About this program
Horticulture and crop science is where passion for plants meets practical application. From maximizing yields in row crops to developing resilient ornamental landscapes and perfecting fruit and vegetable quality, it covers the full spectrum of plant life. You'll learn how to provide the world with plants for food, environmental improvement, pleasure and recreation.
Specializations
Agroecology focuses on understanding and applying ecological principles in crop production to integrate natural biological cycles and controls, make efficient use of resources, enhance environmental quality and increase biodiversity.
Agronomy is the application of biological, chemical and physical principles to crops and cropping systems to increase their efficiency in converting light and supplemental resources into food, feed and fiber products. You’ll learn to effectively regulate crop productivity through management decisions as you study the interrelationships among physical and biological factors.
Controlled environment agriculture is an interdisciplinary crop production science integrating horticultural science, plant health management, applied environmental science and applied biological engineering to achieve sustainable crop production in various climate regions. You'll take classes in plant science, greenhouse management, hydroponics, fruit and vegetable production, plant health management, agricultural meteorology and introductory engineering principles.
Horticulture is the application of scientific principles to grow vegetables, fruits, ornamental plants and landscape design, as well as business principles to sell the commodities. You’ll learn basic characteristics of a wide variety of plants; including how they grow, develop, reproduce and adapt to different environments. You’ll be able to create optimal growing conditions for a plant to have higher yield and reduce potential problems such as pests and diseases.
Plant biosciences is a broad study of plant biology including plant form and function, diversity, reproduction, evolution and uses of plants.
Turfgrass science studies the grasses used to enhance our environment. Turf reduces glare, noise, air pollution, heat buildup and visual pollution. Turf provides recreational benefits to sporting events as well as creates aesthetically attractive surrounds for homes, buildings and cities. You’ll learn to manage and maintain turf as you gain knowledge in plant biology, soil and turfgrass science.
What can I do with this degree?
Graduates in horticulture and crop science study how plants grow, thrive and support food systems and landscapes. Through hands-on experiences in greenhouses, labs and fields, students prepare for careers in plant production, research, landscape management and environmental sustainability.
Plant Production and Crop Management
- Crop production specialist
- Agronomist
- Integrated pest management director
- Ranch or farm manager
Landscape and Horticulture
- Landscape designer
- Nursery or greenhouse manager
- Turfgrass manager
Plant Science and Research
- Plant science research technician
- Laboratory technician
- Plant breeding assistant
Agricultural Industry and Consulting
- Crop consultant
- Seed or fertilizer technical representative
- Precision agriculture specialist
- Plant biotechnology careers
- Pharmaceutical / bioindustry roles
Public Service
- USDA / government roles
- Planning agencies
- Conservation scientist
- Botanical garden manager
- Agricultural science teacher
- GE Launch Seminar: GENED 1201
- Writing and Information Literacy: Student Choice
- Mathematical & Quantitative Reasoning/Data Analysis: Major requirement: MATH 1130, 1148, 1150, 1151, or 1156 (or Student Choice)
- Literary, Visual and Performing Arts: Student Choice
- Historical & Cultural Studies: Student Choice
- Natural Science: Major requirement: BIOLOGY 1113 (or Student Choice)
- Social & Behavioral Sciences: Major requirement: AEDECON 2001 or ECON 2001.01 (or Student Choice)
- Race, Ethnic and Gender Diversity: Student Choice
- Theme: Citizenship for a Diverse & Just World: Student Choice
- Student Choice theme: Student Choice
- GE Reflection: GENED 4001
Major core courses
- Form and Function in Cultivated Plants
- Ecology of Managed Plant Systems ❖
- Ecology of Managed Plant Systems Lab
- Data Analysis and Interpretation for Decision Making
- Intro to Agronomy
- Intro to Horticulture
- Crop Origins and Diversity
- Crop Responses to the Environment
- Plant Propagation
- Seed Science
- Biology & Mgmt. of Weeds and Invasive Plants
- Soil Science
- Soil Science Laboratory
- Grain, Oilseed, and Fiber Crops
- Agroecology of Grasslands and Prairies
- Veg Crop Production & Physiology
- Fruit Crop Physiology & Production
- Advanced Cropping Systems
- Advanced Horticultural Principles and Practices
- The Ecology of Agriculture
- Sustainable Agriculture Practical Experience
- Latino Workforce in Land Based Industry
- Professional Development in HCS
- Greenhouse Systems and Management
- Sustainable Irrigation
- Digital Agriculture/with Laboratory ❖
- Individual Studies
- Hydroponic Crop Production
- Hydroponic Crop Production Lab
- Medicinal Plants
- Undergraduate Research
- Research with Distinction
- Honors Research with Distinction
- Study Abroad Pre-Departure & Study Abroad
- Sustainable Vegetable Production Practicum
- Plant Genetics
- Environmental Impacts of Crop-Livestock Systems
- Physiology of Cultivated Plants
- Biochemical Processes in Cultivated Plants
- Applied Plant Biotechnology
- Plant Breeding
- Introduction to Experimental Design
- Advanced Cropping Systems (Capstone)
- Domestic & Utility Agronomic Crops
- Biology & Management of Weeds and Invasive Plants
- Intro to Insect Science
- General Insect Pest Management
- General Plant Pathology
- General Plant Pathology Lab
- Professional Development in Hort. and Crop Science
- Individual Studies c
- Undergraduate Research c
- Research with Distinction c
- Honors Research with Distinction c
- Ecology of Agriculture
- Advanced Horticultural Systems -or- Ecology of Agriculture (Capstone)
- Greenhouse Plant Health and Pest Management
- Weather, Climate, and Global Warming
- Organic Gardening
- Woody Ornamental Plants
- Herbaceous Ornamental Plants
- Latino Workforce in Land Based Industries
- Professional Development in Hort. And Crop Science
- Study Abroad Predeparture & Study Abroad
- Vegetable Crop Production and Physiology
- Fruit Crop Physiology and Production
- Advanced Horticultural Systems (Capstone)
- Biology and Management of Weeds and Invasive Plants
- Intro to Insect Sciences
- General Insect Pest Management (2)
- General Entomology (3)
- Turfgrass Insect Pest Management (2)
- Landscape Ornamental Pest Management (3)
- Greenhouse Pest Management (3)
- Introduction to Hydroponics
- Sustainable Landscape Maintenance Practices
- Introduction to Turfgrass Management
- Hydroponics Crop Production
- Hydroponics Crop Production Lab
- Intro to Agronomy -or- Intro to Horticulture -or- Intro to Turfgrass Mgmt.
- Plant Genetics -or- General Genetics
- Biochemical Processes in Cultivated Plants -or- Introduction to Biological Chemistry
- Sustainable Agr Practical Exp
- Turfgrass Management and Science
- Undergraduate Research, Research with Distinction, or Honors Research with Distinction
- Advanced Horticultural Systems
- Domestication and Utilization of Agronomic Crops
- Biol & Mgmt. of Weeds and Invasive Plants
- Ecology of Managed Plant Systems
- Historical Perspectives on Golf Course Design and Management
- Sports Turf Management
- Advanced Golf and Turf Operations (Capstone)
- Golf Courses and the Environment
- Turfgrass Insect and Mite Pests
- Basic Club Design and Repair
Supporting courses
- Biological Sciences: Form, Function, Diversity, and Ecology
- Introductory Organic Chem or Organic Chem I
- College & Department Survey: FAES 1100 (0.5) & HCS 1100 (0.5)
- Oral Expression: AGRCOMM 3130 or COMM 2110
- Additional Science: CHEM 1110, 1210, or 1220
- Internship: FAES 3191 & HCS 4191.01
- Minor equivalent: not required
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Grow the future of food, landscapes, and sustainable environments