Training Theory and Periodization Flashcards

An athlete is in the third week of a strength-focused mesocycle. They report persistent fatigue, elevated resting heart rate, and a noticeable decrease in lifting performance. According to Hans Selye's General Adaptation Syndrome (GAS), which stage is this athlete most likely experiencing?

Answer: Exhaustion

The exhaustion stage of GAS occurs when stress persists for an extended period, and the body's adaptive energy is depleted. Symptoms include fatigue, reappearance of alarm reaction signs like soreness, and an inability to adapt to the imposed stressors, which aligns with the athlete's reported symptoms of persistent fatigue, elevated heart rate, and decreased performance. The alarm stage is the initial response to a new stressor, while the resistance stage is where adaptation and performance improvements occur. Supercompensation is the adaptive rebound above the baseline that happens after recovery, not during a period of declining performance.

A performance coach is designing a 12-week training program for a collegiate soccer player in the off-season. The program is structured as follows: Weeks 1-4 focus on hypertrophy (3x10-12 reps), Weeks 5-8 focus on maximal strength (4x4-6 reps), and Weeks 9-12 focus on power (5x2-3 reps). This is a classic example of which periodization model?

Answer: Linear Periodization

Linear periodization, also known as traditional periodization, is characterized by a gradual, progressive increase in training intensity while training volume simultaneously decreases over time. The scenario describes a clear progression from a high-volume, lower-intensity hypertrophy phase to a low-volume, high-intensity power phase, which is the hallmark of a linear model.

Which of the following describes the supercompensation principle?

Answer: A period following recovery where the trained function has a higher performance capacity than before the training stimulus.

The supercompensation theory posits that after a training stimulus and subsequent recovery period, the body adapts by increasing its performance capacity to a level higher than the baseline before the training occurred. This adaptive rebound is a foundational concept for timing future workouts to maximize progress. If the next training stimulus is applied during the peak of supercompensation, performance will improve.

A strength and conditioning coach for a basketball team has their athletes perform a high-volume, low-intensity workout on Monday, a high-intensity, low-volume power workout on Wednesday, and a moderate-intensity, moderate-volume strength workout on Friday. This approach, which involves frequent variations in volume and intensity within a microcycle, is best described as:

Answer: Undulating Periodization

Undulating, or non-linear, periodization involves varying the training load and volume frequently, often within the same week (microcycle) or from one session to the next. This contrasts with linear models where the focus (e.g., hypertrophy, strength) remains consistent for an entire mesocycle. The scenario clearly shows different training goals being targeted in each session of the week.

In a periodized training plan, which component represents the longest duration and provides the overall structure for the training year?

Answer: Macrocycle

The macrocycle is the largest and longest of the training cycles, typically encompassing an entire training year or season. It provides the high-level, long-term plan that is then broken down into smaller mesocycles and microcycles.

A coach is working with an advanced kayaker in the preparatory period. The coach designs a 4-week mesocycle focused almost exclusively on developing maximal strength, followed by a 3-week mesocycle dedicated to converting that strength into sport-specific power. This model, which concentrates on one primary adaptation at a time in sequential phases, is known as:

Answer: Block Periodization

Block periodization involves structuring the training plan into concentrated blocks, each dedicated to a specific physiological quality. Instead of training multiple qualities at once, this model focuses on one (e.g., maximal strength) to achieve a more profound adaptation before moving to the next block (e.g., power), which builds upon the previous one.