Policy advisory systems and public policy making: Bibliometric analysis, knowledge mapping, operationalization, and future research agenda

Abstract

AbstractThis study offers a comprehensive overview of the literature on policy advisory systems (PAS), motivated by its significance, growing interest in the field among policy scholars, and the substantial body of recent research published recently. The study conducted a quantitative bibliometric analysis of 62 articles on PAS published between 1993 and 2022, using data extracted from the Web of Science and Scopus databases. The analysis included performance analysis, collaboration analysis, and science mapping (co‐citation and co‐word analysis). The dataset comprises articles published in 29 different journals, with 17.2% of these journals publishing three or more articles on PAS. Of the 80 authors in the dataset, 78.8% had only one publication. Over the past 5 years, there has been a 69% increase in the production of research on PAS, with the majority of output coming from Canada, Australia, Germany, and the Netherlands. The intellectual structure of the field was examined through co‐citation analysis, revealing two main clusters named dynamics of PAS and Policy Advice & Policy Analysts' Role. The former focuses on the variations and dynamics of PAS, while the latter is more concerned with the nature of policy advice and the role of policy analysts. The co‐word analysis identified the most relevant issues linked with PAS, including policy advice, externalization, politicization, and policy capacity. The study has also provided operationalization of the concept with the support of empirical evidence and categorized it into internal and external PAS. Externalization is the dominant trend in Anglophone countries, while public service in Europe and Canada has been the focus of internal PAS research. The study identifies gaps in the literature and calls for further research on the application of PAS in the Global South, the demand for policy advice, and comparative analysis of PAS across different contexts and dimensions.