Eating flours, burgers and fitness bars made from crickets, mealworms or black soldier fly larvae could help feed a growing global population sustainably, but it might hit resistance from those who follow halal or kosher regulations.
Global development students got hands-on experience with topics from labor conditions to trade policies and the production of specialty crops such as flowers, pineapples and coffee.
Eight projects have been selected from the Fall 2023 application cycle to receive Ignite Innovation Acceleration grants. The grants are designed to help project teams pursue licensing, form startups, and forge industry collaborations.
A new Cornell-developed computer model that estimates the temperatures that cause freeze damage in a dozen grape cultivars can help growers plan for the season when damage does occur.
The research reveals how dietary tryptophan – an amino acid – can be broken down by gut bacteria into small molecules called metabolites that ultimately keep E. coli from colonizing in the gut.
After examining pasteurized single-serving milk cartons, Cornell food scientists found bacterial counts two weeks after processing were higher than in larger containers from the same facilities.
A study of more than 5,000 salmonella bacteria isolated over 15 years from dairy cattle samples in the Northeast reveals a significant increase in resistance to the antimicrobial medications ampicillin, florfenicol and ceftiofur.