Login / Signup

Cultural change through niche construction: A multilevel approach to investigate the interplay between cultural change and infectious disease.

Kodai KusanoMarkus Kemmelmeier
Published in: The American psychologist (2022)
Researchers theorize cultural change as societal adaptation to the environment. But where does the environment come from? Here we advance conceptual and analytical tools for a more dynamic framework of cultural change and emphasize that people create their own environment, to which they adapt through cultural change. First, we draw on the theory of niche construction to argue that organisms modify their environments in ways that impact their own evolution. Second, we advocate for a multilevel approach to analyze heterogeneity of longitudinal processes across multiple units: cultural change can be understood as a within-society process nested within higher-level units that differ across space. We then apply a multilevel distributed lag/lead model to identify the reciprocal causation between ecology and culture. We demonstrate these points by analyzing how cultural changes in individualism and economic prosperity are associated with changing prevalence of tuberculosis (TB, 1993-2018) and sexually transmitted diseases (STD, 1984-2014) across 50 U.S. states. We found evidence for reciprocal causation: (a) Increases in individualism and economic prosperity followed reduction of disease prevalence, and (b) cultural change in those variables decreased TB but increased STD. Moreover, historically collectivistic states were more successful at amplifying the positive impacts of cultural change on reducing TB and attenuating harmful effects of cultural change on increasing STD. In discussion, we encourage a more dynamic approach and expand a range of questions for future research on cultural change. (PsycInfo Database Record (c) 2021 APA, all rights reserved).
Keyphrases
  • mycobacterium tuberculosis
  • emergency department
  • single cell
  • infectious diseases
  • mass spectrometry
  • cross sectional
  • gram negative
  • life cycle