Restaurants in New York City and other city centers around the country are making plans to reopen for reduced-capacity indoor dining. Lilly Jan, senior lecturer of food and beverage management at the School of Hotel Administration at Cornell, says that restaurant operators should find creative ways to resume indoor dining while considering maintaining viable options for outdoor dining as well.
Cornell’s fingerprints are all over the tasty Big Red Cranberry Sour ale. It uses a Cornell-bred barley, alum-grown hops, and made by Big Red Brewing students with an alum-owned brewery.
Elizabeth Demmings, a food safety expert with the Institute for Food Safety at Cornell University, offers the following guidance for preparing holiday foods safely.
As consumers want fewer food preservatives and less plastic waste, Cornell scientists have created a bioderived polymer that helps salad dressings and beverages last longer in the fridge.
Animal Science Professor Xingen Lei has been named a Fellow of the National Academy of Inventors, in recognition of his groundbreaking work on livestock phosphorus nutrition that improves global animal agriculture, preserves non-renewable phosphorus, and protects the environment.
Cornell researchers are helping to improve and expand a program that makes fresh, locally grown fruits and vegetable more affordable for New York state families with low incomes.
Under Anu Rangarajan’s direction, the Cornell Small Farms Program builds networks and cultivates relationships among new, aspiring, and longtime farmers across the state. During the past year, when staying connected feels harder than ever, Rangarajan, also an assistant director of Cornell Cooperative Extension, and her team created space for human connection and personal reflection.
A new book, “In the Struggle: Scholars and the Fight Against Industrial Agribusiness in California,” by Scott J. Peters and Daniel J. O’Connell, weaves together the stories of eight scholar-activists who opposed agribusiness consolidation in California.
In the arid world of processing flour and food powders, where using water to sanitize is impossible, Cornell researchers are studying dry, superheated steam.
