Browse Field Crops, Forage and Turfgrass Production Stories

666 results found for Field Crops, Forage and Turfgrass Production
Helenedamage web CAES News
Helene Damage Assessment
Today, Georgia Agriculture Commissioner Tyler Harper, in coordination with Governor Brian P. Kemp, the University of Georgia College of Agricultural and Environmental Sciences (CAES), and the Georgia Forestry Commission, announced the preliminary estimate of Hurricane Helene’s economic impact on Georgia agriculture is $6.46 billion.
Nino Brown stands in front of a peanut field holding up a red net bag of harvested peanuts above his head as he speaks to participants in the Georgia Peanut Tour in 2022. CAES News
Peanut Oil
A new study by experts in the University of Georgia’s College of Agricultural and Environmental Sciences is seeking to increase the value of Georgia’s peanut crops for new markets while reducing losses caused by aflatoxin, a consistent threat to the No. 1 peanut-producing state in the United States. The four-year, $490,000 grant will take a systems-based approach toward developing high-oil peanut varieties bred to withstand the unique climate and pest pressures of the Southeast.
Brian Schwartz at UGA-Tifton CAES News
Tif3D
After nearly a decade of research trials, University of Georgia College of Agricultural and Environmental Sciences turfgrass breeder Brian Schwartz and a dedicated team of colleagues and industry partners released a cutting-edge bermudagrass variety called ‘Tif3D’ earlier this year. ‘Tif3D’ is a specialty grass developed specifically for putting greens and boasts the unparalleled performance and playability putting greens require, said Schwartz, a professor in the CAES Department of Crop and Soil Sciences.
An employee of Pyxus Agriculture Malawi shows a map explaining the various sites where the Feed the Future Peanut Innovation Lab works with 147 local farmers, Pyxus and the national agriculture program in Malawi. The demonstration was part of the 2024 Groundnut Tour in Malawi, a three-day event modeled after the Georgia Peanut Tour. CAES News
Groundnut Tour
Ten years ago, the Georgia Peanut Tour welcomed its first visitor from the southern African nation of Malawi, where peanuts are part of the local cuisine but are only grown in small gardens or bought in informal markets. Over the next decade, visitors from Malawi attended the tour every year, traveling halfway around the world to see how farmers, shellers, researchers and others work together to get a large crop of peanuts to consumers every year.
UGA wheat breeder and geneticist Mohamed Mergoum smells one of several test brews created by Creature Comforts on its annual Get Comfortable collaboration using a variety of wheat Mergoum developed at CAES. CAES News
Blending science and philanthropy
Wheat breeders spend years meticulously crossing varieties to coax the best traits out of each species, carefully propagating plant varieties that are healthier, heartier and better suited for the environments where they are grown. Brewmasters are equally painstaking when choosing the components that will give their beers a specific flavor profile. These two exacting professions came together this spring when Athens-based Creature Comforts Brewing Co. reached out to the University of Georgia College of Agricultural and Environmental Sciences to find a sustainable wheat variety they could use to make a good beer for a great cause.
A field of corn at sunset. CAES News
Protecting Farms And Wildlife
Stanley Culpepper has dedicated the length of his career to supporting farmers in their mission to feed and clothe the world. For the past 25 years, Culpepper has been a weed science specialist for University of Georgia Cooperative Extension and a College of Agricultural and Environmental Sciences faculty member. Recently his job has become increasingly complex as mounting challenges around the availability of pesticides — primarily herbicides — have taken center stage in agricultural production.
GaCapitol CAES News
H-2A Program
As an essential part of the U.S. agricultural industry, the H-2A program offers a lifeline for farmers facing seasonal labor shortages. The program enables them to hire migrant workers on a temporary basis when attempts to hire domestic workers are unsuccessful. Yet, as the agricultural sector navigates the delicate balance between productivity and financial viability, the high costs associated with the H-2A program present a very real and present challenge for farmers striving to sustain their operations.
SilverleafWhitefly CAES News
Whitefly Research
A multidisciplinary team of researchers at the University of Georgia College of Agricultural and Environmental Sciences recently renewed a $4 million contract with the U.S. Department of Agriculture Agricultural Research Service to build upon their previous work to develop targeted interventions to mitigate the impact of silverleaf whiteflies on vegetable production in the Southeast. UGA entomologist Allen Moore leads the research team in collaboration with USDA ARS in Charleston, South Carolina.
service pnp fsa 8d29000 8d29100 8d29114v CAES News
Immigration Policies
For decades, economists have studied the impact of immigration on domestic labor markets. As a shortage of domestic farm labor has led to increased participation in the H-2A visa program, a brief look back at past immigration policies helps frame why migrants from Central and South America have largely been associated with filling necessary agricultural jobs in the U.S.
GRA Eminent Scholar Chair in Crop Genomics Robin Buell working with plant specimens in her Center for Applied Genetic Technologies laboratory. CAES News
Bread Wheat Genomics
University of Georgia plant genomics expert Robin Buell is part of an international team seeking to mine an untapped genetic resource for wheat improvement by sequencing the genomes of ancient varieties representing the worldwide diversity of bread wheat. The two-year project— called the Wheat Diversity Project — is funded by the U.S. National Science Foundation and will bring Buell together with researchers from the International Wheat Genome Sequencing Consortium (IWGSC) and collaborators in France to sequence 12 landrace genomes.