciences, Pb. 5003, NO-1432 Ås, Norway, and Institute of Wildlife Biology and Game Management, Department of Integrative Biology and Biodiversity Research, University of Natural Resources and Applied Life Sciences, Gregor-Mendel-Str. 33, 1180 Vienna, Austria. E-mail: [email protected] Ole-Gunnar STØEN Department of Ecology and Natural Resource Management, Norwegian University of Life Sciences, Pb. 5003, NO-1432 Ås, Norway. E-mail: [email protected] Jon E. SWENSON Department of Ecology and Natural Resource Management, Norwegian University of Life Sciences, Pb. 5003, NO-1432 Ås, Norway, and Norwegian Institute for Nature Research, NO-7485 Trondheim, Norway. E-mail: [email protected] Keywords ABSTRACT despotic, food conditioning, human habituation, naivety, predation refuge 1. Large carnivores (LCs), such as bears (Ursidae), are commonly believed to occur near human settlements because they have a learned tolerance of humans *Correspondence author. (human habituation) and because they associate humans with accessible high- quality foods (food conditioning). Young bears and females with cubs are often Submitted: 28 March 2012 overrepresented among ‘problem’ bears near settlements. Returned for revision: 23 May 2012 Revision accepted: 9 July 2012 2. We review the mechanisms underlying the occurrence of brown and black Editor: KH bears (Ursus arctos, Ursus americanus, Ursus thibetanus) near settlements, and con- sider four hypotheses designed to separate ultimate and proximate mechanisms. -
The Effects of the Lake Trout Introduction in Yellowstone Lake on Populations Outside the Aquatic a Meta-Analytic Study
Migrate, Mutate, or Die: The effects of the lake trout introduction in Yellowstone Lake on populations outside the aquatic A Meta-Analytic Study By Sarah Z. Gandhi-Besbes University of Colorado at Boulder A thesis submitted to the University of Colorado at Boulder in partial fulfilment of the requirements to receive Honours designation in Environmental Studies May 2016 Thesis Advisors: Alexander Cruz, Ecology and Evolutionary Biology, Committee Chair Dale Miller, Environmental Studies Andrew Martin, Ecology and Evolutionary Biology © 2016 by Sarah Z. Gandhi-Besbes All rights reserved i Abstract Yellowstone National Park is a relatively pristine ecosystem preserved through time. The Yellowstone cutthroat trout Oncorhynchus clarkii bouvieri population, inhabiting shallower waters in Yellowstone Lake and spawning in its tributaries, has been declining primarily due to the introduction of a predatory fish. The lake trout Salvelinus namaycush, which rapidly grow to large sizes, feed on the Yellowstone cutthroat trout, breed and spawn in Yellowstone Lake, and dwell in deeper waters out of predatory reach. The Yellowstone cutthroat trout is relied upon both directly and indirectly by more than 40 species within Yellowstone National Park. The grizzly bear Ursus arctos horribilis, bald eagle Haliaeetus leucocephalus, and osprey Pandion halaetus all feed directly on the spawning fish. This study looks at how the declining Yellowstone cutthroat trout populations affect these predatory populations, and what their populations may look like should current trends continue into the year 2030. Conducting a meta-analysis and collecting primary data allowed for statistical projections predicting and comparing estimated future populations. The ecological change in Yellowstone Lake provides insight into how the concerns of one ecosystem affects multiple.