Conditioning Flashcards
Training effect
Physical development - most affect are cardiovascular system and musculoskeletal system
Demand
Work creates a demand for more oxygen and fuel in the cells of the body. The body adapts by increasing the number of red blood cells and improving its efficiency in delivering oxygen and fuel to the cells, removing waste products and producing energy.
The purpose of conditioning exercise
Increase demand enough to stimulate a training effect.
Progressive loading
Small, measured increases in exercise. Too little exercise does not create a demand and stimulate conditioning, while too much leads to overloading, injuries and breakdown
Overloading
This occurs when a body or some part of the body is subjected to work or stress beyond its limits.
6 signs of overtraining
- Dull coat
- Poor appetite
- Weight loss
- Lack of energy
- Disinterest in work or sourness.
- Heat and/or filling in the legs
Rest
The horse requires periods of rest as part of the conditioning schedule.
Rest allows the replenishment of depleted oxygen and aids in mental stability and attitude.
Regular turn out and short training sessions help to keep a horse fresh
Nutrition
Proper nutrition gives a horse fuel for energy and enough liquids to be properly hydrated. A horse doing a larger amount of work requires more food and water.
Peaking
When a horse reaches peak condition, ability or performance cannot be improved.
A horse cannot remain in peak condition indefinitely.
After peaking, a horse’s performance will inevitably decline a bit.
Aerobic conditioning
Long, slow to moderate, consistent activity that elevates the horse’s heart rate to a pre-determined target for a period of time while maintaining adequate oxygenation of muscle tissues
Long slow distance work (LSD)
usually consists of trotting and slow cantering with
periods of walking
Lays foundation
Strength training
hill climbs, trotting gymnastic grids or cavalletti and cautious work in deeper than normal footing (2-3x a week)
Anaerobic training
Anaerobic metabolism produces energy faster but less efficiently than aerobic metabolism.
Anaerobic exercise is brief and intense
Aerobic metabolism
Produces energy at a fairly low rate, which is sustainable for a long period of time
Fueled by carbs and fat
Anaerobic alactic metabolism
Produces energy in short but intense bursts that last for only 10 to 20 seconds (jumping or breaking from gate )
using creatinine phosphokinase and glycogen