91制片厂 Today

91制片厂 Scientists Expand Seaweed Research to Benefit Region鈥檚 Dairy Farmers

Organic dairy cows fed kelp meal produced less methane for part of the summer grazing season, according to researchers with the New Hampshire Agricultural Experiment Station at the 91制片厂. Based on these initial and other promising results, scientists will expand their studies to look at how kelp and other seaweeds impact animal health and methane emissions of organic dairy cows in New England.

91制片厂 Researcher Honored with Prestigious Vegetable Breeding Award

J. Brent Loy, professor emeritus of plant biology and genetics, and a researcher with the听听(NHAES), has been awarded the 2015 Vegetable Breeding Working Group Award of Excellence by the American Society of Horticultural Science.

Presented since 1992, the award recognizes breeding programs that have had a significant impact on the vegetable industry within the past 20 years by providing salient basic information and/or cultivar or germplasm releases.

Meet the Researcher: Lou Tisa

Why did you decide to become a university researcher?

I have always had an interest in biological questions and mechanisms, but initially thought that I would go into industry. When I was a technician at MSU. I interacted with the graduate students and postdocs and thought that I could do this type of work, research. Since my PhD days, I have found that I had a flair for the experimental and like to tackle challenges.

What are your current areas of research?

91制片厂 Pathologist Diagnoses Valley Fever in Rescue Dog from Arizona

A pathologist with New Hampshire Diagnostic Veterinary Lab at the 91制片厂 recently diagnosed the fungal disease Valley Fever in a rescue dog from Arizona. It is the first time the lab has diagnosed this disease in a dog in the state. The disease, which is treatable, is endemic in the Southwest and rarely seen in native New England dogs.

USDA Grant Expands 91制片厂 Research on Managing Parasitic Roundworms

听researcher Rick Cote at the 91制片厂 has received a USDA grant to expand his research on parasitic nematodes, or roundworms, which cause approximately $100 billion in annual global crop damage. Researchers are hopeful that one day their work will lead to the development of next generation nematicides, or chemical pesticides that will provide farmers with a new way to safely manage these agricultural pests.