Managing supply chains facing extreme weather: Supplier’s nature and investment

In recent times, extreme weather conditions have been playing havoc on supply chains. Companies are investing in climate-specific assets to mitigate weather-related risks and ensure continuous supply chain activities. In this paper, we analytically investigate a supplier’s decision regarding climate-specific investment to understand how the probability of weather disruption, its effort during extreme weather, and its reciprocal behavior influence the buyer’s optimal order decision. We develop a dynamic game model to capture and examine the nature of the supplier-buyer interaction. We also investigate the impact of the supplier’s nature on this interaction during an extreme weather event. Our key findings are as follows: (i) with a higher probability of extreme weather disruption, the supplier prefers generic investment over climate-specific investment. (ii) with a decrease in the probability of extreme weather events, the non-proactive supplier prefers generic investment, whereas the proactive supplier prefers climate-specific investment. This situation allows proactive suppliers to reveal themselves and buyers to recognize the nature of suppliers by observing their investment type. The buyer chooses to source from the proactive supplier when it anticipates extreme weather scenarios. (iii) a downstream buyer orders less from the non-proactive supplier and orders the required quantity from the proactive supplier. There exists a pooling equilibrium for the supplier-buyer interaction where all types of suppliers choose a climate-specific investment, and the buyer orders its required order quantity. Subsequently, through extended analysis, we demonstrate that the proactive supplier charges a higher per-unit price to the buyer in the case of a higher possibility of extreme weather events. The proactive supplier charges a reduced per-unit price only if it exhibits reciprocal behavior. From our analysis, we also find that, with an increase in the cost of climate-specific investment, a non-proactive supplier tends to choose a generic investment and a proactive supplier tends to choose a climate-specific investment. • We analyse supplier’s climate investment impact on buyer’s orders. • We explore the influence of supplier’s nature on game equilibrium. • Higher extreme weather risk favours generic over climate-specific supplier investment. • Proactive suppliers choose climate-specific investment and buyers prefer it. • Pooling equilibrium exists where all suppliers choose climate-specific investment.

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Publication Details

Journal
European Journal of Operational Research
Published
2025-03-08
DOI
https://doi.org/10.1016/j.ejor.2025.02.026
Citations
5
Primary Topic
Supply Chain Resilience and Risk Management
Type
article
Field-Weighted Citation Impact
11.13
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article

Managing supply chains facing extreme weather: Supplier’s nature and investment

Dewang Pagare, Indranil Biswas, Sunil Tiwari, Tsan‐Ming Choi
5 citations
European Journal of Operational Research
Supply Chain Resilience and Risk Management
11.13
article

Managing supply chains facing extreme weather: Supplier’s nature and investment

Dewang Pagare, Indranil Biswas, Sunil Tiwari, Tsan‐Ming Choi
article en
5 citations

Abstract

In recent times, extreme weather conditions have been playing havoc on supply chains. Companies are investing in climate-specific assets to mitigate weather-related risks and ensure continuous supply chain activities. In this paper, we analytically investigate a supplier’s decision regarding climate-specific investment to understand how the probability of weather disruption, its effort during extreme weather, and its reciprocal behavior influence the buyer’s optimal order decision. We develop a dynamic game model to capture and examine the nature of the supplier-buyer interaction. We also investigate the impact of the supplier’s nature on this interaction during an extreme weather event. Our key findings are as follows: (i) with a higher probability of extreme weather disruption, the supplier prefers generic investment over climate-specific investment. (ii) with a decrease in the probability of extreme weather events, the non-proactive supplier prefers generic investment, whereas the proactive supplier prefers climate-specific investment. This situation allows proactive suppliers to reveal themselves and buyers to recognize the nature of suppliers by observing their investment type. The buyer chooses to source from the proactive supplier when it anticipates extreme weather scenarios. (iii) a downstream buyer orders less from the non-proactive supplier and orders the required quantity from the proactive supplier. There exists a pooling equilibrium for the supplier-buyer interaction where all types of suppliers choose a climate-specific investment, and the buyer orders its required order quantity. Subsequently, through extended analysis, we demonstrate that the proactive supplier charges a higher per-unit price to the buyer in the case of a higher possibility of extreme weather events. The proactive supplier charges a reduced per-unit price only if it exhibits reciprocal behavior. From our analysis, we also find that, with an increase in the cost of climate-specific investment, a non-proactive supplier tends to choose a generic investment and a proactive supplier tends to choose a climate-specific investment. • We analyse supplier’s climate investment impact on buyer’s orders. • We explore the influence of supplier’s nature on game equilibrium. • Higher extreme weather risk favours generic over climate-specific supplier investment. • Proactive suppliers choose climate-specific investment and buyers prefer it. • Pooling equilibrium exists where all suppliers choose climate-specific investment.

European Journal of Operational ResearchVol. 325(3)
NEOMA Business School (FR), University of Liverpool (GB), Royal Holloway University of London (GB), University of Bristol (GB)
Climate action
Openalex Percentile: Top 2%
Supply Chain Resilience and Risk Management
11.13
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