Agronomy and Horticulture Seminar Series

To view videos of our past seminars, please see links below:

Fall 2017

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Seminars begin at 3:30 pm in 150 Keim Hall, East Campus, with refreshments served at 3 pm. Join us in person or online at https://connect.unl.edu/FridaySeminarSeries
October 27
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How and why does the season and frequency of burning affect plant biomass production?
TIMOTHY DICKSON
 
Assistant Professor, Biology, University of Nebraska Omaha

This seminar will present results of a decades-long Nebraska experiment manipulating burning and mowing season and frequency. Results indicate autumn burning increases biomass production the same amount as the spring burning commonly used to increase rangeland forage production, and that increased biomass production is not due to warmer spring soil temperatures. 

November 3
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Assembling soil microbiomes that modify plant traits
JENNY KAO-KNIFFIN
 
Assistant Professor, Horticulture, Cornell University

The soil surrounding roots holds a diverse array of microorganisms that can influence plant development. Microbial experimental systems can be used to tease apart components of the microbiome responsible for trait development in plants. I will be discussing the concept of assembling microbiomes that alter specific plant traits, in hopes of developing microbial technologies that enhance agricultural sustainability.

November 10
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Integrating genomics and bioinformatics in the wheat breeding program for the development of superior cultivars
VIKAS BELAMKAR
 
Research Assistant Professor, Agronomy and Horticulture, University of Nebraska-Lincoln

Vikas Belamkar will highlight the evaluation and utilization of genotyping-by-sequencing, marker-assisted selection, and genomic prediction for cultivar development. Real case scenarios and success stories from the collaborative USDA-University of Nebraska-Lincoln wheat breeding program will be shared.

November 17
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Changing cell walls to improve sorghum for bioenergy and forage uses
SCOTT SATTLER
 
Research Molecular Biologist, USDA-ARS; Adjunct Associate Professor, Agronomy and Horticulture, University of Nebraska–Lincoln

Scott Sattler will provide an overview on sorghum research to alter phenylpropanoid metabolism through brown midrib mutants (bmr) and transgenic approaches. He will discuss how these changes affect lignin, phenolic constituents and biomass conversion of sorghum. The effects of altering lignin synthesis on sorghum-insect interactions also will be discussed. 

December 1
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Switchgrass metabolism 
GAUTAM SARATH
 
Research Molecular Biologist, Wheat, Sorghum and Forage Research Unit, USDA-ARS; Adjunct Professor, Agronomy and Horticulture, University of Nebraska–Lincoln

An overview of studies on switchgrass conducted over the last few years will be discussed. Switchgrass is a perennial warm-season grass targeted as a bioenergy species. Knowledge about molecular changes accompanying dormancy and responses to biotic stressors will be needed to breed elite germplasm with improved winter survival and biotic resistance. Such data will be broadly applicable to other native perennial species as well. 

December 8
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Leveraging genomics, genetics and breeding to understand crop adaptation to nutrient stress
JAMIE O'ROURKE
 
Research Geneticist, USDA-ARS; Collaborator, Agronomy, Iowa State University

Plants require many micronutrients for proper growth and development, but environmental conditions often limit soil nutrient availability resulting in stunted growth and reduced yield. We combine functional genomics, physiology, and plant breeding to identify biological pathways and gene networks associated with nutrient deficiency responses and enhanced stress tolerance.


Past Seminars - Fall 2017

Responses of sorghum and wheat modified for increased usability to pathogens
DEANNA FUNNELL-HARRIS
 
Research Plant Pathologist, Wheat, Sorghum and Forage Research Unit, USDA-ARS;
Adjunct Associate Professor, Plant Pathology, University of Nebraska–Lincoln

Dr. Funnell-Harris' research focuses on responses of sorghum metabolically modified for increased usability, to grain and stalk pathogens. Recently, she has studied the response of modified wheat to the insidious disease, Fusarium head scab. The surprising results have demonstrated that these changes do not always result in a more susceptible plant. 

September 29
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Harnessing components of the root microbiome for integrated management of soilborne plant diseases
TONY ADESEMOYE

Assistant Professor and Disease Management Specialist, Plant Pathology, University of Nebraska–Lincoln, West Central Research and Extension Center, North Platte

Soilborne diseases are difficult to manage and continue to cause yield losses in row crops. Rhizoctonia and Fusarium are two important soilborne pathogens. This presentation will discuss research to harness beneficial components of the microbiome for integrated management of soilborne diseases, including extension components.

Fixing the soybean nitrogen credit: Is cropping systems diversity always good?  
MICHAEL CASTELLANO
 
Frankenberger Professor of Soil Science, Agronomy, Iowa State University

Two cropping systems dominate the Midwest: continuous corn and corn–soybean rotation. Corn-soybean rotation produces 15 percent more corn despite 25 percent less nitrogen fertilizer. Mike Castellano will discuss the ecosystem processes contributing to this so-called "soybean nitrogen credit" while considering underappreciated environmental impacts of the two systems. 

October 20
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Serendipitous applied agronomy: Extension and research in the blender (and some philosophy)
ROGER ELMORE

Professor and Extension Cropping Systems Agronomist, Agronomy and Horticulture, University of Nebraska–Lincoln

Serendipitous agronomic research capitalizes on "rare" environmental situations that most agronomists and certainly farmers hope to never experience. Over the course of a few decades though, it is surprising how often the results of these nearly spontaneous research projects prove useful. This type of work represents a blend of extension and research and will be discussed in this seminar.