DOI: 10.6084/m9.figshare.31113330.v1
title: Exploring behavioural systems research: insights into the complex dynamics of human behaviour

description: This bibliometric analysis investigates the dynamic and interdisciplinary landscape of behavioural systems research, articulating its growth potential and methodological advancements in contemporary applications. By employing advanced bibliometric tech­niques including co-citation analysis, bibliographic coupling and keyword co-occurrence mapping; we systematically examine a robust dataset comprising 68 peer-reviewed studies published from 2004 to 2024. Our results signify a pronounced upward trajectory in behavioural systems research, propelled by significant intersections with artificial intelligence, computational modelling and decision science. The co-citation analysis elucidates critical theoretical contributions that underpin the field, while emerging keyword trends signal a transformative shift towards data-driven control mechanisms and enhanced human-machine interaction. These findings underscore an increasing interdisciplinary engagement and geographic diversification within the research landscape. Furthermore, this study delineates a strategic roadmap for future research endeavours by pinpointing emergent thematic clusters and identifying critical research gaps. Ultimately, our systematic analysis enriches the understanding of both theoretical and practical dimensions of behavioural systems research, positioning it as pivotal in addressing pressing global challenges. Publications in behavioural systems research have increased dramatically since 2010 (8.2% annual growth), reflecting surging academic and practical interest.The field has expanded beyond psychology and sociology to embrace engineering, computer science and neuroscience, indicating convergence between behavioural science and computational intelligence.Co-citation analysis identifies foundational theories (complex adaptive systems, control theory) and shows a shift towards applied computational methods, with data-driven and AI-enabled approaches rising prominently.Authorship and institutional analyses highlight broadened global participation notably in Asia-Pacific and increased cross-disciplinary collaboration networks over time.Science mapping reveals new research frontiers, including neuroadaptive systems, human–machine interaction and ethical AI considerations, pointing to a paradigm shift and new applications for behavioural systems in addressing societal challenges.The study highlights the need to integrate behavioural systems frameworks with emerging technologies (large language models) and to explore underrepresented approaches like ecological dynamic to advance the field’s impact on real-world problems. Publications in behavioural systems research have increased dramatically since 2010 (8.2% annual growth), reflecting surging academic and practical interest. The field has expanded beyond psychology and sociology to embrace engineering, computer science and neuroscience, indicating convergence between behavioural science and computational intelligence. Co-citation analysis identifies foundational theories (complex adaptive systems, control theory) and shows a shift towards applied computational methods, with data-driven and AI-enabled approaches rising prominently. Authorship and institutional analyses highlight broadened global participation notably in Asia-Pacific and increased cross-disciplinary collaboration networks over time. Science mapping reveals new research frontiers, including neuroadaptive systems, human–machine interaction and ethical AI considerations, pointing to a paradigm shift and new applications for behavioural systems in addressing societal challenges. The study highlights the need to integrate behavioural systems frameworks with emerging technologies (large language models) and to explore underrepresented approaches like ecological dynamic to advance the field’s impact on real-world problems.