Horse Jumping Project Guide
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Physiological Demands of Eventing and Performance Related Fitness in Female Horse Riders
Physiological Demands of Eventing and Performance Related Fitness in Female Horse Riders J. Douglas A thesis submitted in partial fulfilment of the University’s requirements for the Degree of Doctor of Philosophy 2017 University of Worcester ! DECLARATION I declare that this thesis is a presentation of my own original research work and all the written work and investigations are entirely my own. Wherever contributions of others are involved, this is clearly acknowledged and referenced. I declare that no portion of the work referred to in this thesis has been submitted for another degree or qualification of any comparable award at this or any other university or other institution of learning. Signed: Date: I ! ABSTRACT Introduction: Scientific investigations to determine physiological demands and performance characteristics in sports are integral and necessary to identify general fitness, to monitor training progress, and for the development, prescription and execution of successful training interventions. To date, there is minimal evidence based research considering the physiological demands and physical characteristics required for the equestrian sport of Eventing. Therefore, the overarching aim of this thesis was to investigate the physiological demands of Eventing and performance related fitness in female riders. Method: The primary aim was achieved upon completion of three empirical studies. Chapter Three: Anthropometric and physical fitness characteristics and training and competition practices of Novice, Intermediate and Advanced level female Event riders were assessed in a laboratory based physical fitness test battery. Chapter Four: The physiological demands and physical characteristics of Novice level female event riders throughout the three phases of Novice level one-day Eventing (ODE) were assessed in a competitive Eventing environment. -
Official Rules for All Brc Competitions
OFFICIAL RULES FOR ALL BRC COMPETITIONS Including 2016 Area Competitions for the following Championships: Novice Winter Championships Intermediate Winter Championships Festival of the Horse Horse Trials Championships National Championships Dressage to Music & Quadrille Recommended for use at affiliated club events LIFE VICE PRESIDENTS David Briggs Peter Felgate John Holt Grizel Sackville Hamilton Tony Vaughan-France It is the responsibility of competitors, team managers, stewards and officials to ensure they are fully conversant with these rules. The following abbreviations are used in this Rule Book: BRC: British Riding Clubs BHS: British Horse Society BD: British Dressage EI: Eventing Ireland BE: British Eventing BS: British Show Jumping DI: Dressage Ireland SJAI: Show jumping Association of Ireland BEF: British Equestrian Federation FEI: Fédération Equestre Internationale Effective from 1 January 2016 © British Riding Clubs Issued by BRC 1 CONTENTS SECTION G: GENERAL RULES .............................................................................................3 SECTION C: CODES OF CONDUCT ....................................................................................23 SECTION D: DRESSAGE D1: Dressage ....................................................................................................25 D2: Team of Six Dressage ................................................................................30 D3: Team of Four Dressage ..............................................................................31 D4: Riding -
The Local Biomechanical Analysis of Lower Limb on Counter- Movement Jump Between Barefoot and Shod People with Different Foot Morphology
38th International Society of Biomechanics in Sport Conference, Physical conference cancelled, Online Activities: July 20-24, 2020 THE LOCAL BIOMECHANICAL ANALYSIS OF LOWER LIMB ON COUNTER- MOVEMENT JUMP BETWEEN BAREFOOT AND SHOD PEOPLE WITH DIFFERENT FOOT MORPHOLOGY Zhiqiang Liang1,2 Jiabin Yu1,2 Yaodong Gu1,2 and Jianshe Li1 Research academy of grand health, Ningbo University, Ningbo, China1 Faculty of sports science, Ningbo University, Ningbo, China2 The aim of this study was to explore the kinematic variations in knee and ankle joints and the ground reaction force between habitually barefoot (HBM) and shod males (HSM) during countermovement jump. Twenty-eight males (14 HBM,14 HSM) participated in this experiment. An 8-camera Vicon motion system was used to collect the kinematic data of knee and ankle joints from 3 dimensions and the force plate was used to collect the ground reaction force in take-off phase. Results in take-off phase showed that HSM produced two peak forces to take off and showed significantly greater knee ROM in sagittal plane, as well as greater ankle inversion and external rotation. In conclusion, the foot morphological differences can result in the different influence on jump performance. The relevant practioner should pay close attention to the effect of foot morphology on jump in training. KEYWORDS: foot morphology; vertical jump performance; ground reaction force; kinematics. INTRODUCTION: Habitually barefoot population (HBM) has some differences in morphology compared to habitually shod population (HSM) when running (Lieberman et al., 2010), which can lead to different performance and partly reduce sports injuries (Lieberman et al., 2010). Biomechanical studies reported that the separated large toe of HBM and the other toes of HSM had the specific prehensile function (Ashizawa et al., 1997); these characteristics lead to load and initiate larger push forces for take-off (Tam et al., 2016). -
Specific Skills Check List © Ruth Ring Harvie 1990 1
Specific Skills Check List © Ruth Ring Harvie 1990 1. Mounting and dismounting correctly 2. Holding reins correctly 3. Lengthening and shortening reins correctly 4. Adjusting both stirrups and girth correctly when mounted 5. Adjusting stirrups correctly at walk 6. Demonstrate correct position at walk and trot 7. Pick up and drop stirrups correctly at walk and trot. 8. Demonstrate basic balanced position used with control in arena and in the open 9. Demonstrate changes of direction at walk and trot 10. Demonstrate gradual transitions using reins, seat, legs, correctly 11. Mount and dismount from each side correctly. 12. Maintain basic balanced position at walk/trot/canter transitions in both directions 13. Demonstrate and use correct aids for canter departures both directions 14. Demonstrate correct trot/canter transitions 15. Demonstrate correct jumping position at walk/trot/canter maintaining balance and stability of gaits. 16. Demonstrate balancing and suppling exercises for rider. Demonstrate same for horse. 17. Demonstrate correct effective jumping position at walk/trot/canter on both reins using aids correctly. 18. Maintain correct and effective position (basic, balanced position for flat-work, basic, balanced position for jumping) at walk/trot/canter without stirrups. 19. Know when diagonals are correct for riding at rising trot in ALL of the above 20. Aids for canter transitions given correctly and effectively at trot/canter and walk/canter transitions 21. Demonstrate an understanding of the skill of changing leads at canter, how to change leads if horse takes the wrong lead, and how to school leads correctly 22. Know how to demonstrate jumping position and effectiveness through use of a correct base of support and necessary changes in, adjusting the knee ,ankle, hip and elbow angles for maintaining functionally correct position through grids/courses and in the open 23. -
Riikka-Liisa Räbinä BENCHMARKING FINNISH and IRISH EQUESTRIAN TOURISM Thesis Kajaani University of Applied Sciences School of Tourism Tourism Spring 2010
Riikka-Liisa Räbinä BENCHMARKING FINNISH AND IRISH EQUESTRIAN TOURISM Thesis Kajaani University of Applied Sciences School of Tourism Tourism Spring 2010 THESIS ABSTRACT School Degree Programme School of Tourism Tourism Author(s) Riikka-Liisa Räbinä Title Benchmarking Finnish and Irish Equestrian Tourism Optionalvaihtoehtiset Professional Studies Supervisor(s) Anneli Karppinen Commissioned by Date Total Number of Pages and Appendices Spring 2010 47 The purpose of this thesis was to benchmark Finnish and Irish equestrian tourism. One of the goals was also to examine the current status of equestrian tourism in Finland, as well as the use of the Finn- horse in equestrian tourism services. Improvement suggestions were created based on research about Irish equestrian tourism as well as the Irish Draught Horse and the Irish Sport Horse. There was no commissioner for the thesis. The topic arose from personal interest in equestrian tourism and the growing importance of the Finnhorse as part of the industry. The first part of the thesis comprises the theoretical background. It includes different aspects of eques- trian tourism in Finland and in Ireland. The current status of equestrian tourism in Finland and the safety guidelines created by the Finnish Consumer Agency are discussed in detail. The history, current status, and different usages of the Finnhorse are discussed. Also the Irish Draught Horse and the Irish Sport Horse as Irish horse breeds are elaborated. The second part is the empirical part. It gives suggestions for improving equestrian tourism in Finland and increasing the use of the Finnhorse in tourism related services. The suggestions are based on strat- egies and actions implemented by different organizations in Ireland. -
How Much Muscle Strength Is Required to Walk in a Crouch Gait?
Journal of Biomechanics 45 (2012) 2564–2569 Contents lists available at SciVerse ScienceDirect Journal of Biomechanics journal homepage: www.elsevier.com/locate/jbiomech www.JBiomech.com How much muscle strength is required to walk in a crouch gait? Katherine M. Steele a, Marjolein M. van der Krogt c,d, Michael H. Schwartz e,f, Scott L. Delp a,b,n a Department of Mechanical Engineering, Stanford University, Stanford, CA, USA bDepartment of Bioengineering, Stanford University, Stanford, CA, USA c Department of Rehabilitation Medicine, Research Institute MOVE,VU University Medical Center, Amsterdam, The Netherlands d Laboratory of Biomechanical Engineering, University of Twente, Enschede, The Netherlands e Gillette Children’s Specialty Healthcare, Stanford University, St. Paul, MN, USA f Department of Orthopaedic Surgery, University of Minnesota, Minneapolis, MN, USA article info abstract Article history: Muscle weakness is commonly cited as a cause of crouch gait in individuals with cerebral palsy; Accepted 27 July 2012 however, outcomes after strength training are variable and mechanisms by which muscle weakness may contribute to crouch gait are unclear. Understanding how much muscle strength is required to Keywords: walk in a crouch gait compared to an unimpaired gait may provide insight into how muscle weakness Cerebral palsy contributes to crouch gait and assist in the design of strength training programs. The goal of this study Crouch gait was to examine how much muscle groups could be weakened before crouch gait becomes impossible. Strength To investigate this question, we first created muscle-driven simulations of gait for three typically Muscle developing children and six children with cerebral palsy who walked with varying degrees of crouch Simulation severity. -
Introduction to Sports Biomechanics: Analysing Human Movement
Introduction to Sports Biomechanics Introduction to Sports Biomechanics: Analysing Human Movement Patterns provides a genuinely accessible and comprehensive guide to all of the biomechanics topics covered in an undergraduate sports and exercise science degree. Now revised and in its second edition, Introduction to Sports Biomechanics is colour illustrated and full of visual aids to support the text. Every chapter contains cross- references to key terms and definitions from that chapter, learning objectives and sum- maries, study tasks to confirm and extend your understanding, and suggestions to further your reading. Highly structured and with many student-friendly features, the text covers: • Movement Patterns – Exploring the Essence and Purpose of Movement Analysis • Qualitative Analysis of Sports Movements • Movement Patterns and the Geometry of Motion • Quantitative Measurement and Analysis of Movement • Forces and Torques – Causes of Movement • The Human Body and the Anatomy of Movement This edition of Introduction to Sports Biomechanics is supported by a website containing video clips, and offers sample data tables for comparison and analysis and multiple- choice questions to confirm your understanding of the material in each chapter. This text is a must have for students of sport and exercise, human movement sciences, ergonomics, biomechanics and sports performance and coaching. Roger Bartlett is Professor of Sports Biomechanics in the School of Physical Education, University of Otago, New Zealand. He is an Invited Fellow of the International Society of Biomechanics in Sports and European College of Sports Sciences, and an Honorary Fellow of the British Association of Sport and Exercise Sciences, of which he was Chairman from 1991–4. -
Steeplechase & Eventing
Complimentary Steeplechase TheTimes& Eventing A Publication of ST Publishing, Inc. Volume 14, No. 4 Friday, May 4, 2007 Royal Chase goes to Mixed Up in three-way photo. Ben Along Time, Australian rider Clayton Fredericks capture Rolex Kentucky in a thriller. Steeplechase The and Eventing Entries What’s Happening and Where To Find It Times Here’s your newspaper. Catching up on steeplechase and eventing news from Kentucky, North Carolina, Virginia and beyond. Mixed Up took advantage of a Grade I without McDynamo and Sur La Tete, and looked super doing it, in the Royal Chase at Keeneland. Australian rider Clayton Fredericks won a wild one at Rolex, getting the four- ST Publishing, Inc. star victory in the fi nal minutes of a four-day competition. Beyond the biggest names, Gliding and Hip Hop added 364 Fair Hill Drive, Suite F, hurdle victories while gritty New Zealand import The Bruce put on a show at the Maryland Hunt Cup. Elkton, MD 21921 Phone: (410) 392-5867 Fax: (410) 392-0170 PAGE 5 E-mail: [email protected] On the Web: www.st-publishing.com Royal Chase Mixed Up bests Good Night Shirt and Paradise’s Boss The Staff in season’s fi rst Grade I stakes. Editors/Publishers: Sean Clancy and Joe Clancy Jr. Art Director: Kevin Titter Copy Editor: Jamie Santo PAGES 6-7 Editorial/Design Intern: Rebecca Walton Advertising Representatives: Debbie LaBerge (717) 529-2158 Rolex Kentucky National accounts/equine products Michelle Rosenkilde (410) 557-7652 Ben Along Time wins a watch for Australian rider Clayton Harford/Baltimore Co. -
Horsesense Learning Levels
HorseSense Learning Levels A Progression of Horsemanship Skills All riding requirements must be met with the student demonstrating a safe, basic balanced position: heels down, eyes up, quiet hands, and a line running from the head through the shoulder and hip to the heel. RISING RIDER LEVEL – RAINBOW The Rainbow Level is an introductory level for young riders aged 4 through 7, who are not yet able to ride and care for a pony independently. Rainbow Level riders should always practice their skills with the supervision and assistance of an instructor! I take regular lessons - at least once a month - with a knowledgeable instructor. I always wear boots and an ASTM-SEI approved helmet when I am working around horses. I can put on my helmet myself and show you how it fits correctly. I can tell you how to dress safely for riding. I can show you how to correctly approach a pony, and how to move around a pony safely - including walking around behind. I can tell you why you have to groom a pony and pick out his feet before every ride. I can help my instructor or an older, more experienced rider prepare for a ride. I help with the grooming, cleaning hooves, and putting on the saddle and bridle. When I am a little bit bigger, I will be able to tack up a pony without any help. I can show you the basic parts of a saddle and bridle, such as the bit, reins, stirrups and girth. I can lead a pony safely, both with a halter and lead rope and with the bridle reins. -
Official Rules for All Brc Competitions
OFFICIAL RULES FOR ALL BRC COMPETITIONS Including 2015 Area Competitions for the following Championships: Novice Winter Championships Intermediate Winter Championships Festival of the Horse Horse Trials Championships National Championships Dressage to Music & Quadrille Recommended for use at affiliated club events LIFE VICE PRESIDENTS David Briggs Peter Felgate John Holt Grizel Sackville Hamilton Tony Vaughan-France It is the responsibility of competitors, team managers, stewards and officials to ensure they are fully conversant with these rules. The following abbreviations are used in this Rule Book: BRC: British Riding Clubs BHS: British Horse Society BD: British Dressage EI: Eventing Ireland BE British Eventing BS: British Show Jumping DI: Dressage Ireland SJAI: Show jumping Association of Ireland Effective from 1 January 2015 © British Riding Clubs Issued by BRC 1 CONTENTS SECTION G: GENERAL RULES .............................................................................................3 SECTION C: CODES OF CONDUCT ....................................................................................23 SECTION D: DRESSAGE D1: Dressage ....................................................................................................25 D2: Team of Six Dressage ................................................................................30 D3: Team of Four Dressage ..............................................................................31 D4: Riding Tests ................................................................................................32 -
Maryland Steeplechase Race Conditions 2021
Maryland Steeplechase Race Conditions 2021 Governor’s Cup Series Presented by Due to the ongoing pandemic, meets and cards are subject to change. Please continue to check MarylandSteeplechase.com for updates. This condition book will be updated accordingly in a timely manner. 032421 1 Master Your Stride You know your horse best, just like we know financing. When you’re ready to take the next step, contact our team. 888.339.3334 | mafc.com | 2 GENERAL INFORMATION Maryland Steeplechase Association (MSA) P.O. Box 651, Lisbon, MD 21765 www.marylandsteeplechaseassociation.com www.MarylandSteeplechase.com About the MSA The Maryland Steeplechase Association, Inc. is a 501(c) (3) corporation organized for the purpose of promoting and developing amateur equestrian athletic sports competition through the Governor’s Cup Series, for fostering traditional relationships between foxchasing and steeplechasing, and for the development, administration, and support of educational programs and clinics for all levels of amateur equestrian competition. The MSA accomplishes these goals by providing awards and incentives for amateur athletes and by creating and awarding various youth scholarships for the development of future sportsmen. Membership is open to each race meet in Maryland, which entitles the race to two seats on the Board. The Board includes an additional five at-large seats and the option for a seat for an NSA licensed steward, nominations for which may come from the steeplechasing community. MSA Board of Directors – 2021 Justin Batoff, AT LARGE Garrett Murray, EHHC, Foxhall Beverley Bosselmann, Potomac Ross Pearce, My Lady’s Manor Burling Cocks, AT LARGE Crystal B. Pickett, MFH, Howard Co. -
Analysis of Standing Vertical Jumps Using a Force Platform Nicholas P
Analysis of standing vertical jumps using a force platform Nicholas P. Linthornea) School of Exercise and Sport Science, The University of Sydney, Sydney, New South Wales, Australia ͑Received 9 March 2001; accepted 8 May 2001͒ A force platform analysis of vertical jumping provides an engaging demonstration of the kinematics and dynamics of one-dimensional motion. The height of the jump may be calculated ͑1͒ from the flight time of the jump, ͑2͒ by applying the impulse–momentum theorem to the force–time curve, and ͑3͒ by applying the work–energy theorem to the force-displacement curve. © 2001 American Association of Physics Teachers. ͓DOI: 10.1119/1.1397460͔ I. INTRODUCTION subject. In terrestrial human movement, the force exerted by the platform on the body is commonly called the ‘‘ground A force platform can be an excellent teaching aid in un- reaction force.’’ dergraduate physics classes and laboratories. Recently, The jumps discussed in this article we recorded using a Cross1 showed how to increase student interest and under- Kistler force platform that was set in concrete in the floor of standing of elementary mechanics by using a force platform our teaching laboratory.3 The vertical component of the to study everyday human movement such as walking, run- ground reaction force of the jumper was sampled at 1000 Hz ning, and jumping. My experiences with using a force plat- and recorded by an IBM compatible PC with a Windows 95 form in undergraduate classes have also been highly favor- operating system. Data acquisition and analysis of the jumps able. The aim of this article is to show how a force platform were performed using a custom computer program ͑JUMP analysis of the standing vertical jump may be used in teach- ANALYSIS͒ that was written using LABVIEW virtual instru- ing the kinematics and dynamics of one-dimensional motion.