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The University of Georgia College of Agricultural and Environmental Sciences generated a statewide economic impact of $899.3 million in 2024, marking a fourth consecutive record-breaking year for contributions to the state’s economy. Divided among the arms of the college's tripartite mission of teaching ($265.6 million), research ($258.8 million) and outreach ($374.9 million), the total impact of CAES in 2024 was third highest among schools, colleges and units at UGA, factoring into the university’s total economic impact of $8.4 billion in the same year. The 2024 total represents a 7% increase over 2023, when CAES had an economic impact of $838.4 million.

While bees and butterflies often feel the public’s love, less conventionally attractive creepy-crawlies like cicadas and Joro spiders are left out in the cold—or, worse, squished. “I think insect conservation is one of the most overlooked areas of conservation biology,” says William Snyder, a professor of entomology in UGA’s College of Agricultural and Environmental Sciences. “They’re not huggable; not many species of insects are charismatic. But insects support so many ecosystems.” Why should you care? Well, for starters, bugs are everywhere. Insects alone make up more than half of all the animals on Earth.

Approximately 18 million U.S. households experienced food insecurity at some point in 2023, representing more than 13% of the population. One effective solution to confront this harsh reality on the local level is community gardens, but specific effects of climatic changes like altered rainfall patterns are introducing new hurdles for many grassroots efforts dedicated to growing and producing healthy, fresh foods, according to research from the University of Georgia College of Agricultural and Environmental Sciences.

From the small village of Batloun in the mountains of Lebanon to the American University of Beirut, Jouman Hassan carried the lessons her parents instilled in her. Their guidance has served her well at the University of Georgia. At the graduation ceremony for the UGA Griffin campus in December, Hassan shared powerful wisdom from her mother. “Jouman, the word ‘impossible’ doesn’t exist in my dictionary — I erased it,” Hassan recalled her mother saying to her, and she has used the words as a talisman throughout her academic journey. 

Seventeen University of Georgia students received Fulbright offers for the 2024-25 academic year, placing UGA among the top-producing institutions for Fulbright U.S. students. This is the third year in a row — and the seventh time in 12 years — that UGA has been named a top producer of Fulbright U.S. students. Leah Whitmoyer, Fulbright recipient and recent College of Agricultural and Environmental Sciences grad, is in Tunisia working on agricultural research projects addressing compost production, well water sampling for salinity and aquifer monitoring.

Antibiotics are commonplace — used to treat minor and major infections, prevent infection post-surgery, and treat our pets and livestock. But what happens if these life-saving drugs lose their efficacy? Issmat Kassem, assistant professor at the University of Georgia College of Agricultural and Environmental Sciences, has asked this question for nearly two decades.

The future of farming depends on the health and success of farmers. The public needs farmers and farmers need support from the public — it's a mutual relationship essential to the long-term health of agriculture and humanity. This is the principle that drew doctoral student Elizabeth Abati to the University of Georgia to advocate for farmer well-being alongside Anna Scheyett, a professor in UGA's College of Agricultural and Environmental Sciences.

The National Academy of Inventors has selected eight University of Georgia researchers as 2025 NAI Senior Members, surpassing its own record of five inductees set last year. UGA now has 24 Senior Members overall. “We are thrilled to celebrate these latest UGA elections to the country’s leading organization for groundbreaking inventors and innovators,” said Chris King, interim vice president for research. “Their dedication to translating research into tangible impact embodies the university’s land-grant mission and our commitment to serving society through innovation.”

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.