Horticulture doctoral student Rebekah Maynard inspects the development stage of chamomile inflorescences for a study specifically targeting biopharmaceuticals, served to find fast-growing, efficient crops that could be produced on a massive scale, an important consideration for the profitability of controlled-environment agriculture. CAES News
CAES vertical farming research sheds light on producing medicinal compounds
New research on using controlled environment agriculture to grow plants with medicinal properties could lead to production methods that will increase one anti-cancer compound naturally produced by certain species of plants. The study, led by doctoral student Rebekah Maynard, was designed to identify crops used in medical treatments and develop CEA production strategies that will increase the concentration of an anti-cancer compound produced by the plants.
UGA Blueberry Series CAES News
In the Peach State, UGA blueberry research is driving a fast-growing market worldwide
From bringing more than 50 varieties to market to monitoring the growing economic impact of the blueberry, this series dives into the multidisciplinary University of Georgia research behind the top-10 Georgia commodity. “The UGA blueberry breeding program has been a key to the success of launching a significant commercial blueberry industry in Georgia in the 1980s and helping sustain it for four decades,” said Scott NeSmith, professor emeritus in the College of Agricultural and Environmental Sciences.
SLF2 CAES News
Spotting trouble: How Georgians can help combat spotted lanternfly
Native to several Asian countries, the spotted lanternfly (Lycorma delicatula) was first detected in the United States in 2014 in Pennsylvania, likely arriving via imported goods. Since its arrival, the pest has spread to 15 states in the Eastern U.S., now including Georgia. While they do not bite or sting humans or animals, University of Georgia experts stress that early detection, prevention strategies and timely interventions are crucial to minimizing the spread and impact of this pest on a variety of plants.
HurricaneHeleneGreenhouseDamageCropped CAES News
UGA Extension supports resilience in Georgia farm communities after Hurricane Helene
Hurricane Helene wrought sweeping devastation across Georgia’s agricultural sector in late September, leaving an indelible mark on both the land and the people who tend it, bringing focus to vulnerabilities in Georgia’s farming industry and the need for more robust safety nets. In addition to the physical destruction, the hurricane took an emotional toll on Georgia’s farmers. In response, UGA Extension has prioritized mental health support.
University of Georgia startup CytoNest Inc. released its first commercial product this year, a fiber scaffold that optimizes cell manufacturing and tissue engineering. (Photo by Lauren Corcino) CAES News
UGA again ranks No. 1 in new research-based products
The University of Georgia once again ranks No. 1 among U.S. universities for the number of commercial products to market based on its research, according to an annual survey conducted by AUTM. For nine straight years, UGA has placed in the top two and has never appeared out of the Top 5 in the 11 years the survey has been reported by AUTM. UGA industry partners and startups released a record 66 new products developed from the university’s research in fiscal year 2023, on which the AUTM report is based.
Combining data collection and analysis with plant pathology, precision agriculture and robotics, the UGA team will build a photographic library of the foliar symptoms caused by onion diseases and other physiological disorders, feed them into the AI software, and use machine learning to identify the diseases based on pattern and color recognition from the images. CAES News
UGA uses AI, robotics to improve Georgia’s Vidalia sweet onion crop
A multidisciplinary team of UGA researchers aims to enhance the competitiveness of Vidalia onion growers in Georgia by providing them with the ability to confidently detect onion diseases early, enabling them to make management decisions on their crop at a critical time. These abilities, researchers say, should result in increased yield and quality of marketable onions and an overall increase in efficiency and productivity.