Types of Training- Aerobic/Anaerobic,

Flexibility

Aerobic Aerobic training develops the capacity of the aerobic

energy system and aims to:

-increase cardiorespiratory efficiency (the ability of the body to deliver and utilise oxygen)

- reduce coronary heart disease and improve general health

- assist in weight control

Aerobic training engages and utilises the aerobic system of energy. Training, whether it is continuous, fartlek or long interval, will be sustained of moderate intensity and address the overload principle.

Continuous Continuous training is sustained, enduring

and, in most cases of low-moderate intensity. Continuous training provides the groundwork for other forms of fitness.

Here, the heart rate is elevated and maintained without rest intervals. Training should be performed for a minimum of 20 minutes using any activity that keeps the heart rate elevated above the aerobic threshold but below the anaerobic threshold e.g. jogging, cycling, rowing, and swimming.

Intensity Pace Duration Performance needs

50-60 Easy aerobic 60+mins Joggers, long distance

60-70 Moderate aerobic

45-90mins Marathon runners

70-80 Slightly faster aerobic

35-40mins Marathon, 10km

80-90 Fast aerobic 10-20mins Marathon, 5km runners

90-100 Very fast aerobic

1-5mins 800m runners1500m runners

Fartlek Fartlek means ‘speed play’. This involves a

combination of continuous training and interval training in that it involves varying the intensity (or speed) or the terrain (hills) on which athletes are working. This engages both the anaerobic and aerobic energy systems.

Generally speaking, the bursts of speed are usually of 5-10 seconds duration, and are repeated every 2-3 minutes and are less prescriptive than interval training where the athlete sets their own pace and sprint distances. This form of aerobic conditioning suits many sports where there are frequent changes in the predominant energy system, for example frequent short sprints throughout the game of soccer.

Fartlek type Target intensity

Warm-up/cool-down

Specific features

Watson Fartlek 3km,5km,10km cross country

10mins warm up10mins cool down

Stride hard for 4 mins with 1mins jog recoveryRepeat 8 times

Saltin Fartlek 3km, 5km, 1500m

10mins warm up10mins cool down

Stride hard for 3mins with 1min jog-run recoveryRepeat 6 times

Astrand Fartlek 800m 10mins warm up10mins cool down

•Max effort for 75secs followed by 150s jog-run•Max effort for 60secs followed by 120secs jog-runRepeat 3 times

Long Interval Long interval uses repetitions of high speed

intensity work followed by periods of recovery to develop aerobic fitness.

Intervals when repeated: repetitions

Group of repetitions: set

Time taken to run an interval: pace

Used by footballers, tri-athletes, distance runners

Interval Training Interval training consists of work and

recovery phases.

Work lasts for 2-5mins followed by rests 30secs. This ratio can be changed for added variety. These phases last for 30-40mins.

Interval training has the advantage of being highly monitored while providing high variety.

Effects of exercise- Fuel

Haemoglobin- more oxygen carried to working muscles

Myoglobin- more oxygen delivered from cell membrane to mitochondria

Ability to use fat as energy is increased

Increase ATP and CP storage (up to 25%) and glycogen storage

Increased enzyme activity to use glycogen as fuel

Effects of exercise- Oxygen

Increased heart size- left ventricle pump out more blood

Decreased heart rate- increased heart efficiency means blood is supplied to body with less beats

Increased Stroke Volume- more blood per stroke

Increased cardiac output- more blood supplied to tissues

More oxygen uptake- muscles are able to get more oxygen from blood

Effects of exercise Increased strength/muscle size

Decreased body fat

Increased muscle elasticity- more power, decreased chance of injury

Increased mitochondria- more sites for burning fuel

Anaerobic Anaerobic training functions to enable energy

production during the absence of oxygen.

The anaerobic system is the dominant pathway for energy supply during explosive activities such as weight lifting, throwing, and sprinting.

Power is the rate at which force is produced per unit of time. To increase power using resistance training, movements need to be performed quickly causing recruitment of fast twitch muscle fibres.

Power Starting strength is the ability to turn on as many

muscle fibres as possible in the performance of a movement.

Explosive strength is the ability to extend the turned on period of explosiveness.

Beginners- use caution with power programs as heavy weights lifted quickly can cause injury. Beginners should use medium weights and focus on correct technique, training 3 times per week.

Experienced- Weight must allow fast action. If the weight is too heavy, endurance will develop at the expense of power. At least 2 mins rest is needed for recovery. Train 3-4 times per week.

Plyometrics Plyometrics refers to a special range of

exercises in which a muscle is lengthened using an eccentric contraction and this is rapidly followed by a shortening or concentric contraction.

Examples of plyometric drills:

http://www.youtube.com/watch?v=Kotr9rDceRw

Short Interval Short interval training is similar to long

interval except the intervals are brief and recovery longer to enable restoration of ATP stores. The method involves short bursts of intense activity with periods of rest.

This type of training increases the capacity of the anaerobic system.

Example: working at 95% intensity for 15 seconds with one minute recovery.