Impact of Temporary Store Closures on Online Sales: Evidence from a Natural Experiment
研究奢侈品零售商因疫情关闭门店后，在线订单量增加24%，但全渠道总销售额下降5.5%；新网购者更倾向购买热门款式以降低错配风险，退货率也较低。
Problem definition: This paper examines the impact of retail store closures on omnichannel sales and consumer shopping behavior in the context of the coronavirus disease 2019 pandemic. To explain the likelihood of store closure, we develop a novel instrumental variable motivated by varying geopolitical responses across the United States to the pandemic. Methodology/results: Using data from a luxury fashion retailer, we find that when a store is closed, the volume of online orders originating from its location increases by 24%. Furthermore, when the retailer closes 10% of its stores, the omnichannel total sales (offline + online) decrease by 5.5%. Notably, our findings indicate that the online channel enables the retailer to recover 11% of offline sales that would have otherwise been lost because of store closures. We also show that compared with existing e-shoppers, new e-shoppers are more likely to order popular product models in an effort to mitigate the heightened mismatch risk associated with online transactions. For new e-shoppers, the likelihood of ordering a popular model stands at 70%, whereas it is 45% for existing online consumers. Additionally, the conservative behavior of favoring popular models reduces the likelihood of returns by new e-shoppers. Managerial implications: Even for luxury apparel, which is often associated with in-store purchases requiring “touch and feel” and customer tryout, the option to purchase online proves immensely valuable. The tendency of new e-shoppers to limit product mismatch risk by choosing popular products may create an opportunity for retailers to strategically target these inexperienced online customers with advertisements, product promotions, or virtual fitting rooms, all geared toward reducing online shopping risk of product mismatch. Supplemental Material: The online appendix is available at https://doi.org/10.1287/msom.2022.0527 .