Strategizing in a Fractured World: MNE Responses to Fragmented Stakeholder and Institutional Pressures

Éditeurs invités

  • Srividya Jandhyala, École Supérieure des Sciences Économiques et Commerciales
  • Vera Kunczer, Copenhagen Business School
  • Jonas Puck, Vienna University of Economics and Business
  • Harald Puhr, Universität Innsbruck
  • Michael Wolfesberger, Vienna University of Economics and Business

Synthèse

This focused issue addresses how multinational enterprises navigate environments characterized by fragmented, conflicting, and overlapping institutional and stakeholder pressures arising from national security concerns, populist movements, and societal disruptions. The call recognizes that while international institutions like the UN SDGs and Paris Agreement shape MNE decision-making, domestic resistance in some countries creates institutional conflicts that MNEs must resolve through their strategic choices.

The issue seeks contributions exploring four main areas: the factors exposing MNEs to institutional fragmentation; how firms combine market and non-market strategies to respond to these pressures; how MNEs orchestrate responses across multiple jurisdictions; and how macro-level tensions affect internal organizational dynamics. The editors welcome conceptual and empirical papers using various methodologies, along with interdisciplinary work that incorporates political science perspectives.

Thèmes proposés

  • What drives the exposure of MNEs to institutional fragmentation and fracturing?
  • When and how do MNEs integrate market- and non-market strategies across global markets in response to fragmentated stakeholder and institutional pressures?
  • How do MNEs manage and organize their response strategies across different markets?
  • How do institutional fragmentation and geopolitical tensions shape interactions within firms?
  • MNE strategy in response to fragmentation and conflicting institutional pressures
  • Interdisciplinary approaches complementing business perspectives with political science