From Field to Market: How America's 1890 Land-Grant Universities Are Reinventing What We Grow and Eat
- AgInnovation
- 14 hours ago
- 4 min read
From gene-edited grapes to CRISPR-modified tomatoes to a soft drink that broke sales records, the 1890 land-grant system is quietly producing some of the most exciting crop science in the country.
By the 1890 Land-Grant Universities — summarized for agInnovation
America's 1890 land-grant universities were founded with a specific mission: to put higher education and scientific research to work for communities that had been left behind. More than a century later, that mission is producing results that are anything but modest. Here's a look at five research stories from the 2026 1890 Land-Grant Universities Impact Report that show just how far that work reaches.
Florida A&M University: Growing a Better Grape
Southern muscadine grapes can't be replaced by bunch grapes in Florida—a bacterial disease makes bunch grape cultivation impossible there. That makes muscadines the only option for the region's growers, and Florida A&M University's Center for Viticulture and Small Fruit Research has spent decades trying to make them better.
The center holds three patents for native grape varieties and recently became the first in the nation to complete the whole genome sequence for muscadines. Using gene-editing technology, researchers have already interrupted the genes responsible for seed formation—a first step toward seedless muscadines with improved skin texture.
The team is also developing longer-lasting muscadine wine and has created nearly 20 muscadine-based health supplements shown to help combat obesity, aging, and certain cancers. "The goal is to make it more distinct and more profitable for the industry," said program leader Mehboob Sheikh, Ph.D.
Virginia State University: Trojan Beast
It took eight years, a wild tomato species from the Galapagos, and hundreds of carefully selected plant lines, but Virginia State University's tomato breeding program has produced something growers and consumers are genuinely excited about.
Trojan Beast is a cherry-type tomato with an attractive orange color and exceptional taste, introduced publicly at the 2025 VSU Field Day and Virginia State Fair. It produces significantly larger fruits than popular cherry varieties, averaging 16.34 grams per fruit, while maintaining competitive sweetness.
The variety came from crossing a wild Solanum pennellii with cultivated tomatoes to recapture flavor traits that decades of commercial breeding had sacrificed for yield. Ongoing research will evaluate pest resistance and flavor compounds to support commercialization—and Virginia, a top-10 tomato producing state, will be watching closely.
West Virginia State University: Building Arsenic-Tolerant Crops
In West Virginia and across parts of Appalachia, arsenic in soils and water is a real and underreported threat to agriculture, slowing plant growth, reducing yields, and raising food safety concerns.
Researchers at West Virginia State University's lab of Drs. Padma Nimmakayala and Umesh K. Reddy have used CRISPR gene editing to develop arsenic-tolerant tomato plants by silencing a gene that had no beneficial function. The results were remarkable and unexpected: beyond arsenic tolerance, the edited plants produced higher levels of carotenoids (the compounds that give tomatoes their red color and support eye and heart health), ripen faster, and show improved resilience to other heavy metals. The team is not preparing to patent the discovery—one that could have implications for crop safety well beyond West Virginia.
Fort Valley State University: Enhancing Pecan Safety Across Georgia
Pecans are one of Georgia's most important tree nut crops, and like all low-moisture foods, they carry a risk of microbial contamination that conventional heat-based treatments can compromise in quality.
Fort Valley State University researchers tested a different approach: pulsed ultraviolet light and essential oils as non-thermal decontamination methods. The results were striking. Pulsed UV light reduced microbial contamination on pecans by 99.9% in just 40 seconds, without leaving residue or damaging product quality.
Cold plasma showed similar promise as a cost-effective option for nut processors. The research gives pecan producers practical, environmentally safe tools to protect consumers while maintaining the quality that keeps their product competitive in the marketplace.
Kentucky State University: Research to Market—Pawpaw Ale-8
What does it look like when decades of land-grant research actually reaches people? For Kentucky State University's world-leading pawpaw program, it looked like a soft drink.
In partnership with Ale-8-One (a Kentucky-based beverage company) KSU's pawpaw germplasm and expertise became a limited-edition Pawpaw Ale-8 that, within its first six weeks, surpassed all previous special summer flavors in the company's history by 48%. The launch generated an estimated $21.32 million in advertising value equivalency through regional and national media coverage.
The research behind it (decades of Evans Allen-funded cultivar development, orchard management, and postharvest science) is now opening doors with beverage companies, distillers, and food producers looking to commercialize pawpaw pulp. KSU is helping farmers diversify income, consumers discover a native fruit, and rural Kentucky communities capture economic value from the 1890 research innovation.
These five stories are drawn from the 2026 1890 Land-Grant Universities Impact Report. They represent just a fraction of the work being done at these institutions—work that is only possible with sustained public investment in agricultural research.
Read the full impact report: 2026 1890 Land-Grant Universities Impact Report
The research happening at America's land-grant universities is too important to stay inside academic journals. Share this post with someone who should know this work is happening, and subscribe to the agInnovation newsletter to keep up with the breakthroughs shaping the future of food, farming, and beyond.