Maeli Melotto and her UC Davis team are studying lettuce genetics to develop strains more resistant to E. coli. They work to reduce foodborne illness, lower farming costs, and save public health expenses.
UC Davis researchers, led by Allen Van Deynze and Charlie Brummer, are developing spinach varieties resistant to downy mildew, with improved nitrogen efficiency and reduced cadmium uptake. Trials with over 1,700 genetic lines aim for faster, healthier growth.
Richard Michelmore and his UC Davis lab are working to breed lettuce resistant to diseases like downy mildew, Fusarium, and corky root. They are exploring genetic bases for resistance and providing breeding lines to seed companies.
A UC Davis study reveals that climate change and drought are shifting the range of white pine blister rust disease. The disease is expanding into higher elevations in the Sierra Nevada, threatening pine species like whitebark pine.
The Department of Plant Sciences has released six new varieties of organic dry beans which are higher yielding, and are resistant to bean common mosaic virus (BCMV), a disease that prevents bean plants from maturing promptly and uniformly. Spearheading the project were Ph.D. candidate Travis Parker, Distinguished Professor Paul Gepts, and Charlie Brummer, professor and director of the Plant Breeding Center at UC Davis.
Mars Wrigley, a segment of Mars, Inc., held a ribbon-cutting ceremony at its new research facility in Davis, California. The facility will continue the research partnership between Mars and UC Davis, addressing critical plant science issues such as plant genetics, global sustainability, climate change, and crop disease control.
Professors Cameron Carter, School of Medicine, and Li Tian, Department of Plant Sciences, are co-directors of the Cannabis and Hemp Research Center at UC Davis. The center will guide and support cannabis- and hemp-related research across UC Davis.
Plant breeders and food safety experts held a conference at UC Davis to discuss issues relevant to food safety, including microbial contamination control in produce throughout the food chain (seeds, field production, pre- and postharvest, packaging, distribution, marketing). Conference chair was Professor Maeli Melotto, Plant Sciences, UC Davis.
