Evaluating effects of synchronous music reinforcement on increasing treadmill walking speed in a stepwise fashion.

The majority of participants demonstrated schedule control by maintaining walking speed above criterion during synchronous music reinforcement components.

• 23 of 30 participants (76.7%) demonstrated schedule control
• Schedule control was defined as maintaining walking speed above criterion for the majority of synchronous components
• Participants were 30 undergraduate students
• The study used a laboratory-based nonmotorized treadmill preparation

The experimental session consisted of five components across 15 minutes, with individualized speed criteria derived from each participant's baseline walking speed.

• Session duration was 15 minutes total
• Components included an initial continuous music component (CM 1), three synchronous reinforcement components, and a final continuous music component
• During CM 1, participants received continuous access to self-selected music, and their mean speed was used to set individualized criteria
• The three synchronous components required speeds of 0.1, 0.2, and 0.3 m/s above CM 1, respectively
• Music was delivered contingent on maintaining the required speed during synchronous components

Heart rate increased across components in accordance with the stepwise speed requirements.

• Heart rate increases corresponded with the progressively higher speed criteria across synchronous components
• Ratings of perceived exertion indicated moderate physical effort
• The physiological measures were consistent with the behavioral changes in walking speed

Several participants who did not demonstrate schedule control during synchronous components showed increased walking speed during the final continuous music component.

• 7 of 30 participants (23.3%) did not demonstrate schedule control during the synchronous reinforcement components
• Among these non-responders, some showed increased walking speed during the final continuous music (CM) component
• This finding was noted as distinct from the primary pattern of synchronous schedule control

Synchronous music reinforcement using participant-selected music was evaluated as a potential low-cost strategy for promoting aerobic physical activity.

• Music was self-selected by participants, which was identified as a relevant feature of the intervention
• The authors characterized synchronous music reinforcement as 'socially significant and low-cost'
• The preparation was laboratory-based using a nonmotorized treadmill
• The study framed the intervention in the context of promoting aerobic physical activity