The berry impact recording device (BIRD) was developed with a blueberry’s size, shape, weight, and external texture. BIRD records the rough ride berries take from harvest to the market so producers can find and eliminate sources of yield loss. (Photo courtesy of Changying Li)
Although automation in agriculture is often synonymous with efficiency, that has not been the case with harvesting and processing berries. That is about to change.
Automated berry processing systems often damage the fruit, which results in lower profitability for growers and marketers. To counter this, a University of Georgia (UGA)-led research team is developing an advanced sensor system to help harvest and process fresh-market highbush blueberries at high-speed and with low yield loss. Read more »
USDA StrikeForce team with partner McIntosh SEED to bring information to rural Georgia.
Today, one-in-six Americans lives in poverty, according to the U.S. Census Bureau—and 90 percent of counties with the highest poverty rates are in rural America. These are also communities with high numbers of historically underserved groups, like African Americans, Hispanics, Asian Americans and Native Americans.
Last year, McIntosh Sustainable Environment and Economic Development (SEED) partnered with USDA’s Natural Resources Conservation Service (NRCS) with the goal of improving delivery of NRCS programs to Georgia’s socially disadvantaged farmers and ranchers in USDA StrikeForce counties. SEED is a grassroots, community-based organization with a mission to improve social, economic, environmental and cultural interests of the community while providing quality education, better housing, recreational facilities, business opportunities and environmental protection and restoration. Read more »
Camilla Borgato participated in the NIFA-funded graduate student exchange program. She conducted her thesis research at the University of Georgia’s Tifton Campus and received her master’s degree from Italy’s Università degli Studi di Padova. (Photo courtesy of George Vellidis)
The world will have many more mouths to feed in the next few decades – projected to be more than 9 billion by 2050 – but the amount of arable land is not getting any larger, droughts are taking their toll on fresh water, and there are fewer experienced farmers to do the work. How will food get on the table?
By globalizing precision agriculture education – the art of gathering and using data to make sound, timely decisions for agricultural production, such as when and how much fertilizer, water, or other resource to add. Precision agriculture allows growers to maximize yield while minimizing waste. The result is more food to feed the hungry, a reduced environmental footprint, and greater profits for producers. Read more »
Horticultural research at land-grant universities is coming up with better types of grass that stands up to the stresses of NFL football. (iStock image)
Grass is a big deal in football – a really big deal. Nearly every day of the week, untold millions of people watch players step out onto lush, green fields painted with white.
All aspects of the game are tough. Even growing and maintaining a real turf grass field has its challenges, like freezing temperatures, rain, and damage from tackles and foot traffic. So what type of grass can hold up to all that? Horticultural specialists and plant breeders throughout the land-grant university cooperative extension system, as well as USDA researchers from Agricultural Research Service, are working to answer that question. USDA’s National Institute of Food and Agriculture supports their research with Hatch Act funding. Read more »
University of Georgia-licensed TifGrand turfgrass is installed in Arena da Baixada in Curitiba, Brazil, one of three World Cup stadiums to use the turf this year. TifGrand was bred by UGA/USDA-ARS plant breeder Wayne Hanna and UGA entomologist Kris Braman. Photo Credit: University of Georgia
Here’s something to kick around: About half of the soccer matches at the FIFA World Cup in Brazil have been played on turfgrass bred jointly by USDA’s Agricultural Research Service (ARS) and the University of Georgia.
Turfgrass is a billion-dollar industry, creating jobs at nurseries, sod farms, golf courses and a variety of stadiums and other athletic facilities. ARS has been breeding warm-season turfgrasses since the 1950s, and has worked closely with scientists at the University of Georgia for decades. It’s been a particularly productive partnership and is responsible for producing turfgrasses that are used on some of the world’s top golf courses and athletic fields.
Of the 12 stadiums that are World Cup sites this year, three are using Tifway 419, a bermudagrass developed in Tifton, Ga., and released in 1960 by the late Glenn Burton, a pioneering ARS grass breeder. Three other stadiums are equipped with TifGrand, a shade-tolerant and extremely wear-resistant bermudagrass released jointly by ARS and the University of Georgia in 2008. Another Tifton-bred variety, TifSport, was used at the 2010 World Cup in Durban, South Africa. Read more »
Last week’s cover of TIME magazine featured a story about the rapid rate of decline of honeybee populations across the globe. The article focuses on the question of the price we’ll pay if we don’t figure out what is killing the honeybee. A daunting thought when you think about the fact that one-third of all food and beverages are made possible through pollination and pollinators are valued at $15 billion annually.
This morning, Jim Jones from the Environmental Protection Agency (EPA), author Hannah Nordhaus and I joined TIME journalist Bryan Walsh on Twitter to discuss the topic and what is being done and what needs to be done. If you happened to miss the Twitter chat, you can follow what was said by searching #TIMEbees. Read more »