Emotion regulation abilities as a predictor of anxiety, positive emotions, heart rate, and alpha asymmetry during an impromptu speech task

ABSTRACT

Background and Objectives

Recent approaches suggest that emotion regulation (ER) abilities represent potential predictors of emotional response among youths navigating stressful situations. To test this, we investigated whether ER abilities predicted the subjective and physiological emotional response experienced by youths during a stressful situation.

Design

A cross-sectional design was employed.

Method

One hundred and thirty-four youths completed measures of ER abilities (emotional awareness, anxiety sensitivity, emotional control) and were asked to deliver a speech while their anxiety, positive emotions, heart rate, and alpha asymmetry were collected at four time points: baseline, anticipation, speech, and post-recovery.

Results

Pearson r correlations showed that poor emotional control and awareness, as well as high anxiety sensitivity were related to greater anxiety and lower positive emotions experienced during the speech. Hierarchical multiple regressions also revealed that emotional control and emotional awareness predicted greater speech anxiety and lower positive emotions. Moreover, anxiety sensitivity was related to and predicted an increased heart rate experienced during speech.

Conclusions

Findings suggest that difficulties in emotional awareness, anxiety sensitivity, and emotional control predict the emotional response experienced by youths during a stressful situation. Interventions delivered by clinicians/teachers that target ER difficulties may be effective in improving emotional functioning when navigating stressful situations.

KEYWORDS:

• Emotional response
• stressful situations
• emotion regulation
• heart rate
• alpha asymmetry

Disclosure statement

No potential conflict of interest was reported by the author(s).

Data availability statement

Requests for data sharing should be addressed to the author.

Additional information

Funding

This work was supported by the [National Authority for Scientific Research and Innovation] under Grant [number PN-II-PT-PCCA-2013-4-1937]; and [National Authority for Scientific Research and Innovation] under Grant [number PN-III-P2-2.1-PED-2019-3837].