Service supply chain resilience: A social-ecological perspective on last-mile delivery operations
Lin, Y; Chen, A; Zhong, S; et al.Giannikas, V; Lomas, C; Worth, T
Date: 17 October 2022
Article
Journal
International Journal of Operations & Production Management
Publisher
Emerald
Publisher DOI
Abstract
Purpose – Considering the last-mile delivery service supply chain as a social-ecological system rather than just a firm-based service system, we exploit the COVID-19 pandemic disruption to investigate how the supply chain develops resilience from a viewpoint that integrates a social-ecological perspective with the traditional engineering ...
Purpose – Considering the last-mile delivery service supply chain as a social-ecological system rather than just a firm-based service system, we exploit the COVID-19 pandemic disruption to investigate how the supply chain develops resilience from a viewpoint that integrates a social-ecological perspective with the traditional engineering one.
Design/methodology/approach – We adopt a multi-case study approach using qualitative data collected via semi-structured interviews with executive-level managers from nine leading UK last-mile delivery companies. Data analysis is guided by a research framework which is developed by combining the social-ecological perspective with the structure–conduct–performance paradigm. This framework aids the investigation of the impacts of external challenges on companies’ resilience strategies and practices, as well as performance, in response to disruptions.
Findings – We identify three distinct pathways to resilience development: stabilization, focusing on bouncing back to the original normal; adaptation, involving evolutionary changes to a new normal; transformation, involving revolutionary changes in pursuit of a new normal-plus. Three strategic orientations are identified as operating across these pathways: people orientation, digital orientation, and learning orientation.
Originality/value – In contrast to the manufacturing supply chain focus of most current research, we concentrate on the service supply chain, investigating its resilience with a social-ecological perspective alongside the traditional engineering one.
Engineering
Faculty of Environment, Science and Economy
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