Author List: Tian, Feng; Xu, Sean Xin;
MIS Quarterly, 2015, Volume 39, Issue 1, Page 39-60.
Managing firm risk, or firm performance volatility, is a key task for contemporary firms. Although information technology (IT) has been generally viewed as an effective information processing tool that enables firms to better cope with uncertainty, thus holding the potential to mitigate firm performance volatility, evidence to support this view is lacking in the literature. We theorize that enterprise resource planning (ERP) systems, a major type of enterprise IT applications, can help reduce firm risk and, in particular, we argue that, to uncover the risk reduction effect of ERP systems, a research focus on the post-implementation stage is needed. Based on a sample of 2,127 firm-year observations, we found that ERP systems in the post-implementation stage were associated with reduced firm risk, and that the risk reduction effect was stronger for ERP systems with a greater scope of functional and operational modules, especially functional modules. We further found that, on average, the risk reduction effect of ERP systems became greater when firms’ operating environments feature higher uncertainty, while the risk reduction associated with fully deploying ERP system modules seem to level off as environmental uncertainty increases. These findings extend our understanding of the business value of ERP systems by shedding light on the risk reduction benefit of ERP systems.
Keywords: ERP systems; firm risk; performance volatility; post-implementation; environmental uncertainty; ERP system scope; business value
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#251 0.368 implementation erp enterprise systems resource planning outcomes support business associated understanding benefits implemented advice key implementing scope functional post-implementation implementations
#271 0.179 technology investments investment information firm firms profitability value performance impact data higher evidence diversification industry payoff return findings decisions greater
#264 0.112 risk risks management associated managing financial appropriate losses expected future literature reduce loss approach alternative mitigate failures failure cause mitigation
#165 0.102 uncertainty contingency integration environmental theory data fit key using model flexibility perspective environment perspectives high conditions processing examine issue uncertain