Environmental Horticulture

B.S. Sustainable Crop and Landscape Systems: Environmental Horticulture

» Department of Plant, Soil, and Entomological Sciences   » College of Agricultural and Life Sciences


  • INTRODUCTION
  • WHAT IT TAKES
  • WHAT PEOPLE DO
  • GET INVOLVED
  • FACULTY
AG students in a green house

The flexible curriculum of this major allows you to focus on either:

  • Horticulture: Crops like flowers, woody landscape plants, fruits and vegetables, including famous Idaho potatoes
  • Urban landscapes: Sustainable private and commercial landscapes, golf courses and sports turf

This major prepares you to become a professional in the green industry—whether it’s:
  • Managing a championship golf course
  • Taking charge of a botanical garden
  • Running your own vegetable farm
  • Overseeing sales, inventory and marketing for a major greenhouse or nursery


Study plant propagation, crop production, pollination, post-harvest handling, landscape and turf management, and pest control. Learn to multiply plants using techniques from simple stem cuttings to sterile tissue culture. Take field trips to nurseries, golf courses and top-of-the line landscape installations. Build a water garden or patio. You’ll get more hands-on opportunities at our on-campus plant science farms and computer-controlled greenhouses.

You’ll learn from teachers whose research interests span horticulture’s most interesting topics.


Most of our students complete an internship the summer between their junior and senior year. They help grow plants and collect data in greenhouses, nurseries and laboratories.


Prepare for Success

This major is a good fit if you can see yourself:

  • Using innovative practices to increase yields and protect plants from pests.
  • Responding to environmental and consumer trends.
  • Drawing on information from microbiology, entomology, engineering, business and other fields.


To prepare, you may want to:

  • Take biology and science.
  • Practice your leadership skills in clubs, student office, or 4-H activities.
  • Plant a garden, visit greenhouses or work on a farm.


Agricultural students selling plants

Your First Year

Your first year, you will learn communication skills with course work in writing and public speaking. You will also take science of plants and principles of horticulture.

More advanced major courses include genetics, soil ecosystems and plant pathology.

See the four-year plan.


What You Can Do

With this degree, you may become one of the following:

  • Landscape director: Monitor, maintain, and improve golf courses or the grounds of cities, universities or hospitals.
  • Propagator: Produce new plants through grafting, budding, cutting, tissue culture and genetic manipulation.
  • Landscape contractor: Design and install complete landscapes.
  • Greenhouse manager: Test, analyze, and modify growing conditions to improve production and cut energy costs.
  • Arborist and urban forester: Establish and maintain trees and shrubs for a large park, city or state agency.
  • Grower: Oversee day-to-day production of vegetables, fruits, or landscape plants; supervise employees in pest management, irrigation, equipment maintenance and other activities.
  • Field representative: Work for a company that sells machinery, fertilizers, and pest management supplies to golf courses, greenhouses and nurseries. Recommend products and explain their use.
  • Researcher: Develop more economical and effective techniques for growing, handling and marketing horticultural crops.


Opportunities

Our graduates get jobs at greenhouses, nurseries, parks, athletic facilities, universities and government agencies.

You may also want to continue your education. Earn an advanced degree in plant science, environmental science, turf management, landscape design, agronomy, plant breeding and genetics or plant pathology.


AG students with produce

Current Research

Assist in a faculty research project or do your own independent study. Develop potting mixes containing cattle biosolids. Work out genetic engineering techniques for flowering plants. Test mustard seed meal’s ability to control weeds in horticultural crops. Paid positions are available.

Our faculty members are researching topics including:

  • Testing native plants for low-input landscapes
  • Domesticating the wild mountain huckleberry
  • Measuring the water savings of drip irrigation
  • Evaluating specialty potato varieties


Activities

Plant and Soil Science Club: Grow plants for sale; take field trips.
International Society of Arboriculture: Join the student chapter for tree-related activities.
Soil Stewards: Work at the on-campus organic farm.


Hands-On Experience

Intern. Get practical experiences like these:

  • Monrovia: Take part in propagation, shipping, research, sales and other aspects of a large wholesale nursery.
  • Golf course: Manage turf on fairways and greens.
  • University of Idaho Potato Tissue Culture Laboratory: Produce disease-free plantlets and minitubers for certified seed potato production.

Study abroad
. Deepen your understanding of your major—and the world—in countries like these:
  • Taiwan: Study orchid and tropical fruit production.
  • Mexico: Tour greenhouses that supply 80 percent of cherry tomatoes sold in the U.S.
  • India: Observe 1,000-year-old farming practices on terraced hillsides.

Volunteer
. Give back. Grow organic produce at the plant science farm and donate it to a local food bank. Prune apple trees on The Nature Conservancy’s historic ranch on the Snake River.


Facilities

The department’s facilities include two plant science farms and two state-of-the-art greenhouses.



Danny L. Barney, Ph.D.
Extension Professor & Superintendent, Sandpoint Research and Extension Center
Research: Conducts field and lab research on the propagation, physiology, breeding, and cultivar development of Western huckleberries and bilberries (Vaccinium spp.). Conducts cultivar development for edible-fruited blue honeysuckle (Lonicera caerulea). Conducts research on the production and physiology of true firs (Abies spp.) used for landscape ornamentals and Christmas trees
» View Danny Barney's profile
Esmaeli Fallahi, Ph.D.
Research Professor
Research: Conducts research on pre-harvest environmental and physiological factors influencing quality, yield, and post-harvest physiology of pome and stone fruits, alternative fruits, and table grapes. Conducts research on fruit thinning, fruit russetting, growth regulators, rootstock physiology, and adaptation of new and alternative fruits for the Pacific Northwest
» View Esmaeli Fallahi's profile
Jeffrey Stark, Ph.D.
Research Professor
Research: Develops improved irrigation and fertilizer management practices for potatoes and small grains. Determines effects of crop sequences, cover crops, fertilizer, and irrigation management practices on nitrogen use efficiency, nitrate leaching, and plant nitrogen availability. Evaluates effectiveness of variable-rate irrigation and fertilizer application control system for improving water and fertilizer use efficiency
» View Jeffrey Stark's profile
Michael Thornton, Ph.D.
Superintendent SW Idaho R&E Center & Associate Professor
Areas of Expertise: Research programs emphasize variety-specific management regimes, control of soil- and seedborne diseases, and interactions of pesticides with crop growth and physiology. Provides research programs, technical support and educational materials that increase clientele knowledge of cropping systems, disease control and adoption of new techniques and potato varieties
» View Michael Thornton's profile
Ms Olsen from the depaartment of plant, soils, entomological sciences
Nora Olsen, Ph.D.
Extension Potato Specialist & Associate Professor
Research: Conducts research on potato sprout and disease control in storage, variety-specific storage management, and optimizing field and storage conditions to maintain high quality potatoes. Research also includes evaluating seed potato quality and performance
» View Nora Olsen's profile
Phillip Nolte, Ph.D.
Extension Associate Professor
Research: Conducts research on seed potato production, seed-related aspects of commercial potato production including experimental design, data collection, data analysis, and report preparation
» View Phillip Nolte's profile
Robert Tripepi, Ph.D.
Professor
Research: Conducts physiological and applied studies of woody landscape plants. Conducts research in shoot regeneration (in vitro) of woody and herbaceous plants, uses of woody and agricultural wastes or by-products in potting mixes, transplanting conifers, and nursery production of native plants
» View Robert Tripepi's profile
S. Krishna Mohan, Ph.D.
Extension Professor
Research: Conducts research on diseases of vegetable, seed, and fruit crops with emphasis on sweet corn seedborne pathogens and seedling diseases, diseases of onion bulb and seed crops, potato diseases and fire blight of apple
» View Krishna Mohan's profile
Saad L. Hafez, Ph.D
Extension Professor
Research: Conducts research on biological control of nematodes, development of alfalfa varieties resistant to nematodes, nematode-disease interaction, and nematode-host parasite relationship
» View Saad Hafez' profile
Stephen L. Love, Ph.D.
Extension Professor & Superintendent, Aberdeen Research & Extension Center
Research: Conducts research on domestication of native plants for landscape use. Conducts variety evaluations for vegetables and small fruits. Maintains demonstration plots for illustrating turf management principles, landscape establishment and maintenance, and water-conservation gardening
» View Stephen Love's profile