Unpacking team dynamics with growth modeling: An approach to test, refine, and integrate theory
MetadataShow full item record
In this paper we advocate the use of growth modeling as an approach that is particularly useful for testing and refining existing theory on team dynamics, as well as integrating different theoretical perspectives. Quantitative studies that test team theories have typically included only one or two time points, between-team research designs, and hierarchical regression-based statistical analyses. Such an approach enables exploration of antecedents to explain why some teams are more effective than others at specified points in the team task or lifespan. In contrast, using three or more time points of data and applying growth modeling statistical analyses is atypical, but can allow for informative investigations of team trajectories, or patterns of change within teams. We argue that this approach can facilitate fruitful insights about team dynamics, and we provide guidelines for researchers as to how to investigate such team dynamics using growth modeling.
Showing items related by title, author, creator and subject.
An exploration of the global development of emerging country multinationals : a study of strategic ambitions and talent management in China and IndiaLiu, Yi (2012)Since Jim O’Neill, the Goldman Sachs economist, coined the acronym of the BRIC countries in 2001 the concept has attracted an infectious logic. The growth of the four BRIC countries, Brazil, Russia, India, and China, is ...
Agbenyegah, Benjamin K. (2007)Seminal papers of Solow (1957) and Swan (1956) stimulated debate among economists on the role of technical change in productivity improvements and for that matter economic growth. The consensus is that technological change ...
Howick, S.; Ackermann, Fran; Anderson, D. (2006)Using a participant–observer research design, a team of modelers designed and implemented modeling guidelines to link semantically rich scenario maps to a formal causal influence diagram of a running simulation model. ...