Dr. David Rosero hopes to make significant and relevant contributions to the field of animal science.
Dr. John Thomas Ambrose — a popular College of Agriculture and Life Sciences professor, NC State University administrator and bee authority – passed away in January after a short battle with brain cancer. He was 70.
NC State University College of Agriculture and Life Sciences faculty members won two of the top awards given last week at the national Beltwide Cotton Conferences in San Antonio, Texas.
A DNA cutting technology has changed the world of genetic studies, advancing food and agriculture, biotechnology and medical industries. In this short video, Dr. Rodolphe Barrangou discusses the CRISPR technology used in his lab in the Department of Food, Bioprocessing and Nutrition Sciences.
The world population is projected to reach 9.5 billion by 2050. Between now and then, we will need to produce more food than we have in the previous 10,000 years. College of Agriculture and Life Sciences faculty members are hard at work examining the critical questions and developing innovative solutions to the grand challenge of feeding the world.
Cassava is Africa’s number two crop and a major source of calories for 700 million people, but it’s highly susceptible to pathogens such as cassava mosaic disease. With African colleagues and students, Dr. Linda Hanley-Bowdoin of NC State University’s College of Agriculture conducts basic research aimed at gaining a better basic molecular-level understanding of viruses and how they affect cassava.
“If it weren’t for honeybees and other pollinators, we wouldn’t have about a third of everything that we eat,” explains Dr. David Tarpy, a North Carolina State University entomologist. In this video, he explains his research on the genomics of honeybee queen development and their reproductive potential. It’s research with important implications for the future of food production.
Researchers at North Carolina State University have for the first time mapped human disease-causing pathogens, dividing the world into a number of regions where similar diseases occur. The findings show that the world can be separated into seven regions for vectored human diseases – diseases that are spread by pests, like mosquito-borne malaria – and five regions for non-vectored diseases, like cholera.
In this second annual bus tour, Linton and his department heads led a two-day exploration of North Carolina’s piedmont region.
As nighttime temperatures rise faster than daytime temperatures, agricultural production faces a new challenge being explored by NC State University’s Dr. Colleen Doherty. Doherty, an assistant professor of Molecular and Structural Biochemistry, studies how plants perceive and respond to changing temperatures and other stressors that keep them from attaining optimal yields.