5.2 Justify recovery strategies used for sustained movement and performance

1. Recovery strategies for sustained movement and performance

Recovery strategies help an athlete return towards a more prepared physical and mental state after training or competition. They are not all used for the same reason. The most appropriate recovery strategy depends on the athlete’s fatigue, sport, environment, training load, and time available before the next performance.

Recovery is especially important when athletes must train or compete again before they are fully rested. In these situations, recovery strategies can help reduce the drop-off in movement quality, decision-making, skill execution and overall performance that comes with accumulating fatigue.

Recovery includes both physiological and psychological strategies. Physiological strategies, such as cool-down and hydrotherapy, target the body’s physical recovery needs. Psychological strategies, such as relaxation, target mental readiness, emotional control and the ability to switch off after training or competition. While sleep, nutrition and training load also affect recovery, this section focuses on the recovery strategies of cool-down, hydrotherapy and relaxation.

2. Physiological

Physiological recovery targets the body’s systems, including circulation, temperature regulation, muscle function, soreness management, and the return towards normal physical conditions after exercise. In this dot point, the key physiological strategies are cool-down and hydrotherapy.

NESA teaching advice specifically lists stretching within cool-down, and hot/cold immersion and ice baths within hydrotherapy.

A physiological strategy is most useful when it improves an athlete’s readiness to train or compete again. This is particularly important when sessions are close together, when workloads are high, or when athletes are dealing with repeated impact, high-intensity efforts, or heat stress.

2.1 Cool-down

A cool-down is a short period of low-intensity activity completed immediately after training or competition, often followed by stretching. Its purpose is to guide the body from intense exercise towards rest in a controlled and gradual way, rather than stopping suddenly.

During hard exercise, heart rate and breathing rate remain elevated and blood vessels in the working muscles stay widened. If an athlete stops abruptly, blood pooling can occur in the limbs, which may contribute to dizziness, heavy legs, and an uncomfortable post-exercise feeling. A cool-down keeps the muscles gently active and helps maintain the muscle pump, which supports venous return and helps restore more stable conditions. For this reason, cool-down is most useful as a strategy that supports a smooth transition out of exercise and prepares the athlete for later recovery. Australian sport recovery guidance also recognises that active cool-downs can enhance recovery and support subsequent performance.

Many cool-down routines combine three simple elements:

1. Gentle movement, usually for around 5 to 15 minutes, using the same major muscle groups at very low intensity.
2. Static stretching, used to reduce the feeling of tightness and support more comfortable movement afterwards.
3. Slow or deep breathing at the end, which can help reduce arousal and shift the athlete towards a calmer recovery state.

This makes cool-down particularly useful after high-intensity sessions, repeated efforts, matches that finish abruptly, or competition in hot conditions. In these situations, the athlete may need to recover quickly enough to maintain training quality or compete again soon.

Example: A 1500 m runner finishes a race and completes 8 minutes of easy jogging and walking, followed by calf, quadriceps and hamstring stretches. They then finish with 2 minutes of slow breathing while walking. This shows how a cool-down can support a steadier return towards resting conditions, reduce immediate discomfort, and improve readiness for the next day’s session.

Example: A basketball squad completes 6 minutes of slow laps after a match, then stretches the calves, hip flexors, hamstrings and shoulders. This shows how a cool-down can help players finish in a more controlled physical state during congested competition periods, when maintaining movement quality across the week matters.

2.2 Hydrotherapy

Hydrotherapy uses water-based methods to support recovery. Common forms include warm water immersion, cold water immersion, including ice baths, and contrast water therapy, where hot and cold conditions are alternated. The AIS Recovery Centre identifies hydrotherapy as a strategy used to promote physiological and psychological restoration and to optimise subsequent training or competitive performance.

Hydrotherapy can be useful because water has three properties that make it useful for recovery:

• Thermal effects influence tissue temperature, blood vessel diameter, and the perception of discomfort.
• Hydrostatic pressure can support fluid return from the limbs and may help manage swelling after heavy workloads or repeated impacts.
• Buoyancy reduces weight-bearing forces, which can make gentle movement easier when land-based activity feels uncomfortable.

These effects mean hydrotherapy is not one single strategy with one single purpose. Different forms are appropriate in different situations.

Hydrotherapy is usually completed later the same day or within 24 hours of exercise. It often follows an initial cool-down. Protocols vary by sport, environment, athlete preference, and practical access, so hydrotherapy should be used as a flexible strategy rather than a fixed routine that every athlete must use.

Example: A rugby league squad finishes a physically demanding match and completes a short cool-down. Within the next hour, forwards use cold water immersion while some backs use warm immersion. This shows how hydrotherapy can be matched to the dominant recovery need, with high-contact players prioritising soreness management and other players prioritising reduced tightness and comfort of movement.

Hydrotherapy is especially appropriate when athletes must repeat performance with limited recovery time. In multi-stage events or tournament settings, the goal is often not to achieve perfect recovery, but to reduce the decline in performance that would otherwise occur across repeated days or matches. Australian recovery guidance similarly notes that hydrotherapy should be used with consideration for the athlete, the sport-specific situation, and the environmental conditions.

Example: A state-level rugby sevens player competes in three matches across one hot afternoon tournament. Using cold water immersion after the second match is justified because the athlete has accumulated repeated sprint fatigue, impact-related soreness, and heat stress, and needs to be ready to perform again later that day.

3. Psychological

Psychological recovery targets mental readiness, including concentration, emotional control, motivation, stress levels, and sleep readiness. This is important because sustained performance depends on more than physical recovery alone. Athletes may be physically capable of performing again, but still show poorer movement quality or performance if they are mentally fatigued, tense, frustrated, or unable to switch off.

Australian sport guidance on mental fatigue notes that mental fatigue can affect perceived exertion, technical performance, tactical behaviour, decision-making, accuracy, mistakes, and willingness to exert effort. That makes psychological recovery clearly relevant to sustained movement and performance, particularly in high-pressure or cognitively demanding sports.

Psychological recovery can also support physical recovery. When stress remains high after exercise or competition, the athlete may struggle to settle, sleep well, or mentally reset. Over time, poor mental recovery can reduce training consistency and increase the likelihood of performance decline across a season.

3.1 Relaxation

Relaxation strategies are used to reduce mental tension and physiological arousal. In this dot point, they include deep breathing, meditation or mindfulness, progressive muscle relaxation, and similar strategies that help an athlete switch off after training or competition. NESA specifically names meditation and breathing exercises as examples of psychological recovery.

Relaxation is useful because it helps the athlete move away from a highly activated state and towards a calmer recovery state. This can improve emotional control, reduce rumination, support sleep readiness, and help the athlete recover mentally before the next performance. It is particularly useful after emotionally intense matches, high-pressure competitions, or periods of heavy training where the athlete is physically tired but mentally overstimulated.

The following methods are commonly used because they are practical and clearly linked to recovery:

• Deep breathing, used after competition, during the end of a cool-down, or before sleep to reduce arousal.
• Meditation or mindfulness, used to reduce rumination and help the athlete stop replaying mistakes or pressure situations.
• Progressive muscle relaxation, used to reduce residual physical and mental tension by systematically tensing and relaxing muscle groups.

Example: After a close loss, an elite netball squad completes its cool-down and then spends 3 minutes on guided breathing before leaving the venue. Later that night, one player completes 10 minutes of mindfulness before bed. This shows how relaxation can reduce rumination, improve emotional control, and support better readiness over the next 24 to 48 hours.

Relaxation is especially appropriate in sports that require repeated decision-making, emotional regulation, and concentration under pressure. If athletes remain mentally overloaded, they may make poorer decisions, execute skills less consistently, and feel less motivated or prepared in the next session.

Example: An elite tennis player finishes a long three-set match involving repeated pressure points and emotional swings. A short relaxation routine is justified because the athlete must recover not only from physical effort, but also from the concentration and emotional load of the match before competing again the next day.

3.2 Why psychological recovery matters for performance

Psychological recovery should not be treated as separate from performance. It matters because mental fatigue can affect skill execution, decision-making, concentration, and composure. Australian sport guidance specifically notes that mental fatigue can impair technical and tactical performance and increase mistakes.

Psychological recovery is most useful when it restores the mental qualities needed for later performance.

Example: A national-level diver completes several high-focus technical sessions across a competition week and becomes mentally drained by the constant concentration required. A short guided meditation session is justified because it helps reduce mental fatigue and reset attention before the next session.

Example: A goal shooter in an elite netball squad finishes a close match feeling tense and mentally overactivated after missing important late shots. Controlled breathing exercises are justified because they help settle arousal, reduce mental tension, and support clearer recovery before the next match in the round.

4. Matching recovery strategies to athlete needs

Recovery strategies are most effective when they match the type of fatigue, stress or performance demand created by training or competition. Sustained movement and performance depend on an athlete being able to repeat effort with as little drop-off as possible. If recovery is poorly managed, fatigue can accumulate and lead to reduced movement quality, slower decision-making, poorer skill execution, lower concentration and increased injury risk.

The most appropriate recovery strategy depends on the athlete’s main recovery need. Some athletes require physiological recovery because the main issue is muscle soreness, heat stress, repeated impact or high-intensity fatigue. Others require psychological recovery because the main issue is mental fatigue, emotional tension, pressure or difficulty switching off after competition. In many real performance settings, athletes need both.

A recovery strategy is most appropriate when it targets the actual reason performance may decline. For instance, a cold water immersion strategy is more suitable after repeated sprints, collisions or hot conditions than after a light technical session. A relaxation strategy is more suitable after a mentally demanding match than after a simple low-pressure training session. A cool-down is useful in many settings because it helps the athlete transition from intense exercise towards rest and creates a bridge into later recovery.

Example: A professional cyclist racing a multi-stage tour finishes a demanding mountain stage with both physical fatigue and mental overload. A combined recovery plan of light cool-down, targeted hydrotherapy, and short breathing-based relaxation is appropriate because the rider must restore movement comfort, reduce fatigue and mentally reset before racing again the next day.

Recovery strategies should therefore be selected according to the sport, athlete, environment, training load and time available before the next performance. The goal is not always complete recovery, especially during tournaments, congested competition periods or heavy training blocks. Instead, the goal is to reduce the decline in readiness so the athlete can continue to move efficiently, make decisions clearly and perform as consistently as possible.