Agronomy and Horticulture

Symptoms of sulfur deficiency in a maize field in Vietnam. Photo by: Walter Carciochi
Symptoms of sulfur deficiency in a maize field in Vietnam. Photo by: Walter Carciochi

Nebraska joins international collaboration to map global crop sulfur use and deficiencies

A deficiency in sulfur, an essential nutrient for plants, may be limiting crop yields in many regions around the world. The UNL, UCB, IFA and TSI are beginning a joint initiative to comprehensively communicate the extent and severity of the sulfur deficiency. Continue reading…

More details at: https://go.unl.edu/sulfur
 
Students Xavier Fiala (from left), Ryleigh Kirby, Ezequiel Villamil, Pratiksha Baishya, Alyssa Hall, Stephanie Lugo, Bellodgia Roberson, Vipin Kumar, Cameron Grabenstein and Sarah Magee celebrate graduation with family and friends Dec. 19.
Students Xavier Fiala (from left), Ryleigh Kirby, Ezequiel Villamil, Pratiksha Baishya, Alyssa Hall, Stephanie Lugo, Bellodgia Roberson, Vipin Kumar, Cameron Grabenstein and Sarah Magee celebrate graduation with family and friends Dec. 19.

26 students earn degrees in December

The University of Nebraska–Lincoln conferred 1,197 degrees during commencement exercises Dec. 19 and 20 at Pinnacle Bank Arena. The degrees were earned by 1,175 graduates from 44 countries, 39 U.S. states and 140-plus Nebraska communities. Continue reading…

More details at: https://go.unl.edu/5kgz
 
Martinez and his team leveraged their knowledge about this plant-insect-pathogen system to create a genetically unique soybean line with superior resistance against soybean aphids and soybean mosaic virus.
Martinez and his team leveraged their knowledge about this plant-insect-pathogen system to create a genetically unique soybean line with superior resistance against soybean aphids and soybean mosaic virus.

Soybean resistance research produces genetically superior plant

The study explored the relationship between soybeans, soybean aphids and soybean mosaic virus to genetically create a soybean line that more effectively resists soybean aphids and soybean mosaic virus.
Continue reading…

More details at: https://go.unl.edu/posadas-soybean
 
Jon Turkus makes a fog as he combines dry ice from several portable field kits while field phenotyping corn plant DNA in James Schnable’s field northeast of 84th and Havelock.
Jon Turkus makes a fog as he combines dry ice from several portable field kits while field phenotyping corn plant DNA in James Schnable’s field northeast of 84th and Havelock.

Turkus named 2026 Innovation Fellow

Jon Turkus has been named a 2026 Innovation Fellow. Turkus, a high-throughput molecular biology technician and research manager for the Schnable Lab at the university, has conceptualized a high-throughput device for rapid sampling of plant seedlings for use in downstream genetic analyses. Continue reading…

More details at: https://go.unl.edu/2ckb
 
Originally published January 22, 2026 - Submit an Item