Bodily maps of exercise-induced feelings

Area of Science:

• Exercise physiology
• Psychology of physical activity
• Somatosensory research

Background:

• Physical exercise profoundly impacts emotional experiences and psychological well-being through physiological and mechanical stimuli.
• Despite the known psychological benefits, there's limited research on the specific bodily sensations evoked by exercise.
• Understanding these sensations is crucial for appreciating the full spectrum of exercise's effects.

Purpose of the Study:

• To map the diverse bodily sensations experienced during physical exercise.
• To investigate the topographical distribution of these sensations across the human body.
• To explore the relationship between bodily sensations, emotions, and physiological exertion markers.

Main Methods:

• Two studies were conducted: a proof-of-concept study (n=305) using imagined exercise and a field study (n=133) with actual exercise sessions.
• Participants rated sensations using visual analogue scales and mapped their locations on a body silhouette.
• Data collection included pre- and post-exercise assessments of emotions and bodily sensations.

Main Results:

• A wide range of exercise-induced bodily sensations with distinct, consistent topographies were identified.
• Bodily sensations of activeness and exhaustion increased post-exercise in specific body regions.
• The sensation of exhaustion correlated linearly with physiological exertion measures like heart rate and perceived exertion.

Conclusions:

• Different exercise-induced sensations possess unique bodily topographies.
• Body sensation mapping offers a novel method for quantifying exercise-induced emotional experiences.
• This approach can inform personalized exercise and recovery strategies.