Advancing Next-Generation Multimethod Research in Information Systems: A Framework and Some Recommendations for Authors and Evaluators
Authors: Sarker, Suprateek; Bala, Hillol; Hong, Yili; Kankanhalli, Atreyi; Rossi, Matti; Gu, Bin; Oestreicher-Singer, Gal
Journal: Information Systems Research (2025)
DOI: 10.1287/isre.2025.editorial.v36.n2
<jats:p> The increasing complexity of sociotechnical phenomena, proliferation of diverse data sources, expanding repertoire of research methods, and broadening multiparadigmatic awareness and competence have spurred a growing interest in multimethod research in the information systems (IS) field. This editorial recognizes and celebrates the value of integrating diverse methods and offers a framework to classify multimethod research using two dimensions: (a) methodological distance—the degree of difference (proximate or distant) between methods employed in terms of characteristics such as paradigmatic assumptions, techniques, and goals; and (b) nature of integration—the extent to which the methods are combined in loosely coupled (interlayered) or tightly coupled (intertwined) ways. These dimensions yield four types of multimethod research: assembly (proximate methods with interlayered integration), blend (proximate methods with intertwined integration), bridge (distant methods with interlayered integration), and fusion (distant methods with intertwined integration). We illustrate each archetype with studies published in leading IS journals. Building on these examples, we provide ac…