Canis Africanis
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Rethinking Dog Domestication by Integrating Genetics, Archeology, and Biogeography
Rethinking dog domestication by integrating genetics, archeology, and biogeography Greger Larsona,1, Elinor K. Karlssonb,c, Angela Perria, Matthew T. Webster d,SimonY.W.Hoe, Joris Petersf, Peter W. Stahl g, Philip J. Piperh,i, Frode Lingaasj, Merete Fredholmk, Kenine E. Comstockl, Jaime F. Modianom,n, Claude Schellingo, Alexander I. Agoulnikp, Peter A. Leegwaterq, Keith Dobneyr, Jean-Denis Vignes, Carles Vilàt, Leif Anderssond,u, and Kerstin Lindblad-Tohb,d aDurham Evolution and Ancient DNA, Department of Archaeology, University of Durham, Durham DH1 3LE, United Kingdom; bBroad Institute of MIT and Harvard, Cambridge MA 02142; cFaculty of Arts and Sciences Center for Systems Biology, Harvard University, Cambridge MA 02138; dScience for Life Laboratory Uppsala, Department of Medical Biochemistry and Microbiology, Uppsala University, SE-751 23 Uppsala, Sweden; eSchool of Biological Sciences, University of Sydney, Sydney NSW 2006, Australia; fVeterinary Sciences Department, Institute of Palaeoanatomy, Domestication Research and the History of Veterinary Medicine, Ludwig-Maximilian University, 80539 Munich, Germany; gDepartment of Anthropology, University of Victoria, Victoria, BC, Canada V8W 2Y2; hSchool of Archaeology and Anthropology, Australian National University, Canberra, Australian Capital Territory 200, Australia; iArchaeological Studies Program, University of the Philippines, Diliman, 1101, Quezon City, Philippines; jDepartment of Basic Sciences and Aquatic Medicine, Division of Genetics, Norwegian School of Veterinary Science, -
THE LIVES of DOMESTIC DOGS (CANIS AFRICANIS) in BOTSWANA Alice Hovorka1 and Lauren Van Patte2
Pula: Botswana Journal of African Studies Vol. 31(1), 2017 THE LIVES OF DOMESTIC DOGS (CANIS AFRICANIS) IN BOTSWANA Alice Hovorka1 and Lauren Van Patte2 Abstract The objective of this study is to document the roles, value, circumstances, and welfare management of domestic dogs (Canis Africanis) in Greater Maun, Botswana. Findings based on interviews with sixty participants, as well as key informant interviews and participant observation, reveal high incidence of dog ownership with dogs primarily used as guardians and companions at rural villages, cattle posts and urban homesteads. Dogs are particularly valued for their obedience to and security offered owners. Participants care for their dogs by providing them with food, allowing them free access to areas outside of homesteads, and accessing medical attention when necessary. Participants were pleased with veterinary care, sterilization and vaccination services provided by the local animal welfare organization and urge government to become more involved in dog- related services, laws and education for community members. Analysis of these findings reveals emerging trends related to changing dog roles, urbanization, regulation, and breeding are re- orienting dog roles and circumstances, as well as welfare management needs. Ultimately, this study establishes baseline data regarding human-dog relations and is positioned to inform community development and animal welfare efforts in Botswana. Key words: Dogs, roles, welfare, human-dog relations INTRODUCTION Free-roaming domestic dogs are ubiquitous in rural, peri-urban and urban areas throughout Southern Africa. Originally understood as the ‘mongrel progeny of settler dogs’ (Swart 2003:194), recent arguments posit that they are direct descendants of the Arabian wolf, domesticated 7000 years ago in Northern Africa and the Middle East (Gaubert et al. -
LEVRIERI E SEGUGI PRIMITIVI Indice
LEVRIERI E SEGUGI PRIMITIVI Indice — Introduzione........................................................................................ pag. 9 — I levrieri ............................................................................................. pag. 11 – Levriero afgano: - Levriero afgano da esposizione a pelo lungo............................... pag. 15 - Bakhmul o Makhmal Tazi o Horský............................................ pag. 20 (levriero afgano aborigeno a pelo lungo) - Khalag Tazi (levriero afgano aborigeno a pelo frangiato) ............ pag. 22 - Luchak Tazi (levriero afgano aborigeno a pelo corto) o Stepní.... pag. 24 – Levriero arabo (Africa del Nord/Magreb): - Sloughi (pelo corto)................................................................... pag. 26 – Levriero croato: - Starohrvatski Hrt...................................................................... pag. 30 – Levriero del Kazakhstan (Khazakh Tazi o Crymka): - Khazakh Tazi o Crymka..............................................................pag. 33 - Kumai Tazi (pelo frangiato).........................................................pag. 36 - Dzorhghak Tazi (pelo corto) ...................................................... pag. 38 – Levriero del Kyrgzstan: - Taigan o Kyrgyzskaya Borzaya Taigan (pelo lungo).................... pag. 40 – Levriero del Mali (Africa centrale/Mali): - Azawakh (pelo corto)................................................................. pag. 42 – Levriero del Turkmenistan: - Turkmenian Tazi........................................................................pag. -
Using Petlink's Mass Import Feature
Using PetLink’s Mass Import Feature Instructions for Animal Professionals (Shelters, Rescues and Humane Societies) Overview PetLink offers Mass Import of multiple prepaid microchip registrations and transfers of ownership for Animal Professionals, so that you can upload pet data in bulk, saving valuable time entering individual records. PetLink’s Mass Import is based on a simple, easy to use Microsoft Excel spreadsheet template, where owner and pet data are input into one document, which then can be uploaded into PetLink directly at one time. Mass Import enables immediate registration, and eliminates the need for individual registration and transfer of ownership forms that have to be mailed or faxed to PetLink. Mass Import also helps ensure that pet owner contact data Guardian: remains in secure hands. We are committed to our customers’ Linking You, Your Clients and Pets privacy; Mass Import creates an efficient and effective means to complete registration or transfer of ownership quickly By using PetLink’s Mass Import feature, your facility will and ensures that the privacy of both you and your clients is automatically be listed as “guardian” for every pet registered - protected. Your facility will receive a confirmation report and something that a pet owner or adopter cannot edit. This adds your each individual pet owner will receive a PetLink welcome email facility as a permanent contact in case the pet is ever found far following a successful import. from home but its family cannot be reached. It helps ensure that you can remain involved in the pet’s care and in making decisions In order to use Mass Import, your facility needs to have a valid, on how it is to be treated and possibly rehomed if that animal is free, Animal Professional account with PetLink. -
Genome Sequencing Highlights Genes Under Selection and the Dynamic Early History of Dogs
Genome Sequencing Highlights Genes Under Selection and the Dynamic Early History of Dogs Adam H. Freedman1, Rena M. Schweizer1, Ilan Gronau2, Eunjung Han1, Diego Ortega- Del Vecchyo1, Pedro M. Silva3, Marco Galaverni4, Zhenxin Fan5, Peter Marx6, Belen Lorente-Galdos7, Holly Beale8, Oscar Ramirez7, Farhad Hormozdiari9, Can Alkan10, Carles Vilà11, Kevin Squire12, Eli Geffen13, Josip Kusak14, Adam R. Boyko15, Heidi G. Parker8, Clarence Lee16, Vasisht Tadigotla16, Adam Siepel2, Carlos D. Bustamante17, Timothy T. Harkins16, Stanley F. Nelson12, Elaine A. Ostrander8, Tomas Marques- Bonet7,18, Robert K. Wayne1*, John Novembre1,19* 1Department of Ecology and Evolutionary Biology, University of California, Los Angeles, Los Angeles, CA, USA 2Department of Biological Statistics and Computational Biology, Cornell University, Ithaca, NY, USA 3CIBIO-UP, University of Porto, Vairão, Portugal 4ISPRA, Ozzano dell'Emilia, Italy 5 Key Laboratory of Bioresources and Ecoenvironment, Sichuan University, Chengdu, China 6Department of Measurement and Information Systems, Budapest University of Technology and Economics, Budapest, Hungary 7Institut de Biologia Evolutiva (CSIC-Univ Pompeu Fabra), Barcelona, Spain 8National Institutes of Health/NHGRI, Bethesda, MD, USA 9Department of Computer Science, University of California, Los Angeles, Los Angeles, CA, USA 10Bilkent University, Ankara, Turkey 11Estación Biológia de Doñana EBD-CSIC, Sevilla, Spain 12Department of Human Genetics, University of California, Los Angeles, Los Angeles, CA, USA 13Department of Zoology, -
Affenpinscher
AFFENPINSCHER ffenpinschers fall into the category of dog breeds commonly known as „toy A breeds‟. These dogs are quite similar to terriers. They weigh between 7-9 pounds (3-4 kg) and are not higher than 11 inches (24-30 cm). They have harsh, rough coats and their expression is sometimes called monkey-like. This is also how they get their name because „Affe‟ means monkey in German. The coat forms a mane over the shoulders and the head and is shaggy in these areas. Over the hind and back quarters the coat is typically much shorter. The texture of the coat is wiry. In the UK, the only acceptable coat color is black, but the American Kennel Club also accepts silver, gray, red and tan, and belge (a mixture of black, white and red hairs). Black is the preferred color for most clubs and kennels. These dogs don‟t shed very much and frequent grooming will usually keep their surroundings free of loose fur. By appearance, these dogs are common associated to terriers, but by temperament, they seem to belong more to the pinscher-schnauzer group of dogs. This breed gets along well with other pets and animals, thus differentiating it from terriers. They are curious, active, stubborn and adventurous. They are also fun loving and playful by nature. They are affectionate towards family members and can get very protective. These dogs really enjoy being part of a family. However, they are difficult to house-break and need consistent, patient training. These dogs also tend to become easily bored, so the training routine should be made as varied as possible. -
Primitive and Aboriginal Dog Society
Kuzina Marina 115407, Russia, Moscow, Zatonnay str., 2-1-112; +10-(499)-618-6370; Web site: http://www.pads.ru; E-mail:[email protected] Desyatova Tatyana E-mail:[email protected] № 24 Primitive and Aboriginal Dog Society Dear members of PADS and readers of our Newsletter, In this, the 24th issue of the PADS Newsletter, we publish Part 2 of an article by V. Beregovoy. In his article Sergei Kopylets shares with us some interesting photographs of the Turkmen Tazi and tells us a story about the renaissance of the breed in Turkmenistan. We also publish two articles touching on very controversial topics. Vladimir Shakula is writing about the tradition and role of aboriginal breeds and dogs in particular in human society. Isik Guvener is writing about the concept of the “purebred dog” and the tradition of using and breeding dogs in rural Turkey. We will leave to readers to draw their own conclusions, but the fact remains that the role of the dog in traditional human societies and cultures of the world varies from being simply an animal for butchering for meat to a beast of burden, from a hunting assistant to a property protector and from a companion to a deified, sacrificial animal important for social and religious rituals. It is nothing unusual in many traditional cultures to perceive dogs as a part of the natural resources, which can be used thoroughly in any way or abandoned altogether. This is one reason why aboriginal dogs disappear with change to the modern way of life. The romantic notion of the dog as a companion or “family member” arose from literary fiction and the way of life in urban industrial society. -
Dogs and Dogma – a Discussion of the Socio- Political Construction of Southern African Dog ‘Breeds’ As a Window Into Social History
DOGS AND DOGMA – A DISCUSSION OF THE SOCIO- POLITICAL CONSTRUCTION OF SOUTHERN AFRICAN DOG ‘BREEDS’ AS A WINDOW INTO SOCIAL HISTORY. South African Historical Journal, 48 (2003). Dr Sandra Swart History Department University of Stellenbosch [email protected] This paper is an engagement with the social role of the three Southern African dog ‘breeds’: the Rhodesian Ridgeback, the Boerboel and the Africanis dog. The discussion explores the current discourses, debates and marketing strategies surrounding the dogs, with particular emphasis on the recent attempts to reclassify the ‘kaffir dog’ as the ‘Africanis dog’.1 Here dogs provide a lens into understanding human society and culture in southern Africa. Behind every dog breed we find an ethnography and a social history as well as a genealogy – its cultural, as well as its genetic, heritage. This paper opens up wider issues of class and race, in a context of the cultural heritage(s) of Southern Africa to disentangle the meanings of a layered social identity. ‘Scientific’ and community history, together with indigenous perceptions of ‘breeds’ are investigated through advertisements, breed organisations, interviews with breeders and through oral testimony from the communal lands of western Zimbabwe. Ostensibly neutral taxonomic classifications and breed descriptions provide a lens through which to view the economic and cultural trends. In the despised ‘Kaffir dog’s’ redemption as valuable ‘Africanis dog’, lie embedded ideas and metaphors central to the African Renaissance and heritage creation. In the discourse surrounding the Rhodesian Ridgeback and Boerboel, we find reflected a white ‘settler’ self-image, the embodiment of their preoccupations and anxieties. -
Levrieri E Segugi Primitivi
LEVRIERI E SEGUGI PRIMITIVI ETNOGEOGRAFIA DI TUTTE LE RAZZE CANINE DEL MONDO CHE INSEGUONO LA PREDA A VISTA SECONDA EDIZIONE RIVEDUTA E AMPLIATA Autore: Mario Canton Antonio Crepaldi Editore INDICE — Introduzione.............................................................................................. pag. 9 — Introduzione alla seconda edizione e ringraziamenti ............................... pag. 10 — Levrieri .................................................................................................... pag. 13 – Levriero Afgano: - Levriero Afgano da esposizione a pelo lungo ................................. pag. 17 - Bakhmul o Makhmal ...................................................................... pag. 22 (levriero afgano aborigeno a pelo lungo) - Khalag Tazi (levriero afgano aborigeno a pelo frangiato) .............. pag. 24 - Luchak Tazi (levriero afgano aborigeno a pelo corto) o Stepní ..... pag. 26 – Levriero arabo (Africa del Nord/Magreb): - Sloughi (pelo corto) ....................................................................... pag. 28 – Levriero croato: - Starohrvatski Hrt .......................................................................... pag. 32 – Levriero del Kazakhstan (Khazakh Tazi o Crymka): - Khazakh Tazi o Crymka ................................................................. pag. 35 - Kumai Tazi (pelo frangiato) ............................................................ pag. 38 - Dzorhghak Tazi (pelo corto) .......................................................... pag. 39 – Levriero del -
Genome-Wide SNP and Haplotype Analyses Reveal a Rich History Underlying Dog Domestication
doi:10.1038/nature08837 LETTERS Genome-wide SNP and haplotype analyses reveal a rich history underlying dog domestication Bridgett M. vonHoldt1, John P. Pollinger1, Kirk E. Lohmueller2, Eunjung Han3, Heidi G. Parker4, Pascale Quignon4, Jeremiah D. Degenhardt2, Adam R. Boyko2, Dent A. Earl5, Adam Auton2, Andy Reynolds2, Kasia Bryc2, Abra Brisbin2, James C. Knowles1, Dana S. Mosher4, Tyrone C. Spady4, Abdel Elkahloun4, Eli Geffen6, Malgorzata Pilot7, Wlodzimierz Jedrzejewski8, Claudia Greco9, Ettore Randi9, Danika Bannasch10, Alan Wilton11, Jeremy Shearman11, Marco Musiani12, Michelle Cargill13, Paul G. Jones14, Zuwei Qian15, Wei Huang15, Zhao-Li Ding16, Ya-ping Zhang17, Carlos D. Bustamante2, Elaine A. Ostrander4, John Novembre1,18 & Robert K. Wayne1 Advances in genome technology have facilitated a new under- method implemented in STRUCTURE6, we found strong evidence standing of the historical and genetic processes crucial to rapid for admixture with wolves only in a minority of breeds (Sup- phenotypic evolution under domestication1,2. To understand the plementary Fig. 5). Neighbour-joining trees reveal that most of these process of dog diversification better, we conducted an extensive breeds (basenji, Afghan hound, Samoyed, saluki, Canaan dog, New genome-wide survey of more than 48,000 single nucleotide poly- Guinea singing dog, dingo, chow chow, Chinese Shar Pei, Akita, morphisms in dogs and their wild progenitor, the grey wolf. Here Alaskan malamute, Siberian husky and American Eskimo dog) are we show that dog breeds share a higher proportion of multi-locus highly divergent from other dog breeds (Fig. 1 and Supplementary haplotypes unique to grey wolves from the Middle East, indicating Figs 6–11). These highly divergent breeds have been identified prev- that they are a dominant source of genetic diversity for dogs rather iously and termed ‘ancient’ breeds (as opposed to ‘modern’)4 than wolves from east Asia, as suggested by mitochondrial DNA because, consistent with their high levels of divergence, historical sequence data3. -
Canine Disease Gene Identificationn by Jeremy R. Shearman The
CCaanniinnee DDiisseeaassee GGeennee IIddeennttiiffiiccaattiioonn by Jeremy R. Shearman The University of New South Wales 2011 School of Biotechnology and Biomolecular Sciences University of New South Wales THE UNIVERSITY OF NEW SOUTH WALES Thesis/Dissertation Sheet Surname or Family name: Shearman First name: Jeremy Other name/s: Ross Abbreviation for degree as given in the University calendar: PhD School: BABS Faculty: Science Title: Canine disease gene identification Abstract 350 words maximum: (PLEASE TYPE) The dog (Canis familiaris) was domesticated from wolves around 15,000 years ago in multiple locations in the northern hemisphere. Most modern dogs were developed from domestic dogs in the past 200 years in Europe. This breed development resulted in genetically isolated, highly inbred populations segregating diseases. Two autosomal recessive diseases are Trapped Neutrophil Syndrome (TNS) in Border collies and cerebellar abiotrophy in Australian Kelpies. TNS is an inherited neutropenia resulting in a compromised immune system. TNS was mapped to VPS13B using a candidate gene approach and linkage analysis. Sequencing of the gene in affected and control dogs identified a 4 bp deletion in exon 19 causing frame shift and premature truncation. Alternate transcripts of VPS13B are expressed in the brain of humans but not mice. Sequencing of cDNA from healthy dogs revealed that dogs also express alternate transcripts in the brain. Cerebellar abiotrophy in the Australian Kelpie results in an ataxia. Affymetrix SNP array v2 was used to perform whole genome mapping in twelve affecteds and twenty control Kelpies. Association analysis failed to identify the disease region. Homozygosity analysis identified a five megabase region where all affecteds were homozygous for a common haplotype. -
Dog Conservation and the Population Genetic Structure of Dogs
CHAPTER 8 Dog conservation and the population genetic structure of dogs Ryan H. Boyko and Adam R. Boyko 8.1 Introduction threatened by the encroachment of non- indigenous dogs. On top of this, even genetically similar mod- The domestication of dogs likely began 12,500– ern breed dogs demonstrate substantial phenotypic 30,000 years ago, giving dogs more time to evolve diversity that could interest conservation biologists. and diversify than any other domesticated species In this chapter, we begin by addressing the ques- ( Clutton-Brock, 2012 ). Over the course of just 5,000– tions of what one might want to conserve and why. 10,000 generations, dogs adapted to a variety of We then proceed to summarize the current state of environments and niches, a process accelerated in dog diversity. Finally, we suggest ways to deter- many populations by artifi cial selection. The wide mine which populations should be conserved and assortment of shapes, sizes, temperaments, and be- present ideas on how to conserve them. haviors in modern dogs testifi es to the power with which human-directed selection can transform the 8.1.1 What are we conserving? dog genome to produce novel and desirable phe- notypes suited to diverse tasks and predilections. As wolves transformed into dogs, they arguably be- The ubiquitous distribution of dogs across the globe came integrated into our lives in a deeper and more testifi es to the dogs’ own ability to adapt to a wide complex manner than any other animal. We main- array of anthropogenic niches. tain working relationships