Do the barriers of multi-tier sustainable supply chain interact? A multi-sector examination using resource-based theory and resource-dependence theory

In a geographically dispersed multi-tiered supply chain, managing sustainable practices throughout the entire upstream network is increasingly challenging for the lead firm. But often, it is the lead firm that is held responsible for the lack of non-sustainable practices by any of its suppliers in the network. This can potentially damage the reputation of the lead firm. Moreover, complex inter-relationship among multi-tier sustainable supply chain management (MSSCM) barriers tends to constrain the cascading of sustainability. Consequently, the strategies in overcoming the MSSCM barriers show limited impact. Thus, exploring the mutual interaction among MSSCM barriers is crucial as removing one barrier can intensify or diminish the effect of another barrier. This research unpacks the intra-firm, inter-firm, and contingency barriers for multi-tiered supplier network. A greybased multi-criterion decision-making approach is adopted in establishing mutual relationships among MSSCM barriers. In addition, a combined resource-based theory and resource-dependence theory supports the theoretical anchoring. The MSSCM barriers are studied for supply networks which involve three lead firms, five tier-one suppliers, and ten lower-tier suppliers selected from automobile, beverage, and home appliances industries. The research provides a granularity of the MSSCM barriers' by analysing the meaningful relationship at the individual tier-firm level and aggregated level.

Automated summary

Managing sustainable practices in a geographically dispersed multi-tiered supply chain can be challenging for the lead firm, which is often held responsible for any non-sustainable practices of its suppliers. Complex inter-relationships among multi-tier sustainable supply chain management barriers can hinder sustainability cascading and impact the effectiveness of strategies to overcome these barriers. Exploring the mutual interaction among these barriers is crucial to improve sustainability efforts in the supply chain.