Department of Agronomy and Horticulture

Tasseling corn field
UNL researchers have developed a metamodel to enhance the Global Yield Gap Atlas, a worldwide database that can aid producers in improving yields by providing high-quality agronomic data on 13 major food crops across 70 countries and six continents. (Photo by Craig Chandler, University Communication and Marketing)

Husker Researchers Use Machine Learning to Help Identify Yield Opportunities

September 27, 2024
The research team is generating precise estimates of crop yield potential worldwide, helping farmers, scientists and policymakers identify opportunities to improve agricultural productivity. 

Read more

Man standing in field of corn and weeds
Kicking off the fall seminar series on Sept. 12, Amit Jhala will discuss the challenges of managing herbicide-resistant weeds through pollen-mediated gene flow — the process by which herbicide resistance genes are spread from plant to plant via pollen.

Agronomy and Horticulture Seminar Series Begins Sept. 12

September 4, 2024
Free to the public, the fall seminar series will highlight the latest research and technologies for herbicide-resistant weeds, crop genetics, sustainable agriculture, digital agriculture, the impact of droughts on public health, and more.

Read more

Field of health sugarbeet plants
Two recent grants from the U.S. Department of Agriculture will support Husker-led sustainability projects, including research into nutrient management for sugar beet production. (Photo by Chabella Guzman, Nebraska Extension)

USDA Grants Boost Husker Research on Sugar Beet Nitrogen Management, Agroforestry

August 21, 2024
UNL's research on sustainable nitrogen management for sugar beet production will directly involve 50 growers in Nebraska and Colorado, with a focus on optimizing sugar yield while promoting environmental sustainability.

Read more

Man stands in corn field
A team led by Nebraska's James Schnable has received federal funding to expand the development of an innovative method to predict the performance of corn hybrids. The work is an important step toward commercializing new crop varieties. (Photo by Craig Chandler, University Communication and Marketing)

Schnable Expands Work to ID Corn Genes, Predict Hybrid Performance

August 14, 2024
The research team's efforts could lead to innovations that significantly streamline the process of breeding and commercializing high-yield, resilient corn varieties, which is crucial for meeting global food demands.

Read more

Lab worker behind computer

Analysis, Summarization and Interpretation of Plant Breeding Data Workshop Aug. 6-8

July 11, 2024
The focus of this workshop will be on the practical aspects of managing data and performing mixed model analyses, and participants are encouraged to bring their own datasets to explore options.

Read more

Wheat on lab table with filled syringe

Introduction to Hybrid Breeding Workshop Begins July 31

July 11, 2024
This workshop is designed for non-hybrid breeders to become acquainted with basic terminology and the process for developing a genetically improved hybrid cultivar for commercialization. 

Read more

Man and woman stand in wheat field
The university developed this new wheat variety through a group effort headed by Stephen Wegulo, professor of plant pathology and plant pathologist for Nebraska Extension, and Katherine Frels, Nebraska’s small grains breeder and an assistant professor of agronomy and horticulture. (Photo by Craig Chandler, University Communication and Marketing)

Nebraska-developed Wheat Variety to Address New Fungal Threat

June 12, 2024
The University of Nebraska–Lincoln is releasing a new wheat variety, NE Prism CLP, that stands out for its resistance to fungal disease, including fusarium head blight.

Read more

Man holds plant in greenhouse
Vladimir Torres-Rodriguez, a postdoctoral associate in the Schnable Lab, developed and tested an innovative gene-analysis method, focusing on RNA, that greatly boosts the ability to identify corn genes. (Photo by Lina Lopez, Schnable Lab)

Nebraska Team Develops Technique to Speed Up Corn Gene Identification

June 6, 2024
UNL researchers' findings from the study could lead to faster creation of more resilient corn varieties and broader producer access to improved crops.

Read more