U4 AOS2 Flashcards
training program principles
- type
-frequency - intensity
-time
-type
-progression
-individuality
-diminishing returns
-variety
-maintenance
-overtraining
-detraining
frequency
- number of sessions in a week
factors that will influnce
-periodization (in season off season pre season eg rest and recover between matches ) - type of training anaerobic, aerobic
ana- high intensity=longer recovery e.g 3 times a week
aerobic- lower int=faster recovery e.g 4 5 times a week - training status
intensity
- level of exertion applied during work phase of training session
- working at an appropriate intensity will ensure focus on right energy system and fitness comp (link to specificity)
- higher intensity- inc stress- inc recovery time
Time
- how long a training session or period goes for
- all fitness comp have a minimum duration before chronic adaptations can occur
periodization
- planned variation in training to bring optimal performance at a specific time
-intensity and volume r manipulated during diff periods to reach athletes highest level of performance at a critical time
type
-Refers to which training methods you use
-Ensuring chosen training method is SPECIFIC to what you are trying to achieve
progression+ when to progress an athlete
- planned inc in train to cause pos long term adapt
- to avoid injury and creating too much fatigue overload between 2-10%
Ways to overload:
-Increase intensity
-Increase duration
-Increase frequency
-progress when
- adaptations plateau
-after they have been given sufficient recovery time
diminishing returns
as a performer improves their fitness they will receive a smaller benefit from training stimulus
- an untrained athlete will improve faster than a trained athlete
- this will affect time athlete spends in diff training cycles
overtraining, signs and symptoms, training diaries
- training excessively, creating too much stress or injury which requires long recovery
- too much stress and athlete cant train
-persistent heavy stiff and sore muscles - decrease performance and ability to maintain program
-inc chance of illness
td- easy way to monitor fatigue
detraining
-stopping training and the corresponding rapid return to pre training levels
-The main source of rapid detraining is associated with immobilisation injuries (eg: stress fracture in the foot)
Off-season is also a high risk time for athletes to detrain.
The stopping of training (or training method) and the corresponding rapid return to pre-training levels.
maintainence
- most athletes can maintain their current fitness level by training that fitness component twice a week-
-allows maintainance of fitness
-provides guideline for training needs during off season
variety
- changing training methods, activities drills or enviromental stimulus to stimulate and challenge athletes
- help increase motivation of athlete
individuality
- individuals respond differently to similar training stimulis
-Genetic predisposition
Fibre type make up
Heart size
Body composition
Anatomy (joint structure and bone length)
Initial fitness levels/training status
Athletes with little exposure to a training method may need to begin with reduced volume in order to avoid excessive fatigue
Well trained athletes will not improve with the same stimulus of training as an untrained athlete
-To optimize the potential chronic adaptions that result from training we need to ensure we tailor an athletes training to their individual needs, can be extremely hard in team sports, especially at the local level
-Adaptive response
Physiological factors
Hormonal response
Enzyme activity
Nutritional requirements
Psychological factors
Motivation
continuous training
- maintain SAME INT WHOLE TIME
- sub max- int- 70-85%
- goes for at least 20 mins (non stop)
who benefits- endurance and untarined athletes
how can u progress
– inc run time, distance, int - change terrain eg variety
fartlek
- combines continuous runnning with random burts of speed e.g indian file (person from back runs to front of line)
-int 70-95% - at least 20 mins
- main- AEROBIC POWER
benefits
who- endurance, aerobic power team sports
interval training what, benefits
- alternates higher int work periods with rest or reduced intensity activities
b- target different energy systems depending on length of period
-lactate tolerance can be developed (medium) - can be specific to game with similar work to rest ratios
types of intensity training
long
-intermediate
- short
hitt
long int
-frequency, rep, benefit
- aerobic e.s dom
- improves aerobic power
-w:r 1:1 or greate eg 2:1 - rest 60-240 sec
- freq- 4 or more
- rep 2-4 (think less reps cause longer work period)
benefits
-inc LIP, improve aerobic power
what is type of training to improve aerobic power
-continuous
-fartlek
-long int
what is type of training to improve speed
- short int
- resistance
-polymetric
HITT
- short bursts of high intensity exercise interspaced with periods of rest or low intensity exercise
- improves AEROBIC POWER
-RPE 8-9
-
intermediate interval training
benefits, frequency, %hrmax,rpe
AnaGly, Anaerobic capacity
-Higher intensity period between 15 and 60 sec
-Work: rest periods of 1:2 or 1:3
Rest period: 45-180 sec (3 min)
-85-95% HR Max (High RPE 8-9)
Frequency = 3 x week
Participants usually complete high intensity efforts while still having a raised level of metabolic by-products from the previous high intensity effort
Intensity = above LIP (increases metabolic by-product production)
Benefits
Increase tolerance of metabolic by-products (Hydrogen ions – Lactate tolerance)
Decreases the impact of fatigue when working above LIP
Improves speed
Improve muscular endurance ***check
short int
ATP-CP
Maximal intensity (5-15sec)
Work: rest periods of 1:5 or greater (eg: 1:7)
Rest period – 25-75sec
(Replenish CP stores)
Frequency = 3 x week
Intensity = Maximal95%+ HR max (High RPE 9-10)
Fitness component targeted: Speed
Benefits of long interval training:
Increase in speed
Increase in anaerobic capacity (increased CP stores)
resistance training
-how to overload
-The use of resistance to muscular contraction to increase sporting performance
-Isotonic (free weights – concentric/eccentric)
Isometric (fixed resistance)
Isokinetic (resistance provided by specialised machine)\
-Intensity- Weight lifted
Duration – total repetitions
Time until adaptation = Initial neural adaptations are rapid, muscular adaptations can take weeks or longer
Frequency - minimum 3 session a week per fitness component (depending on other training methods incorporated)
Fitness component targeted: Muscular strength, muscular power, muscular endurance, speed, anaerobic capacity
Benefits of continuous training:
Increase muscular strength and power
Promotes weight loss
Prevents osteoporosis
Improves psychological wellbeing
Improves dynamic stability
Provides a foundation for speed and agility
- fatigue is a factor when designing program
Correct technique is critical to decrease injury risk and increase training benefits
Higher intensity exercise performed before lower intensity exercises
Multi-joint exercises performed before single-joint exercises
Larger muscle group exercises before smaller group exercises
how to overload
-Increase sets
Increase repetitions
Increase load (intensity) (MOST COMMON)
Slightly decreasing the amount of rest