the adaptions of anerobic training are as follows- overload meaning going as long and as hard as possible for example a 400 metre sprint until you are no longer working at maximum (95%-100%). fartleck training-e.g. sprint 100 yards, jog 200 yards, backwards for 20 yards then sprint again.
Chronic adaptations to anaerobic training may include increased muscle strength, power, and muscle hypertrophy. Improved anaerobic capacity and tolerance to high-intensity exercise are also common outcomes from consistent anaerobic training.
Anaerobic exercise is exercise such as weight training.
Aerobic training can enhance the effects of anaerobic training by improving overall cardiovascular fitness, increasing endurance, and helping the body recover faster between intense anaerobic workouts. This can lead to better performance in anaerobic activities like sprinting or weightlifting.
Anaerobic Training hurts because it depends a lot on lactic acid rather than oxygen
Both the anaerobic and aerobic systems are utilized during training. Metabolic changes that occur through this type of interval training.
Anaerobic training increases the respiratory quotient (a measure of fat- and sugar-burning) indicating the body is burning less fat
apex: Improved coordination
Circuit training helps you improve your aerobic fitness, flexibility and strength.
Improving aerobic capacity and endurance is not a primary training goal for anaerobic athletes, as their sport relies more on short bursts of high intensity activity rather than sustained aerobic efforts. Instead, anaerobic athletes usually focus on improving power, speed, and strength through specific training techniques such as interval training, plyometrics, and resistance training.
specificity
An example of an anaerobic exercise is high-intensity interval training (HIIT), which involves short bursts of intense activity followed by brief rest periods.
Specificity