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| 79-82 | % | 87-91 | % | 92-96 | % | TOTAL | % | |
| Trunk | 44819 | 26.7 | 85304 | 29.9 | 114390 | 33.8 | 244513 | 30.9 |
| U Extrem | 46128 | 27.5 | 69698 | 24.5 | 81151 | 24.0 | 196977 | 24.9 |
| L Extrem | 41951 | 24.9 | 65208 | 22.9 | 68224 | 20.2 | 175383 | 22.2 |
| Head | 31030 | 18.5 | 51146 | 18.0 | 60550 | 17.9 | 142727 | 18.0 |
| Neck | 3230 | 1.9 | 3823 | 1.3 | 8263 | 2.4 | 15316 | 1.9 |
| 25-50 % | 454 | 0.3 | 8914 | 3.1 | 4281 | 1.3 | 13649 | 1.7 |
| All Body | 74 | 0.0 | 814 | 0.3 | 1852 | 0.5 | 2740 | 0.3 |
| Unknown | 276 | 111 | 751 | 1138 | ||||
| Known | 167686 | 284907 | 338711 | 791305 | ||||
| Total | 167962 | 285018 | 339462 | 792443 | ||||
| 79-82 | % | 87-91 | % | 92-96 | % | Total | % | |
| Contusion/Abrasion | 64225 | 38.3 | 93766 | 32.9 | 102576 | 30.2 | 260567 | 32.9 |
| Fracture | 42329 | 25.2 | 80348 | 28.7 | 99585 | 29.3 | 222262 | 28.1 |
| Sprain/Strain | 27031 | 16.1 | 48326 | 16.9 | 55460 | 16.3 | 130816 | 16.5 |
| Laceration | 16564 | 9.9 | 25683 | 9.0 | 28766 | 8.5 | 71013 | 9.0 |
| Concussion | 6154 | 3.7 | 10044 | 3.5 | 11612 | 3.4 | 27810 | 3.5 |
| Internal Injury | 1255 | 0.7 | 7990 | 2.8 | 12800 | 3.8 | 22045 | 2.8 |
| Other | 1810 | 1.1 | 4492 | 1.6 | 11442 | 3.4 | 17744 | 2.2 |
| Dislocation | 3624 | 2.2 | 6234 | 2.2 | 6501 | 1.9 | 16359 | 2.1 |
| Hemotoma | 1928 | 1.1 | 3260 | 1.1 | 4045 | 1.2 | 9233 | 1.2 |
| Year | 1990 | 1991 | 1992 | 1993 | 1994 | 1995 | 1996 |
| Head Injuries | 17.50% | 17.82% | 17.92% | 16.88% | 17.99% | 18.69% | 17.72% |
| Concussion | 2.05% | 4.30% | 3.66% | 3.49% | 3.53% | 4.31% | 1.95% |
| Year | 78-82 | % | 87-91 | % | 92-96 | % | Total | % |
| Unk | 0 | 0.0 | 112 | 0.5 | 132 | 0.0 | 244 | 0.0 |
| 0-4 | 3318 | 2.0 | 5111 | 1.8 | 7301 | 2.2 | 15730 | 2.0 |
| 5-14 | 45504 | 27.1 | 59513 | 20.9 | 68421 | 20.2 | 173438 | 21.9 |
| 15-24 | 56185 | 33.5 | 70454 | 24.7 | 70851 | 20.9 | 197490 | 24.9 |
| 25-44 | 49570 | 29.6 | 116873 | 41.0 | 134389 | 39.65 | 300832 | 38.0 |
| 45-64 | 11422 | 6.8 | 27715 | 9.7 | 52561 | 15.5 | 91698 | 11.6 |
| 65+ | 1685 | 1.0 | 5352 | 1.9 | 5808 | 1.7 | 12845 | 1.6 |
| Total | 167684 | 185018 | 339331 | 792033 |
| Place/Year | 79-82 | % | 97-91 | % | 92-96 | % | Total | % |
| Home | 40557 | 30.2 | 75492 | 42.3 | 73320 | 42.1 | 189369 | 38.9 |
| Sports | 47129 | 35.! | 42508 | 23.8 | 54112 | 31.1 | 143749 | 29.5 |
| Farm | 28240 | 21.0 | 35681 | 20.0 | 20205 | 11.6 | 84126 | 17.3 |
| Public | 11274 | 8.4 | 19597 | 11.0 | 22604 | 13.0 | 53475 | 11.0 |
| Street | 5222 | 3.9% | 4574 | 2.6 | 2721 | 1.6 | 12517 | 2.6 |
| School | 1774 | 1.3 | 675 | 0.4 | 1066 | 0.6 | 3515 | 0.7 |
| Total | 134196 | 178527 | 174028 | 486751 |
| Year | 1990 | 1991 | 1992 | 1993 | 1994 | 1995 | 1996 |
| % Home | 29.8 | 26.6 | 21.9 | 23.0 | 20.3 | 22.7 | 20.7 |
| % Sports | 14.2 | 16.1 | 15.1 | 15.2 | 15.8 | 18.5 | 15.7 |
| 79-82 | % | 87-91 | % | 92-96 | % | Total | % | |
| Male | 64964 | 38.8 | 123631 | 43.4 | 141021 | 41.5 | 329616 | 41.6 |
| Female | 102612 | 61.2 | 161500 | 56.6 | 198399 | 58.5 | 462511 | 58.4 |
| Total | 167576 | 285131 | 339420 | 792127 |
NEISS has provided its figures on horse related injuries for 14 years divided into 1979- 1982. and the two five year periods 1987-1991 and 1992-1996. NEISS stopped recording horse related injuries in 1983 and did not resume until 1987.

| YEAR | INJURIES |
| 1990 | 74349 |
| 1991 | 71490 |
| 1992 | 73685 |
| 1993 | 68517 |
| 1994 | 71248 |
| 1995 | 65696 |
| 1996 | 60316 |
Preliminary conclusions:
1. The total number of injuries have had an irregular decrease but show the greatest decrease in 1996.
2. The percent of head injuries have had very small changes.
3. Concussions have been essentially unchanged, but there has been a decrease in 1996.
4. The injured between the ages 5-14 and 15-24 years have decreased in the percent of total injuries in each time period while the ages 25-44 and 45-64 years have shown an increase in the percent of total injuries in the same time periods.
5. The gender difference in the percent of accidents show a decrease in the percent of female injuries from 1979-1982 with a corresponding increase in the male injuries. Females had 61.8% of the injuries in 1990 but this had decreased to 54.7% by 1996.
6. In the location involved the percent of injured at "home" have had an increase since 1979-82, but have not risen in the past five years. The percent of injuries in "sport" after a decline in 1987-1991 have increased in the last five years.
National Electronic Surveillance System
Consumer Product Safety Commission
National Information Clearing House
Washington, DC 20207
Sports which should provide role models by their use of protective headgear and concern for safety, have shown a percent increase in injuries. One cannot wonder if the mandatory use of protective headgear in organized events during part of the years of 1989-1992 might have resulted in the lower number of injuries. Females have reduced their percent of injuries from 1979-1982, but this decrease has not continued in the time spans 1987-91 to 1992-96. (See AMEA News, November 1996, November 1995, February 1994, November 1992.)
Doris Bixby Hammett, MD
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Hay.Net, www.freerein.com/haynet/ is the largest site to provide links to other horse sites. There you will find links to hundreds of horse sites organized, described and kept up to date. Hay.Net is the first place to look for a good horse site.
Another good source of sites is The Horseman's Advisor, www.horseadvice.com. This site contains helpful articles about horses as well as links to dozens of other horse sites.
Special Sites:
The American Association for Horsemanship Safety, www.law.utexas.edu/dawson/ contains horsemanship safety articles, information on laws and legal liability relating to horses, and back issues of the AMEA News.
The American Riding Instructors Association and American Riding Instruction Certification Program, www.win.net/aria/ , lists dates of their annual seminar, dates of certification testing and a roster of certified instructors.
Equestrian Athletics, www.circle.net/~eia , is a monthly newsletter providing equestrians with exercise and sport science information.
Horse Country, www.horse-country.com/amea , carries American Medical Equestrian Association articles.
If you know of others that would be of specific interest to the readers of the AMEA NEWS concerning the human in the horse activities, please contact the AMEA e-mail address dhammett@primeline.com
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Organizations that are members of the AMEA have an AMEA speaker available without honorarium for one meeting during the year, although the speaker may request expenses. All speakers are available by private contact. If you are a member of the AMEA and are willing to participate in the speakers bureau, please contact the AMEA. If you are not a member of the AMEA and wish to work for safety and accident prevention through public presentations, we invite you to join the AMEA and we will place you on the speakers data base.
TOPIC
SPEAKER
LOCATION
Legal/equestrian
Angelique
Ellerton
Calgary, Alb
Injury
Prevention
Robert Stanton,
MD
Fairfield, CT
Knee
Injuries
Robert Stanton,
MD
Fairfield, CT
Crisis
Counseling
Michael G. Dempsey,
DO
New York, NY
Musculoskeletal
Rehab
Michael C. Dempsey,
DO
New York, NY
Overuse
injuries
Michael C. Dempsey,
DO
New York, NY
Traumatic Neuro
Injury
Michael C. Dempsey,
DO
New York, NY
Neurological
Concerns
Pieter Kark,
MD
Manlius, NY
Equestrian Helmet
Certification
Thomas C.
Augherton
McLean, VA
Safety Concerns in
Dressage
Kristjna Bulas,
MD
Roanoke, VA
Instructor/Coach
Qualifications
Johanna
Harris
Black Mountain, NC
Lessons - 15 Years of
USPC
Doris Bixby Hammett, MD
Waynesville,
NC
The Safety
Committee
Doris Bixby Hammett, MD
Waynesville,
NC
Safety in Equestrian
Activities
Julie Ballard,
MD
Atlanta, GA
Olympic Experience in Reducing Risk Julie
Ballard,
MD
Atlanta, GA
Risk Management in
Schools/Camps
Betty
Bennett-Talbot
Lake Placid, FL
Equestrian Injury of the
Foot
James R. Ingram,
D0
Clearwater, FL
Orthopedic
subject
James R. Ingram,
DO
Clearwater, FL
Safety Programs in Equestrian Orgs
David
McLain,
MD
Birmingham, AL
USCTA Safety
Study
David McLain,
MD
Birmingham, AL
Preventing Accidents by Anticipating Francisca
Lytle,
MD
Lebanon, TN
Preventing Injury by
Exercise
Francisca Lytle,
MD
Lebanon, TN
Planning Event Medical
Coverage
J.W. Thomas Byrd,
MD
Nashville, TN
Steps for Equestrian
Safety
J.W. Thomas Byrd,
MD
Nashville, TN
Equestrian Safety and
Insurance
Joe
Carr
Lexington, KY
Farm
Inspections
Joe
Carr
Lexington, KY
Riding
Safety
Joe
Carr
Lexington, KY
Head Injury in Equestrian
Sports
William H. Brooks,
MD
Lexington, KY
Spine Injury in Equestrian Sports
William H. Brooks,
MD
Lexington, KY
Choosing a First
Horse
Jane
Kellerman
Waynesville, OH
Finding a Safe
instructor
Jane
Kellerman
Waynesville, OH
Instructor
Certification
Jane
Kellerman
Waynesville, OH
Making Your Lessons
Safer
Jane
Kellerman
Waynesville, OH
Riding for the
Disabled
Jane
Kellerman
Waynesville, OH
Legal Input--Committees/Publications Julie
Fershtman
Bingham Farms, MI
Finding Safety-Oriented Instructor
Jessica
Jahiel
Savoy, IL
Horse Selection for
Instruction
Jessica
Jahiel
Savoy, IL
Sensible Riding: Avoiding Accidents Jessica
Jahiel
Savoy, IL
Safe Showing: Before, During & After Jessica
Jahiel
Savoy, IL
Barn
Safety
Jessica
Jahiel
Savoy, IL
Handling Horses
Responsibly
Jessica
Jahiel
Savoy, IL
Risk
Reduction
Jessica
Jahiel
Savoy, IL
Safety in Horse
Management
Jessica
Jahiel
Savoy, IL
Eye Injury in Equestrian Activities Mitch M.
Porias,
DO
Houston, TX
Glasses in Equestrian
Sports
Mitch M. Porias,
DO
Houston, TX
How to Present Safety to Students
Jan
Dawson
Fentress, TX
Preparing for an
Emergency
Jan
Dawson
Fentress, TX
Qualities in a Riding
Instructor
Jan
Dawson
Fentress, TX
Riding Instructor
Liability
Jan
Dawson
Fentress, TX
The Dynamics of a
Fall
Jan
Dawson
Fentress, TX
What Constitutes
Negligence
Jan
Dawson
Fentress, TX
Rodeo Inflicted Nerve
Injuries
James W. Watson,
MD
Fort Collins, CO Neurosurgical subject
arranged
James W Watson,
MD
Fort Collins, CO
Medical Care at Equestrian Events
William Lee,
MD
Carefree, AZ
Barn
Safety
Robert Wilson,
MD
Peoria, AZ
Medical Concerns for
Polo
Madison F. Richardson, MD Los Angeles, CA
Safely in
Polo
Madison F Richardson, MD Los
Angeles,
CA
The Polo
Experience
Madison F. Richardson, MD Los Angeles, CA
Hazard Control specific to
group
Mark
Fredricksen
Hemet, CA
Loss Prevention specific to group
Mark
Fredricksen
Hemet, CA
Mental Health
Aspects
Joseph D.
Fama
San Bruno, CA
Occupational Medicine:
arranged
Bruce E. Thompson,
MD
Oakland, CA
Contact the AMEA office for specific lead times required by speakers and information on how to contact them
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Horse sports and horseback riding are sports with intrinsic hazards. It is recognized that it is not possible to write a body protector performance standard that will result in products that can protect against injury or death in all accidents. It is also recognized that serious injury or death can result from both low-energy and high-energy impact, even when body protectors are worn. It is further recognized that protective body protectors must be acceptable to the user and to the regulating associations or agencies requiring their use. Acknowledging these limitations, this specification was developed using resources in medical, scientific, engineering, human factors and biomedical fields.
This specification incorporates many aspects of other recognized body protector performance standards. This specification draws from work done by others where appropriate for this specification.
The whole circumference of the torso shall be covered by the body protector. The bottom edge should be not less than 1 inch below the rib cage anteriorly, and should reach the level of the pelvis laterally. Posteriorly the edge should be not less that 6 inches below the level of the top of the pelvis (iliac crest) on the average adult. The top and the back of the protector should just reach the level of the seventh cervical vertebra. The front of the protector should reach close to the top of the sternum and at least cover the second rib. The body protector and shoulder protector if equipped should between them cover the lateral 75% of the clavicle.
The body protectors and shoulder protectors shall be marked a size. The size is to be determined by three dimensions of the persons the protector will fit. The dimensions are chest girth, waist girth, and waist to waist over the shoulder length.
The performance requirement requires the vest be capable of meeting the standard at any temperature between 0 and 122 degrees F. These standards are: shock attenuation, penetration and deformation, and closures.
Instructions accompanying the body protector must include at least the following information:
A warning concerning improper cleaning agents, paint, or other factors affecting body protector integrity or performance, or both.
Notification that the body protector meets the minimum requirements of the ASTM performance specification for horse sports and horseback riding provided it has not been reconditioned or altered in any way.
Instructions to replace if damaged, or if condition is in doubt.
Mr. Dave Halstead
University of Tennessee
PO Box 8600
Knoxville, TN 37996
phone 423-974-2070.
PERFORMANCE STANDARD FOR BODY PROTECTORS
University of Tennessee
This standard for the body protector surpasses the protection of present body protectors available to horseback riders. Persons who have examined the prototype state that the flexibility is equal and the fit superior to the present Beta vests. The standard has been submitted to the American Society for Testing and Materials (ASTM) for approval and inclusion in the ASTM standards. The ASTM membership is reviewing, commenting and voting on the standard at this time. It is expected that the vest will be available in the near future. If you have questions or comments, the contact is Mr. Dave Halstead, above.
Doris Bixby Hammett, MD
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Heat illness is a product of an interaction of activity, environmental and biological factors. Hydration is the most important element in preventing heat illness. Water requirements are not reduced by training or acclimatization. Thirst is well known to be an inadequate measure of fluid needs. In order to avoid dehydration, riders must drink beyond their thirst, and be made aware of the need to (1) drink adequately, (2) rest periodically in a cool environment when possible, (3) not ride when ill and avoid medication (4) no ethanol prior to and during the activity. A ready means of cooling should be available at every site where heat injury might occur.
See AMEA NEWS August 1995: http://www.law.utexas.edu/dawson/amea/amea.htm
Kitty Ferguson, MD, member of the AMEA and USPC Safety Committee, reports the steps she takes to meet the challenges of excessive heat. She lives in the Mohave Desert in Southern California. She states the area averages at least 100 days of temperatures over 100 degrees every year with about a month of 110-120 degrees. Dr. Ferguson reports:
"We wear hats any time we are out in the sun. Keeping direct sun off the skin and head are very important parts of keeping cool. I ride in a Troxel schooling helmet with large vent holes and an oversized brim. I ride in one of my husband's old white cotton long sleeved dress shirts for sun protection. We encourage shirts loose and tails out, feeling the cooling outweighs aesthetics or the risk of the shirt getting caught. Very light weight cotton schooling tights are extremely unflattering but much cooler. Everything I wear is light colored. I wear part canvas HeelsDown boots and use leather leggings only while actually on the horse.
"I wet my helmet liner, my old shirt and my horse just before and sometimes during rides. We use cold packs in helmets and clothing and freeze protective vests for cooling too. The neckerchiefs with the crystals soaked in ice water work well too. We hose down Pony Clubbers and their horses about every 15-20 minutes if they ride in the heat of the day. (We follow the hydration rules for the rider.) Most effective of all, I have lights in my arena so I can ride at night when it is only 99 degrees.
"We go to a lot of effort to deal with heat, but the one thing we do not do is go without helmets. If it is too hot for headgear it is too hot to ride! Removing the helmet would not help much toward cooling if all the other things we do weren't enough."
Doris Bixby Hammett, MD
Secretary, American Medical Equestrian Association
PO Box 1049
Waynesville, NC 28786
FAX 704-456-3779
e-mail rjk@primeline.com
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The Flying Doctors mission is to help people to help others. They are committed to helping physicians, dentists, other health professionals and support volunteers care for people who would otherwise go untreated. Support volunteers serve as translators, team leaders, photographers, and healthcare assistants.
Flying Doctors was founded by Allan Gathercoal in 1990 and is a non-profit, non- sectarian, non-political organization that professionally organizes affordable and tax- deducible short-term medical mercy missions. In the past five years, FDoA has grown to an organization flying monthly medical missions to Mexico, South and Central America, the Dominican Republic, India, and Thailand, and has flown over 80 missions and given free medical care to over 50,000 children, women, and men. An FDoA medical team may treat 200-250 people per day.
Allan Gathercoal, President, invited the American Medical Equestrian Association to co- sponsor an equestrian mission with the FDoA. For more information contact Flying Doctors of America, 1951 Airport Road, Dekalb-Peachtree Airport, Atlanta, GA 30341, Telephone 770/451-3068 FAX 770/457-6302.
Web Page http://home.navisoft.com/vip/flyingdoctorsofamerican.htm e-mail FDoAmerica@aol.com
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Broad Scope: to promote leadership and guidance in the field of human safety in the United States Pony Clubs and to promote safety practices while riding and working with horses. The Chairman reports to the Vice President of Instruction who in turn reports to and serves at the pleasure of the Board of Governors.
1. To work closely with other USPC instruction committees to ensure coherence and consistency in all of their work.
2. To work with the V.P. Instruction to set goals for the committee and to see these goals through to completion.
3. To develop a three-year plan and to review and revise it regularly.
4. To evaluate all safety related instructional materials used by USPC and to work with the Curriculum Standards Committee to develop new materials as they are needed.
5. To evaluate, with a yearly summary, the safety of USPC programs based on the accident reports from DC's and others in charge.
6. To respond to problems and concerns of safety throughout Pony Club.
7. To maintain a relationship with leaders in the field outside of Pony Club.
8. To continue to monitor and participate in, if possible, the establishment of industry standards for riding equipment.
9. To follow all USPC policies for Instruction Committees (See the Pony Club Handbook.)
10. To respond n a timely manner to all communications about committee work.
11. To submit to the V.P. Instruction all proposed changes in committee membership prior to the full Board Meeting.
12. To assist with instruction programs at Festival.
Qualifications: The Chairman should have thorough understanding of and practical experience with human safety practices. He/she should also have a broad Pony Club experience and a good understanding of how USPC works. The Chairman should be well organized and committed to the purposes of the committee. He/she should be conscientious about initiating and responding to communications to and from all levels. Committee members should be experienced in safety practices and committed to fulfilling committee responsibilities. All should be active Pony Club volunteers.
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American Endurance Ride Conference
Bob Morris, Chairman, Boise, ID
R. A. Beecher, DVM, Cascade, IA
Courtney Hart, Los Gatos, CA
American Riding Instructor Certification Program
Julie I. Fershtman, Co Chair, Bingham Farms, MI
Gayle Lampe , Co Chair, Fulton, MO
Cynthia Bishop, Mt. Vernon, MO
Myles Neff, Ocala, FL
Alexi Bonifield, Nevada City, CA
Cathey J. Norton, Santa Fe, NM
Mollie Esterson, Seaford, DE
Dr. Jessica Jahiel, Savoy, IL.
North American Horsemen's Association
Linda Liestman, Chairman, Paynesville, MN
John Hunt, Rolling Meadows, IL
Fred Whittet, Frankfort, KY
Lowell Osvog, Minneapolis, MN
Debi Ball, Omaha, NE
Jim Mitchell, Ocala, FL
Horsemanship Safety Association
Steve Bennett, Chairman, Lake Placid, FL
Judi Whipple, Barre, VT
Susan Miranda, Camarda, CA
Timothy Cleary, Boulder, CO
Nora Culbertson, New Port Ritchey, FL
Paul Novograd, New York, NY.
National Steeplechase Association
Langhorne Bond, Chairman, Pittsboro, NC.
North American Trail Ride Conference
David Fling. Chairman, Apple Valley CA.
United States Combined Training Association
Julie Ballard, MD, Atlanta, GA
Dorothy Trapp Crowell, Lexington, KY
Jim Graham, Florence, AL
William Lee, MD, Carefree, AZ
David McLain, MD, Birmingham, AL
Sally Nunneley, MD, San Antonio, TX
Francis Rath, Great Falls, VA
Ritchard Temple, Rolling Medows, IL
Mona Weiss, Springfield, OH.
United States Polo Association
Howard Bierman, Beverly Hills, CA
George C. Haas, New York, NY
Glen Holden, Los Angeles, CA
Merle Jenkins, Troy, MI
Tim Nice, Mayfield Heights, OH
Norman Ringer, Modesto, CA
Karen Springstead, Los Angeles, CA
Guy Vise, Jr., Jackson, MS
Tolbert Wilkinson, MD, San Antonio, TX
Trent Smith, Columbus, OH.
United States Pony Clubs
William H. Brooks, MD, Chairman, Lexington, KY
Margaret Taylor, Old Chatham, NY
Katherine Ferguson, MD, Ridgecrest, CA
Betsy Reeves, Groton, MA
Anne Quattrocchi, Lexington, KY.
The AMEA commends these organizations and the members of the safety committees for their concern for the participants in their activities. Other organizations which have safety committees and are not listed, please contact the AMEA with the names and address of the members for 1997.
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Park horses, whether owned or leased by the National Park Service, are government property. The regulations and guidelines that apply to other government property apply equally to horses. In addition, the use of horses involves unusual and special hazards requiring specific knowledge and skills to handle them safely. Horses also require individual attention and have needs different from other types of property. For these reasons, the following guidelines will be followed for the horse operation at John Day Fossil Beds National Monument.
All prospective stock handlers and riders will demonstrate to the coordinator their familiarity with stock and their ability to perform safely any activities involving horses. The livestock coordinator will determine whether the skill and knowledge of the person is sufficient to perform the horse-related activities. Horses are to be used in the performance of official duties in the same manner and with the same restrictions involving the use of a government motor vehicle.
Proper protective head gear, specifically designed for equestrian use, will be purchased by the NPS for each individual authorized and desiring to ride. Headgear will not be shared due to its need to fit tightly and firmly and be adjusted to each specific head. Headgear will be stored in the tack room. Such protective head gear will always be put on and properly adjusted before any authorized employee mounts a horse. It will remain on the employee until the employee dismounts the horse. Chin straps will always be buckled or otherwise attached and worn snugly to ensure the headgear will remain on the head in its designed location in the event of a fall. Any headgear sustaining an impact will be returned to the manufacturer for inspection or replacement.
Only smooth-soled boots, or boots with soles specifically designed for stirrups (e.g. mini- vibrams with continuous smooth edges) will be worn while riding.
After each use all tack is to be cleaned and wiped dry. If any tack is damaged it should be repaired by the rider as soon as possible, or if the repair is complex, reported to the livestock coordinator.
A copy of these guidelines shall be posted in the tackroom. Each employee authorized to ride shall read and sign the guidelines.
James F Hammett
Superintendent
May 1997
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