Now, a University of Florida scientist is laying the genetic groundwork for better sweet corn varieties. For the first time, Marcio Resende, a UF/IFAS sweet corn breeder, led a team of researchers to sequence the genome of a type of supersweet corn.
Through his genome assembly work, Resende said scientists can use this information to contribute to novel breeding methods, as well as to learn more about the biology and history of sweet corn.
“This is expected to translate into better varieties for farmers and consumers,” says Resende, a UF/IFAS assistant professor of horticultural sciences.
Bu hikaye Central Florida Ag News dergisinin March 2021 sayısından alınmıştır.
Start your 7-day Magzter GOLD free trial to access thousands of curated premium stories, and 9,000+ magazines and newspapers.
Already a subscriber ? Giriş Yap
Bu hikaye Central Florida Ag News dergisinin March 2021 sayısından alınmıştır.
Start your 7-day Magzter GOLD free trial to access thousands of curated premium stories, and 9,000+ magazines and newspapers.
Already a subscriber? Giriş Yap
Agri NEWS
Study Gives Strawberry Growers Hope in Pest Battle
Florida Roots
New Florida Cattlemen President Cliff Coddington: ‘Let’s Ride Together’
Home-Grown Taste
Weeki Wachee Distillery Offers Tours, Tastings, Outdoor Fun
Recipe Spotlight
Stir Things Up With a Taste of Wild Game
Hitting the Mark
4-H Shooting Clubs Help Keep Life Goals On Target
Challenging Conventional Wisdom Uncovers Deeper Truths
ONE OF THE JOBS of UF/IFAS scientists is to challenge conventional wisdom. You don’t want to bet the ranch on something that only seems true. Facts, empirical evidence and data are a more solid foundation for the truth you need to make decisions about your herd, farm or grove.
Impact of Antler Point Regulations in Florida
Florida ag-rec update
SIGNS of the SEASON
Florida Taps Into the Tropics With Guava
The Right Way To See Florida
Great Climate, Crops Mean Opportunities for Agritourism Abound
What's the Buzz About Backyard Beekeeping?
In the Heartland Highlands County