4-H Horse Judging Manual

Total Page:16

File Type:pdf, Size:1020Kb

4-H Horse Judging Manual PNW575 4-H HORSE JUDGING MANUAL A Pacific Northwest Extension Publication Washington State University • Oregon1 State University • University of Idaho TABLE OF CONTENTS INTRODUCTION ............................................................................................................................3 ANATOMY OF THE HORSE ...............................................................................................4 Good Conformation...........................................................................................................4 Topline and Underline ........................................................................................................7 Correlated Features ............................................................................................................12 Way-of-Going That Helps Determine Function..................................................................12 Unsoundnesses and Blemishes of the Horse......................................................................14 Correlated Structural Features that Lead to Defective Gait or Unsoundness..........................19 JUDGING THE HALTER HORSE ................................................................................................21 In Judging the Halter Class, Keep in Mind the Particular Class You Are Judging .................................. 21 Descriptions and Regulations for Different Breeds ................................................................................ 21 JUDGING THE PERFORMANCE HORSE...........................................................................26 The Pleasure Horse............................................................................................................26 Showmanship at Halter.....................................................................................................29 Stock Seat Equitation........................................................................................................30 English Equitation............................................................................................................30 Western Riding.................................................................................................................31 English Riding..................................................................................................................31 Reining Class...................................................................................................................32 COMPLETING THE PLACING CARD .................................................................................33 ORAL REASONS...............................................................................................................34 How to Take Notes..........................................................................................................34 How to Give Oral Reasons................................................................................................35 Terminology.....................................................................................................................36 Sample Oral Reasons.........................................................................................................47 CONTEST REGULATIONS AND SCORING.......................................................................49 Typical Rules and Regulations for a 4-H Horse Judging Contest..............................................49 Contest Scoring................................................................................................................50 2 WASHINGTON 4-H HORSE JUDGING MANUAL INTRODUCTION Horse judging is an art where an • Know a system to rapidly take notes authoritative person expresses his/ on a class and be able to organize her opinion of a class, by his/her order those notes into a set of reasons. of placement. The ability of a judge to express his/her opinion orally reinforces • Know the important comparisons to his/her order of placement. For the judge make when giving oral reasons. to give a convincing set of oral reasons, she/he must compare the horses in the • Know what an “ideal” set of oral class while keeping in mind the “ideal” reasons sounds like. accepted model of that breed and/or type of performance. • Know that win, lose or draw, you made your best effort. To become a competent judge a person must develop and/or perfect part or all of For the beginner to be able to learn these the following: points takes much practice and guidance from qualified persons. Practice judging • Know all the parts of the horse. will require many sessions just building the “ideal” horse in the beginner’s • Know all the possible blemishes and mind. The beginner then must spend unsoundnesses and how they would many hours comparing horses, one with affect the horse’s movement. another and those to the “ideal.” While the placements are being perfected, the • Know how to weigh conformation beginner should start learning and using faults over blemishes for making the reason terminology in his conversation. placements. With much practice and guidance the beginner will be ready for his/her first • Know the “ideal” type or “ideal” contest. performance of one or more breeds. This includes the rules of those Breed It must be remembered that contest Divisions. judging is much different from practice sessions. Contest judging is done under • Know a method by which you can time limitations. These limitations are completely and rapidly evaluate a explained in the Contest Regulations and horse. Scoring. 3 ANATOMY OF THE HORSE GOOD CONFORMATION propor-tions is an indication of growthiness and overall size outcome. Part of this section should merely be a review of what you have already learned in your Good breed type and attractiveness of the head previous project books. It is repeated, however, in all its features are primary qualifications in because of its importance in the overall picture horses. Horses intended for breeding should of judging horses. A thorough knowledge of show masculinity or femininity in the head. a horse’s anatomy (Figure 1) is the primary Long, narrow heads with deeply dished faces step in being able to judge accurately. or Roman noses are undesirable because of their plainness. Width of muzzle and jaw The Head is taken to indicate good disposition and intelligence. Straight-faced horses are preferred In all types of horses, the size of the head over dishedface or Roman-nosed types in most should be in proportion to the size of the breeds. When viewed from the side the head body. In the case of foals, yearlings, and two- should have a triangular shape. That is, it should year-olds, a big head that is balanced in its taper to a fine muzzle. Poll Topline Forehead Crest Face Point of hip Bridge of nose Withers Loin Back Rump or croup Nostril Muzzle Neck Upper lip Lower lip Buttock Under lip Thigh Throatlatch Shoulder Barrel Flank Point of shoulder Heart- Stifle Chest girth Arm Gaskin Elbow Underline Hock Forearm Knee Cannon Fetlock Fetlock joint Hoof Pastern Coronet Figure 1. Anatomy of a horse. 4 Ears large, because the nasal passages are the only avenues of air intake to the lungs. The size, length, set, direction, and move- ment of the ear are important. Extremes in Mouth size of ear detract from the appearance of the head. A medium-sized ear, clean cut in The jaws of the mouth should meet evenly. design, that shows the blood vessels clearly Not only are protruding or receding lower jaws outstanding, is characteristic of horses with unsightly, but they interfere with the horse’s high quality and refinement. eating. The terms applied are: “parrot mouth,” which means the upper jaw protrudes over the Set or location of the ears helps determine the lower; and “monkey mouth,” which means beauty of the head. Ears set well apart, not too the lower jaw protrudes beyond the upper. low down over the eyes or too far back on the Alternate terminology would be “overshot” poll of the head, contribute to good looks. and “undershot” jaws or mouths, respectively. The movements of the ears are an indication Teeth of temperament. Ears kept in a constant state of unrest may signal a nervous temperament, The teeth are classified as incisors, canines, and impaired eyesight, or total blindness. Motion- molars. They are organs of mastication. Age less ears are an indication of a slow, lazy, can be estimated by inspection of the incisors. sluggish disposition. The bars of the mouth occupy the space on Eyes each side of the lower jaw between the incisor and the premolar teeth or between the canine Big, full, prominent eyes of a dark, rich, hazel and the first molar teeth. The bars are covered color are desired in all types of horses. only with mucous membrane. “Walleyes,” sometimes called glass eyes, are It is against the bars of the mouth that bit those in which the iris is a pearly white color. pressure is brought to bear in the control Such eyes are objectionable on the basis of of horses by the reins. Horses are said to be looks but are functional and not considered “hardmouthed” when the mucous membrane disqualifications. of the bars becomes toughened and thickened, and the sensitivity of the mouth is deadened “Pig-eye” is the term applied if the eye is too because of the calloused condition of the bars. small, narrow, and squinty. Such eyes usually have thick eyelids and are commonly associated Neck with coarseness and a sluggish temperament. Long, trim necks are associated with athletic Nostrils ability in all types of horses.
Recommended publications
  • Developing Learning Models to Teach Equine Anatomy and Biomechanics
    The University of Maine DigitalCommons@UMaine Honors College Spring 5-2017 Developing Learning Models to Teach Equine Anatomy and Biomechanics Zandalee E. Toothaker University of Maine Follow this and additional works at: https://digitalcommons.library.umaine.edu/honors Part of the Animal Sciences Commons, and the Veterinary Anatomy Commons Recommended Citation Toothaker, Zandalee E., "Developing Learning Models to Teach Equine Anatomy and Biomechanics" (2017). Honors College. 453. https://digitalcommons.library.umaine.edu/honors/453 This Honors Thesis is brought to you for free and open access by DigitalCommons@UMaine. It has been accepted for inclusion in Honors College by an authorized administrator of DigitalCommons@UMaine. For more information, please contact [email protected]. DEVELOPING LEARNING MODELS TO TEACH EQUINE ANATOMY AND BIOMECHANICS By Zandalee E. Toothaker A Thesis Submitted in Partial Fulfillment of the Requirements for a Degree with Honors (Animal and Veterinary Science) The Honors College University of Maine May 2017 Advisory Committee: Dr. Robert C. Causey, Associate Professor of Animal and Veterinary Sciences, Advisor Dr. David Gross, Adjunct Associate Professor in Honors (English) Dr. Sarah Harlan-Haughey, Assistant Professor of English and Honors Dr. Rita L. Seger, Researcher of Animal and Veterinary Sciences Dr. James Weber, Associate Professor and Animal and Veterinary Sciences © 2017 Zandalee Toothaker All Rights Reserved ABSTRACT Animal owners and professionals benefit from an understanding of an animal’s anatomy and biomechanics. This is especially true of the horse. A better understanding of the horse’s anatomy and weight bearing capabilities will allow people to treat and prevent injuries in equine athletes and work horses.
    [Show full text]
  • Pdf 687.36 K
    IRANIAN JOURNAL OF VETERINARY SURGERY (IJVS) WWW.IVSA.IR Radiographic and Ultrasonographic Findings of Some Fetlock Disorders in Donkeys Mohamed B. Mostafa , PhD Ahamed I. Abd-Glil, MVSc Department of Veterinary Surgery, Anaesthesiology and Radiology, Faculty of Veterinary Medicine, Cairo University, Giza, Egypt. Abstract Objective- To describe the radiographic and ultrasonographic changes in the fetlock disorders indonkeys. Design- Descriptive study. Animals- - Twenty nine donkeys with clinical, radiographic and ultrasonographic evidences of fetlock disorders and lameness were used in this study. Procedures- Clinical, radiographic and ultrasonographic studies for donkeys have fetlock disorders and lameness were evaluated. Five radiographic views were performed and evaluated. Transverse and longitudinal scans of the palmar/planter fetlock region were obtained. The radiographic and ultrasonographic findings were studied and correlated with clinical signs. Results- All donkeys had marked painful fetlock swelling and lameness. Radiography showed chronic tendonitis with soft tissue calcification. Sesamoiditis with osteophytes formation and osteolysis were detected.. Transverse mid body and lateral abaxial fractures of the proximal sesamoid bones were diagnosed. Thickening and adhesions with increased in echogenicity of the digital flexor tendons were observed. Desmitis of both lateral and medial branches of the suspensory ligaments with thickening, fibrosis were seen. Mechanical trauma, over work long hours in harsh condition, over strain, neglected hoof care and management might be attributed to hard and soft tissue changes and fetlock disorders in the donkeys. Conclusion and Clinical Relevance- Radiography and ultrasonography evaluation of fetlock lameness in donkeys provides a useful aid in delectating the pathological changes in hard and soft fetlock tissues in donkeys. Key Words- Donkey, Fetlock Disorders, Suspensory Ligament Desmitis, Chronic Tendonitis, Proximal Sesamoid Bone Fractures.
    [Show full text]
  • Inherited Disorders and Their Management in Some European Warmblood Sport Horse Breeds
    Swedish University of Agricultural Sciences Faculty of Veterinary Medicine and Animal Science Inherited disorders and their management in some European warmblood sport horse breeds Danica Nikolić Department of Animal Breeding and Genetics Master’s Thesis, 30 HEC Examensarbete 305 Erasmus Mundus programme – European Master in Animal Uppsala 2009 Breeding and Genetics Inherited disorders and their management in some European warmblood sport horse breeds Danica Nikolić Supervisors: Lina Jönson (ABG, SLU) Louise Lindberg (ABG, SLU) Bart Ducro (ABG, WUR) Examiners: Jan Philipsson, SLU, Department of Animal Breeding and Genetics Johan van Arendonk, WU, Department of Animal Sciences Credits: 30 HEC Course title: Degree project in Animal Science Course code: EX0679 Programme: Erasmus Mundus programme – European Master in Animal Breeding and Genetics Level: Advanced, A2E Place of publication: Uppsala Year of publication: 2009 Cover picture: Olga Boucher Name of series: Examensarbete 305 Department of Animal Breeding and Genetics, SLU On-line publication: http://epsilon.slu.se Key words: genetic disorders, diseases, sport horses, leg conformation, fertility, hooves Contents 1. Abstract.......................................................................................................................5 2. Introduction................................................................................................................6 2.1. Background......................................................................................................6
    [Show full text]
  • The Proximal Aspect of the Dorsal Condylar Sagittal Ridge and the Adjacent Soft Tissues in the Fetlock Joint of the Warmblood Horse
    The proximal aspect of the dorsal condylar sagittal ridge and the adjacent soft tissues in the fetlock joint of the Warmblood horse: Morphology and relationship with cartilage degeneration Stijn Hauspie Dissertation submitted in fulfilment of the requirements for the degree of Doctor of Philosophy (PhD) in Veterinary Sciences 2012 Promoters: Prof. Dr. J. Saunders Prof. Dr. A. Martens Dr. K. Vanderperren Department of Veterinary Medical Imaging and Small Animal Orthopaedics Faculty of Veterinary Medicine Ghent University The proximal aspect of the dorsal condylar sagittal ridge and the adjacent soft tissues in the fetlock joint of the Warmblood horse: Morphology and relationship with cartilage degeneration. Stijn Hauspie Vakgroep Medische Beeldvorming van de Huisdieren en Orthopedie van de Kleine Huisdieren Faculteit Diergeneeskunde Universiteit Gent ISBN: xxxxxxxxxxxxxxxxx This PhD thesis was supported by a scientific research grant of the Ghent University Special Research Fund (BOF 01J04911) Om innerlijke rust te vinden, moet je afmaken waaraan je begonnen bent (Boeddha) Table of Contents LIST OF ABBREVIATIONS 1 PREFACE 3 CHAPTER 1: The equine metacarpo-/metatarsophalangeal joint 7 CHAPTER 1.1: Anatomy of the equine metacarpo-/metatarsophalangeal joint 9 CHAPTER 1.2: The use of different imaging modalities in a pre-purchase examination 17 CHAPTER 1.3: The evaluation of the equine metacarpo-/metatarsophalangeal joint during a pre-purchase examination 35 CHAPTER 2: Scientific Aims 47 CHAPTER 3: Radiographic features of the dorsoproximal
    [Show full text]
  • Horse Packet
    6 7 8 9 2. Points of the Horse 11 14 15 13 ... ·: .....-- . 3 .•i·-:-.. -------�L 1 a ,, •' 19 23. Ergot 2 1. lips 24. Cheek 2. Nostril 25. Throat �.llrf.!f-lt--20 3. Eye 26. Jugular groove 4. Forehead 27. Shoulder 21 5. Poll 28. Point of shoulder 41 6. Ear 29. Breast 39 7. Wing of atlas 30. Point of elbow 8. Crest 31. Forearm 22 9. Neck 32. Chestnut 10. Mane 33. Knee 11. Withers 34. Cannon 12. Back of scapula 35. Fetlock 13. Back 36. Pastern 14. Loins 37. Hoof 15. Sacroiliac joint 38. Girth 16.Dock 39. Chest 17. Buttock 40. Abdomen 18. Hip joint 41. Flank 19. Tail 42. Stifle 20. Thigh 43. Coronet 21. Gaskin 44. Heel 22. Point of hock 45. Flex tendons The points of the horse are the external features that make up the horse's other associated features, for instance, it is possible to establish what the conformation, or shape. Knowledge of the points of the horse is vital for a angle of the shoulder is and whether it is correctly conformed. No one feature ·qal understanding of the animal. Experts acquire this knowledge by visual should be out of proportion with the others. '\mination and physical touch. By feeling the point of the shoulder and 6. The Horse in Motion Suspension phase ~ :s:::%' ..;-­ - =,;..;--=----,,;-' ----~-- - - . -, ~-- lead (right) hind foot impact The horse has four natural gaits: walk, trot, canter, and gallop. The illustra­ four legs are off the ground. For years, people weren 't sure if this actually tion shows the final and fastest gait-the gallop.
    [Show full text]
  • The 4-H Horse Project
    THE 4-H HORSE PROJECT PNW 587 A PACIFIC NORTHWEST EXTENSION PUBLICatION OREGON StatE UNIVERSITY • WASHINGTON StatE UNIVERSITY • UNIVERSITY OF IDAHO COntEntS Introducing the 4-H Horse Project .......................... 1 THE HORSE .................................................................................. 3 Breeds ......................................................................... 4 Colors and Markings ............................................... 15 Parts of the Horse .................................................... 17 Horse Psychology and Behavior ............................. 19 Choosing a Horse .................................................... 22 THE HORSE’S HEALTH ..............................................................25 The Normal Horse ................................................... 26 First Aid and When to Call the Veterinarian .................................................. 27 Diseases .................................................................... 31 Parasites ................................................................... 35 The Equine Hoof ..................................................... 41 Equine Teeth ............................................................ 44 CARE anD ManaGEMEnt OF THE HORSE ..............................47 Basic Handling and Safety ...................................... 48 Facilities ................................................................... 52 Feed and Nutrition .................................................. 60 Grooming ...............................................................
    [Show full text]
  • Functional Anatomy of Tendons and Ligaments in the Distal Limbs (Manus and Pes)
    TENDON AND LIGAMENT INJURIES: PART I 0749-0739/94 $0.00 + .20 FUNCTIONAL ANATOMY OF TENDONS AND LIGAMENTS IN THE DISTAL LIMBS (MANUS AND PES) Jean-Marie Denoix, DVM, PhD Tendons and ligaments of the distal limbs of the horse have a prom­ inent anatomic, functional, and clinical importance. During phylogenesis, equine limbs developed special adaptation for moving at higher speed, including simplification of the distal extremity to a single and strong digit, reduction of the muscle components in the distal limbs and devel­ opment of accessory ligaments to reinforce the passive and automatic behavior of the limbs. Equine tendons and ligaments became very strong anatomic structures that sustain very high loads and strains, both while standing and moving; therefore, the function of this elastic and complex apparatus during weight bearing therefore is twofold-(l) to provide support to the fetlock and prevent hyperextension of the carpus, and (2) to restore the energy of impact and full weight bearing during propul­ sion and lift off. This functional importance is doubled by a great clinical interest because tendon and ligament injuries of the distal limbs are common problems and are detrimental to the horse industry. Further­ more, the development of new diagnostic methods, such as ultrasonog­ raphy, have increased the need for a more detailed knowledge of tendon and ligament anatomy.56 This paper was supported by the Institut National de Recherche Agronomique, De­ partment of Animal Pathology, and by the Service des Haras, des Courses et de
    [Show full text]
  • 1 Functional Anatomy of the Equine
    ADAMS AND STASHAK’S LAMENESS IN HORSES SIXTH EDITION COPYRIGHTED MATERIAL c01.indd 1 9/25/2018 4:27:48 PM c01.indd 2 9/25/2018 4:27:48 PM 1 CHAPTER Functional Anatomy of the Equine Musculoskeletal System ROBERT A. KAINER AND ANNA DEE FAILS the pelvic limb are similar in most respects, consider the ANATOMIC NOMENCLATURE AND USAGE following descriptions to pertain to both limbs unless Through the efforts of nomenclature committees, otherwise indicated. When referring to structures of informative and logical names for parts of the horse’s the forelimb, the term “palmar” is used; this will obvi- body, as well as positional and directional terms, have ously be replaced with “plantar” when referring to the evolved (Nomina Anatomica Veterinaria).32 Some older hindlimb. Likewise, such terms as metacarpophalangeal terminology is still in wide use. For example, navicular and metatarsophalangeal are counterparts in fore- and bone for distal sesamoid bone, coffin joint for distal hindlimbs, respectively. interphalangeal joint, pastern joint for proximal inter- phalangeal joint, and fetlock joint for metacarpopha- langeal joint, are acceptable synonyms. It behooves one Foot to be familiar with many of the older terms. Acceptable synonyms are presented in this book, and the terms may The foot consists of the epidermal hoof and all it be used interchangeably. encloses: the connective tissue corium (dermis), digital Figure 1.1 provides the appropriate directional terms cushion, distal phalanx (coffin bone), most of the car- for veterinary anatomy. With the exception of the eye, tilages of the distal phalanx, distal interphalangeal the terms anterior and posterior are not applicable to (coffin) joint, distal extremity of the middle phalanx quadrupeds.
    [Show full text]
  • This First Article of a 12-Part Series on Equine Anatomy and Physiology
    BY LES SELLNOW he evolution of the horse from a tiny, four-toed an imal, T perhaps no more than one foot tall, to the variety of equines in existence today, is one of the wonders of nature. During that process of change, the horse evolved over many thousands of years from an animal that predators hunted for food to an ani- mal that became a servant and friend for mankind. Today’s horses are designed to do one of two things— pull a load with their shoulders or carry riders on their backs. The type of horses utilized for these respective tasks varies a good deal; one is large and pon d erous and the other is lighter-boned with less mu s cle mass. Even within these two types, there are significant differences. For example, the conformation of a roping or cutting This first article of a 12-part series on equine anatomy and horse is different from that of the American Saddle- physiology discusses basic terminology, the horse’s largest bred. Yet there is a basic sameness to anatomy. organ, and how horses and humans are alike (and different) DR. ROBIN PETERSON ILLUSTRATION 2 www.TheHorse.com THE HORSE DecemberJanuary 2006 DecemberJanuary 2006 2006 THE HORSE www.TheHorse.com 3 BY LES SELLNOW he evolution of the horse from a tiny, four-toed an imal, T perhaps no more than one foot tall, to the variety of equines in existence today, is one of the wonders of nature. During that process of change, the horse evolved over many thousands of years from an animal that predators hunted for food to an ani- mal that became a servant and friend for mankind.
    [Show full text]
  • Operative Orthopedics of the Fetlock Joint of the Horse: Traumatic and Developmental Diseases of the Equine Fetlock Joint
    MILNE LECTURE Part I: Operative Orthopedics of the Fetlock Joint of the Horse: Traumatic and Developmental Diseases of the Equine Fetlock Joint Larry R. Bramlage, DVM, MS The invitation to present the Frank J. Milne State-of-the-Art Lecture is a special degree of flattery for one’s career. The flattery comes with a degree of responsibility to present the current state of practice and, to a certain extent, challenge doctrine and lay out theories of practice that result from one’s years of practice in a specialty area. The lecture should, therefore, enjoy the possibility of moving the “state of the art” forward. In areas where the author of this manuscript has a view of pathology that varies from the current concepts, the views will be presented as theories based on years of observation and, where possible, controlled studies. The object is to lay them out for examination and challenge or refutation by future practitioners of this specialty. I want to thank the members of the American Association of Equine Practitioners for this opportunity. Author’s ad- dress: Rood and Riddle Equine Hospital, PO Box 12070, Lexington, Kentucky 40580; e-mail: [email protected]. © 2009 AAEP. “An orthopedic surgeon must be able to think like a bone, and feel like a joint.”—Anonymous 1. Introduction constructed like a suspension bridge with structural The fetlock joint is, arguably, the joint that makes a members incapable of supporting its loads until the horse a horse. Its unique anatomy and physiology appropriate ligament tenses and supports the bone. allow the high-speed, medium-distance activity that It is the most fascinating of the complex of joints has lead to the unique place for the horse in society, that allows a horse to move at high speeds and over historically and currently.
    [Show full text]
  • HORSE BOWL MANUAL for Junior 4-H Members Prepared By: Craig H
    HORSE BOWL MANUAL For Junior 4-H Members Prepared By: Craig H. Wood 1988 FOREWORD This Horse Bowl Manual has been published for youth to use in preparing for the Junior Horse Bowl Division of the State 4-H Horse Bowl Contest. The questions and answers contained herein have been compiled from those lists of questions asked at the 1981-1987 National 4-H Horse Bowl Contests. In addition to this manual, contestants are encouraged to study the following texts and horse publications: Horses and Horsemanship (5th Ed. Ensminger), The Horse (Evans, Borton, Hintz and Van Vleck), The Horse (Rossdale), Principles of Horseshoeing (5th Ed. Butler), The Illustrated Veterinary Encyclopedia for Horsemen (Equine Research Publications), The Horse Owner's Vet Book (Straiton), The Merck Veterinary Manual, 4-H Horse Educational Slide Sets and Equis Magazine. Additional questions may be asked that are not contained in this manual. 1 TABLE OF CONTENTS Foreword . 1 Anatomy . 3 Breeds and Breed Associations . 6 Diseases and Unsoundnesses . 8 Equipment . 10 Genetics . 14 History and Evolution . 15 Nutrition . 15 Parasite . 17 Physiology and Endrocrinology . 17 Psychology . 19 Reproduction . 20 Show and Show Procedures . 22 Trivia . 25 2 ANATOMY Q.: How much does the hoof wall grow per month? A.: 1/8 to 1/2 inch Q.: What sense in the horse functions with the following components: an auricle, tympanic cavity, anvil, hammer and stirrup? A.: Hearing Q.: Do the front legs or hind legs have the most joints in it? A.: Hind (7) Q.: Which is a more serious condition, toed-in
    [Show full text]