1/70
Looks like no tags are added yet.
Name | Mastery | Learn | Test | Matching | Spaced |
---|
No study sessions yet.
horse care
day to day activities
preventative healthcare
individual horse requirements - feed, boots, meds, etc.
business management
record keeping - horses
accounting
insurance
record keeping information
horse owner information - emergency contact, insurance
vaccination
deworming
hoof care
health issues
why is horse identification important?
recovery after natural disaster
horse theft
escaped horse
horse identification methods
pictures and drawings of colors and markings
tattoo
microchip
freeze or hot brand
daily care
feeding/watering
clean stall
grooming
turn-out
individual considerations
foal care
treat umbilical cord
imprint training
weaning methods
cold turkey
physical separation
time separation
single removal
babysitter
growing horse care
meet nutritional needs
exercise - bone development
ground management training
business aspects
facility insurance
care custody and control
equine liability act (limits stable’s liability
facility insurance
commercial equine liability
horse related business - breed, board, train, etc.
may cover damages/injuries to someone as a result of your facility
care custody and control
anyone who cares for someone else’s horse
may cover loss or injury to another person’s horse
buildings and equipment
materials to build barn out of: metal, brick, wood
manure management
a 1000 pound horse produces 50 pounds of manure per day, 6-10 gallons of urine per day, plus bedding = 50 pounds per day
manure + bedding - 730 cubic feet per year per horse
feed tags
regulated by AAFCO - association of American feed control officials
calories and sugars aren’t included but are of interest
other feeds/supplements
protein - soybean meal most common
fat - calories, omega 3 fatty acids
vitamins
minerals
flavor
probiotics
nutraceuticals/herbs/etc
start with forage
horses are supposed to consume forage (70% of time spent grazing in wild)
at least 1% of body weight should be forage
500 kg horse should eat at minimum 5 kg of hay
most will eat 2-3% of body weight if offered
most good quality hay/pasture will meet the requirements of most horses
determine what nutrients are provided for in hay
hay analysis
how much hay is in feed
add up and compare to requirements
what is left? - energy, protein, vitamins, minerals?
forage importance
nutrition
fiber needed for GI health - pH, motility, function. too little forage results in digestive upset
decreases boredom
wood chewing - damaging to facilities and teeth and may cause destruction
weaving
cribbing
feeding concentrates
only needed:
nutrients required are not provided in forage - requirements are higher than what forage can provide, growth, exercise/work
good quality forages are not available
to modify behavior - as a reward or to help catch them
simple diet
suitable for horses with low requirements
maintenance (idle), light work
water
high quality forage (pasture or hay)
salt with trace minerals
colic
digestive upset
bacterial population and gas production affected by diet
risk factors
sudden change in diet - forage or concentrate
high concentrate intake - > 5 kg/day increases risk 6 times
parasitic infection
sand intake
forage type
medical vs. surgical treatment
gastric ulcers
result of an imbalance between acid production and gut production
feeding management
high forage diets
calcium
turn-out
botulism
often a result of consuming spoiled hayage
poisonous plants
hemlock
oleander
yew
sweet clover
red maple
other feed toxins
blister beetles in alfalfa
fescue toxicosis - pregnant mares
moldy com poisoning - leukoencephalomalacia, other mycotoxins
ionosphere toxicity - monensin, LD50 for horse 2-3 mg/kg, cattle 20-34 mg/kg, poultry 30-200 mg/kg
what is energy?
calories, not “spirit” or “oomph.” fat lazy horses don’t need more energy
how should you feed horses
by weight, not volume
types of muscle
cardiac - heart
smooth - lines arteries, digestive tract
skeletal - contraction and relaxation allows limb movement
skeletal muscle
each muscle fiber = single muscle cell
vary in length - few millimeters to several centimeters
what does skeletal muscle consist of
nuclei
sarcolemma
glycogen granules
fat droplets
myoglobin - stores oxygen
mitochondria
myofibrils
myofilaments - contain contractile proteins
energy for muscle contraction
atp = adenosine triphosphate
anaerobic metabolism
creatine phosphate
carbohydrate - to lactic acid
aerobic metabolism
carbohydrate, fat, protein
fiber types
dark - type 1 (slow twitch type, more myoglobin, fattier)
light - type IIa
medium - type IIx
exercise
cardiac output increases - heart rate x stroke volume
air (oxygen) intake increases
tidal volume (total air moved in a breath) increases
respiratory rate increases - limited by locomotion respiratory coupling
oxygen uptake
maximum oxygen consumption VO2Max
represents peak power output/work capacity
fatigue
high intensity exercise
lactic acid buildup
heat
low intensity exercise
run out of fuel reserves
heat
exercise training
become more efficient
lower heart rate for given intensity
better able to sweat
shift to fat utilization
exercise training concepts
specificity
train for specific outcomes
eg. endurance horses should train by long distance training
reversibility - use it or lose it
individuality - stressors and responses will be different
how are horses excellent athletes
huge cardiac output - in part due to large increase in heart rate
high maximum oxygen uptake
high ability to sweat - dissipate heat
release of RBC from spleen - increase oxygen carrying ability
oxygen uptake
horse - up to 160 ml/kg/min
human - 65-85 ml/kg/min
horse athlete challenges
hypoxemia - related to breathing and strides
dehydration
breakdown (musculoskeletal injuries)
exercise related conditions
EIPH
PSSM
RER
anhidrosis
thumps
horse’s nutrient needs depends on
body weight
physiologic state
growth
pregnancy
lactation
work
feeds for horses
forages
hay and pasture, haylage
other high-fiber feeds
beet pulp, rice bran, soy hulls
concentrates (concentrated energy sources)
cereal grains
commercial mixed grains
fat
supplements
protein
vitamins
minerals
grass hay
derived from grasses - Timothy, orchard grass, brome, fescue, bluegrass, etc
lower in protein and calcium than legume hays
legume hay
derived from legumes - alfalfa, clover, birdsfoot trefoil
higher in protein and calcium than grass hays
expensive
mixed hay
contains both grass and legume
hay forms
long hay
square bales
round bales
chopped
chaff
chopped and cubed
chopped, ground, and pelleted
haylage
commercial hay pellets may also be fortified with vitamins and minerals
how do you know how good your hay is?
have it analyzed - core sample
pasture types
legumes
perennial grasses
warm season - Bermuda grass, Bahia grass
cool season - Timothy, orchard grass, brome grass, fescue
non perennial grasses
sorghum, sudan grass, millet, annual rye
pasture
maximize nutrient intake from pasture
economical
rotate pastures
remove horses when grasses get too low (< 3-4 inches) and let pasture rest
put horses back on pasture when grass height is 6-8 inches
watch sugar content in pasture
high fiber feeds
variable energy, protein, and minerals
includes
wheat bran
soy bean hulls
beet pulp
highly digestible fiber
rice bran
also high in fat
concentrates
usually fed to increase ENERGY
options
whole grains
commercially formulated feeds - textured, pelleted, extruded
whole grains
oats, corn, rye, barley, wheat
can provide energy, but are low in protein (and lysine) and calcium
typical feeds energy content
mature grass hay - 1.5 mcal/kg
mature legume hay - 1.75 mcal/kg
mixed hay - 2.1 mcal/kg
alfalfa hay - 2.5 mcal/kg
oats - 3.1 mcal/kg
barley - 3.5 mcal/kg
corn - 3.9 mcal/kg
oil/fats - 9 mcal/kg
commercially available feeds
types
textured
pelleted
extruded
fortified with vitamins and minerals
suitable for intended horse
building fire hazards
bedding and hay
building fire detection
smoke detector
heat sensors
fire safety - barn design
escape routes
doors, aisles, halter placement
sprinklers
fire extinguishers
lightning rods
stalls
mature horse requires minimum 12’ x 12’ stall. 12’ x 18’ for mare with foal
bedding - depends on horse’s needs
floor surface
concrete
dirt
mats
fences
should be 4’8” tall
fence types
post and board
PVC
woven wire/diamond V
high tensile wire
electric rope or ribbon
pipe
barbed wire - should never be used, horses don’t have thick enough skin
emergency preparedness
hurricane
tornadoes
flooding
fire
plan ahead.- horse ID, supply of food and water
what is the cheapest part of owning a horse
the purchase of a horse
buying a horse
YOU have the power
pre-purchase exam is VERY important
extras (x-rays, endoscope, ultrasounds)
have your trainer or coach ride the horse
unannounced visit
trial period?
get a contract
horse boarding
full board
$350 - $1000 and up/month
pasture board
$200 - $300 and up/month
co-op
$250 - $400 and up/month
keeping horses at home
hay - $5-$12/bale, 2-4 bales/week
grain - $15-30/50 lb bag)
bedding
labor (your time or hired?)
facility maintenance, mortgage, and upkeep
health care
farrier
$40 - $100/trim - reset x 8 times per year = $320 - $800 per year
preventative care
vaccines/deworming/dental - $200 - $400/year
insurance
equine motility
life insurance for your horse
equine major medical
health insurance for your horse
cost is highly variable
$50 - $5000/year
~5% of value of horse/year
extra costs
lessons
showing
transportation
tack
grooming supplies
blankets
how long will you own your horse
are you okay with selling them one day?
where could they wind up?
horses can easily live well into their 30s
leasing a horse
yearly fee
monthly board
feed/supplements
vet care
lameness?