WLWT: Shipping companies encourage early holiday orders
UC supply chain expert Chuck Sox discusses the logistical challenges of this year's holiday season
With the holidays less than a month out, the chances of gifts purchased online arriving on-time diminish with each passing day.
With online ordering at an all-time high because of the coronavirus pandemic, shipping companies such as UPS and DHL are busier than ever. WLWT-5 reporter Todd Dykes talked to Chuck Sox, associate dean of impact and partnerships in the University of Cincinnati's Carl H. Lindner College of Business, to see if pandemic-related package delays will cause online orders to not arrive on time this holiday season.
Sox, an expert on supply chains, told Dykes when the virus caused more people than ever to shop online last spring, shipping companies like DHL, UPS and FedEx had to adjust to the unexpected e-commerce surge.
"Companies have hopefully worked out a lot of those bugs," Sox told Dykes.
"Sox said shoppers also have more ways to get the stuff they order online, including picking packages up safely at a store," Dykes said. "He credits retailers and shippers for scrambling to meet the new, COVID-19-related concerns of customers."
Featured image: Claudio Schwarz/Unsplash
Related Stories
How to keep birds from flying into your windows
July 3, 2024
UC College of Arts and Sciences professor Ron Canterbury tells the Indianapolis Star that simple steps can prevent birds from strike windows around your home or business. Yahoo! News shares the story.
Get to know CCM’s newest faculty and staff members
July 3, 2024
UC’s College-Conservatory of Music will welcome a variety of new faculty and staff members to its roster of distinguished performing and media arts experts, researchers and educators this fall.
UC study: Brain organ plays key role in adult neurogenesis
July 2, 2024
The University of Cincinnati has published research in the Proceedings of the National Academy of Sciences that found the choroid plexus and cerebrospinal fluid play a key role in maintaining a pool of newly born neurons to repair the adult brain after injury.