Using Sequence Analysis to Identify Conversational Motifs in Supportive Interactions

• Published in: Journal of social and personal relationships Vol. 39; no. 10; pp. 3155 - 3179
• Main Authors: Solomon, Denise Haunani, Jones, Susanne, Brinberg, Miriam, Bodie, Graham D., Ram, Nilam
• Format: Journal Article
• Language: English
• Published: London, England SAGE Publications 01.10.2022; Sage Publications Ltd
• Subjects: Analysis; Conversation; Dyads; Hypotheses; Interpersonal relations; Stress; Time series; Timing; social support; sequence analysis; conversational motifs; interpersonal communication; dyadic interaction
• ISSN: 0265-4075; 1460-3608
• DOI: 10.1177/02654075211066618

This study demonstrates how sequence analysis, which is a method for identifying common patterns in categorical time series data, illuminates the nonlinear dynamics of dyadic conversations by describing chains of behavior that shift categorically, rather than incrementally. When applied to interpersonal interactions, sequence analysis supports the identification of conversational motifs, which can be used to test hypotheses linking patterns of interaction to conversational antecedents or outcomes. As an illustrative example, this study evaluated 285 conversations involving stranger, friend, and dating dyads in which one partner, the discloser, communicated about a source of stress to a partner in the role of listener. Using sequence analysis, we identified three five-turn supportive conversational motifs that had also emerged in a previous study of stranger dyads: discloser problem description, discloser problem processing, and listener-focused dialogue. We also observed a new, fourth motif: listener-focused, discloser questioning. Tests of hypotheses linking the prevalence and timing of particular motifs to the problem discloser’s emotional improvement and perceptions of support quality, as moderated by the discloser’s pre-interaction stress, offered a partial replication of previous findings. The discussion highlights the value of using sequence analysis to illuminate dynamic patterns in dyadic interactions.