Along with grant applications, administrative duties, publishing and hands-on research duties, scientists in agricultural research have the monumental job of disseminating vital information to stakeholders, policymakers and the general public.
Commercially available high-tech sensors can give farmers more information about the overall health of a crop, showing a clearer picture of how widely disease or drought is stressing the plants. Those same sensors can help plant breeders more quickly and objectively to assess the phenotypic characteristics of a particular variety, enabling the breeder to work quicker to develop varieties with resiliency traits.
The rapid spread of COVID-19 has severely impacted the global cotton supply chain. An unexpected reduction in cotton mill use data is observed across all of the major cotton spinning countries, including China, India, Pakistan, Bangladesh, Turkey and Vietnam.
Two faculty members in the College of Agricultural and Environmental Sciences, Katrien Devos and Ignazy Misztal, were recently named Distinguished Research Professors during the University of Georgia's Honors Week celebration.
As a University of Georgia Cooperative Extension turfgrass specialist, I have recently received numerous calls and emails regarding grass selection and planting. This is likely a result of the recent warm, dry weather, which typically activates people to begin working in their landscape, and the increased number of people currently at home.
An investors’ recent pessimism in reaction to coronavirus has induced a business slowdown, the pandemic has cast a shadow on the cotton market as well. May cotton futures for old crops closed at 54.93 cents per pound, and new crop December futures closed at 56.10 cents per pound on March 19.