Unlocking the Role of Language and National Culture: Effects on Supply Chain Operations in a Global Context

供应链 背景(考古学) 业务 运营管理 供应链管理 过程管理 产业组织 计算机科学 营销 经济 历史 考古
作者
Mohammad Hashemi Joo,Yuka Nishikawa,Krishnan Dandapani,Vaidyanathan Jayaraman
出处
期刊:Production and Operations Management [Wiley]
卷期号:34 (5): 929-948 被引量:6
标识
DOI:10.1177/10591478241254853
摘要

We investigate how language, an essential part of culture, affects manufacturing firms’ supply chain operations management practices, including the cash conversion cycle and its components. Based on the Sapir–Whorf hypothesis, which theorizes that a language's structure may affect how its speakers think, prior studies have established that using the future tense to describe future events increases one's mental distance from the future, reducing a person's concern about it. Building upon this foundation, we hypothesize that firms in weak future-time reference countries are likely to be better prepared for future volatility in demand for their products and therefore carry higher inventory to avoid potential stockouts. We also hypothesize that firms in weak future-time reference countries are more apprehensive about long-term relationships with their customers and hence extend longer credit terms to them. Finally, we hypothesize that firms in weak future-time reference countries have longer operating and cash conversion cycles due to carrying higher levels of inventory and extending longer credit terms to customers. The empirical results using a large global sample of 193,625 firm-year observations from 45 countries support our hypotheses. In terms of economic significance, on average, the cash conversion cycle of firms in weak future-time reference countries is ∼ 11% longer than that of firms in strong future-time reference countries. We also find that the effect of language is dominant over the influence of traditional cultural dimensions. Together, the results suggest that time encoding in the language of a firm is a determining factor in its supply chain operations.
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