Background: Physical inactivity is recognized as a global health challenge. Attachment theory may provide insight into individual physical activity (PA) patterns, informing the development of PA interventions to promote the maintenance of behavior change. This study investigated the associations between attachment orientation and why and how individuals engage in PA. Given the association between attachment and sensory processing, this study also investigated the link between sensory processing and PA participation. Methods: Participants (N = 141) completed an online questionnaire that included the Modified Experiences of Close Relationships Scale and the Highly Sensitive Person Scale. The relationship between attachment orientation and sensory processing patterns, and preference for PA participation were analyzed using 2-sided independent t tests. Results: Attachment avoidance, attachment anxiety, and sensory sensitivity were significantly related to participants’ preference for PA participation in theoretically consistent ways. Avoidantly attached individuals were less likely to participate in PA as a form of social interaction (mean = 8.57, SD = 2.87, P = .005, d = 0.48). Anxiously attached individuals were more likely to participate in PA to support weight management (mean = 37.02, SD = 11.54, P = .01, d = −0.46) or if recommended by a health professional (mean = 43.55, SD = 12.45, P = .039, d = −0.88). Sensory sensitive individuals were more likely to participate in PA alone (mean = 124.11, SD = 19.23, P = .005, d = −0.510), and more likely to prefer light-intensity forms of PA (mean = 133.29, SD = 12.67, F 3,123 = 5.49, P = .001). Conclusions: Findings highlight the potential value of considering an individual’s attachment orientation and sensory processing patterns in the development of PA interventions. This may help to address the challenges of PA participation, by individually tailoring interventions to participants.
Search Results
You are looking at 1 - 1 of 1 items for
- Author: Pamela Meredith x
- Refine by Access: All Content x