Graduate Degree Program Summary

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Graduate Degrees Offered

Degrees
  • M.S.* in Agronomy
  • M.S.* in Horticulture
  • Ph.D. in Agronomy and Horticulture
Specializations - what's a specialization?
  • Agricultural Meteorology
  • Applied Ecology (Ph.D. only)
  • Crop Physiology and Production
  • Environmental Studies
  • Great Plains Studies
  • Plant Breeding and Genetics
  • Plant Pathology
  • Public Horticulture Administration (Horticulture only)
  • Range and Forage Sciences
  • Soil and Water Sciences
  • Water Resources Planning and Management (M.S. only)
  • Weed Science (Agronomy only)

*Thesis or non-thesis options
For a special interdisciplinary program, see Plant Sciences.


Distance Education Opportunities

Online Master of Science in Agronomy

Agronomy and Horticulture

  • On the Web
    Department Website
  • Graduate Chair
    Professor Mark Lagrimini
  • Graduate Program Administrative Assistant
    Ms. Marlene Busse
    mbusse@unlnotes.unl.edu
    (402) 472-1560
  • Distance Graduate Program Administrative Assistant
    Ms. Kathryn Schindler
    kschindler1@unl.edu
    (402)472-1730
  • Department Address
    279 Plant Science
    Lincoln NE 68583-0915


Application Checklist and Deadlines

Required by the Office of Graduate Studies


See also: steps to admission.

Required by Agronomy and Horticulture in GAMES

After you apply, allow one business day for us to establish your access to GAMES, where you'll complete these departmental requirements:

  • Entrance exam(s): GRE (M.S. with thesis and Ph.D. only)
  • Minimum English proficiency:
    - Plant Pathology specialization: Paper TOEFL 550, Internet TOEFL 80
    - Otherwise: Paper TOEFL 550, Internet TOEFL 79
  • Three recommendation letters
  • Curriculum vita
  • Statement of interests and goals

Application Deadline

   Rolling admissions, contact the department for more information.



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Description

The Department of Agronomy and Horticulture offers graduate degree programs leading to an M.S. or Ph.D. in plant and soil sciences.

Agronomy is the application of plant and soil science to crop production. Agronomy emphasizes staple food crops, such as corn, rice, beans, and wheat, which are produced on a large scale and represent the foundation of our human food supply.

Horticulture is the science and art of cultivating fruits, vegetables, flowers, and ornamental plants. Horticultural crops are used to diversify human diets and to enhance our living environment. Vegetables, fruits, flowers, ornamentals, and lawn grasses are examples of horticultural crops and are typically produced on a smaller scale with more intensive management than agronomic crops.

The Department's pride is its excellent teaching, research, and extension programs carried out by more than 70 faculty members in six core areas: landscape ecology and design; ornamental horticulture; plant breeding and genetics; soil and water sciences; turf/range/forage science; and weed science. The Department also conducts research nationally and internationally in plant physiology, viticulture, molecular biology, plant biotechnology, plant breeding, nutrient cycling and management, rangeland ecology and management, renewable bioenergy, soil and water management, and on the environmental impact and sustainability of agriculture.

The Department has well-equipped laboratories, modern greenhouses, growth chambers, and field facilities, including four district research centers spanning several ecoregions, available to graduate students. For instance, the Plant Sciences Program combines integrative curriculum with collaborative research in highly specialized facilities. And our outstanding field research facilities located in several agro-climatic zones across the state provide a unique ability to conduct research at a production-scale. This increases the relevance of the findings to real-world agro-ecosystems and gives students an opportunity to work in a more realistic production environment.

Many online courses are available.

Courses and More

Students in Agronomy and Horticulture are most likely to take courses in: See also: Course Catalog in the Graduate Bulletin.

Students will work with an advisor to create a Program of Studies or Memorandum of Courses during the first half of their coursework.


Faculty and Research

Turfgrass Genetics
Grazing Systems; Warm-Season Grasses; Legumes
Soil-Plant-Atmosphere Relationships; Gas Exchange
Winter Grains; Germplasm; Biotechnology; Plant Breeding Theory and Applications
Biochemical Geneticist
Soil and Water Management; Bioenergy Crops
Soil Fertility; Plant Nutrition; Renewable Energy
Sally Clayshulte No vCard available
Plant Systems; Genetically Enhanced Crop Plants
Food Grain Quality; Yield; Cytokinin Relationships
Microbials; Mycorrhizal Function Ecosystems
Genetics; DNA Markers
Proteomics Research; Molecular Plant Physiology
Water Quality; Soil Fertility; Nutrient Management
Cropping Systems; Sustainable Agricultural Systems; Organic Agriculture
Michael Fromm vCard icon
Biotechnology; Stress Signaling Pathways; Drought and Salt Tolerance of Plants
Turfgrass Maintenance
Soybean Breeding and Genetics; QTLs
Crop physiology; Yield potential; Yield-gap analysis; Resource- and Energy-use efficiency; Crop simulation models
Genetics of Wheat; Glutenin Genes
Grassland Systems Ecology
Leaching; Soil Fertility; Effects of Manure
Vegetable Crops; High Tunnels for Horticultural Production
Plant Breeding
Horticulture Molecular Genetics; Nutrition Value
Garald Horst vCard icon
Turfgrass Physiology; Turf, Range, Forage Science
     Emeritus
Weed Management
Soil microbial ecology; Carbon and nutrient cycling in agroecosystems; Management impacts on soil fertility, soil carbon storage, and greenhouse gas production; Using agricultural management to mitigate global climate change
Weed Control and Ecology; Herbicide Technology
Cropping Systems Specialist
Agriculture Biotechnology; Plant Biochemistry; Molecular Biology
Marketing capabilities of woody ornamentals and grasses.; Entrepreneurship education
Molecular Genetic Variation in Plants
Weed Management
Plant Quantitative Genetics
Mitochondrial DNA Replication, Recombination, Repair, and Transmission to Progeny
Waste Management; Soil; Chemistry; Biochemistry
Dryland Crops; Crop Rotation; International Agronomy
Grassland Studies
Agricultural Soils; Organic Matter in Soil
Daniel Miller vCard icon
Environmental Microbiologist
Grasslands; Fire Ecology
Origin and Evolution of Genome Complexity
Distance Education; Plant Breeding and Genetics
Daniel Olk vCard icon
Soil Management
Leaf Yellowing and Re-Greening; Plant Anatomy and Nutrition
Potato Production and Pest Management; Potato Physiology; Plant Growth Regulators
Fruits; Woody Plant Tissue Culture; Herbaceous Crops
Turfgrass Science
Nebraska Landscapes; Sensitive Landscapes
Dipak Santra vCard icon
Alternative Crops Breeding
Biomass and Forage Qualities; Warm-Season Prairie Grasses; Prairie Legumes; Seed Germination and Plant Development; Histone Biotinylation
Plant Molecular Biology
Plant-Grazing Interactions; Drought and Defoliation
Cropping Systems; Soil and Crop Nutrient Management
Nutrient Management; Agronomy
Buffalograss; Turfgrass
     Emeritus
Agrichemicals and Environment; Water Contaminant Alternatives
Soybean Genetics and Physiology
Plant Molecular Biology; Crop Plant Quality; Disease Resistance Mechanisms
Grassland Ecology; Endangered Plant Species
Native Plant Materials; Rural Landscapes; Landscape Assessment; Scale
Landscape; Containerized Ornamental Grasses
Carlos Urrea vCard icon
Dry Bean Breeding
Crop Rotations; Soil Fertility
Perennial Grasses; Energy
Grazing; Sandhills Rangeland
Crop responses to drought, heat, and salt stress
Horticulture Molecular Genetics; Nutrition Value
Soil-Plant Interactions; Nutrients; Manure; Soil Quality
Weed Control; Tillage; Herbicides; Weeds
No-Till Systems; Nitrogen and Phosphorus Management; Biosolids Management
Crop Modeler
Weed Ecology

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