- Research & Extension
- Ecological & Environmental Landscapes
- Sustainable Food & Farming Systems
- About Us
- Undergraduate Students
- How to Apply
- Ecological & Sustainable Horticultural Production
- Ecological Landscapes & Urban Forestry
- General Horticulture (Online)
- Horticultural Research
- Therapeutic Horticulture
- Turf Management
- Viticulture & Enology
- Sustainability Double-Degree
- Minor Programs
- Accelerated Master's Platform
- Internship Requirements
- Thesis Requirements
- Graduate Students
- Horticulture Courses
- Plant Breeding & Genetics Courses
- Why Choose a Horticulture Degree?
- Current Students
- Horticulture Club
- Pi Alpha Xi
- Turf Club
- VITIS Club
- Undergraduate Students
Nursery and Greenhouse Resources at Oregon State University
Oregon State University has a long tradition of supplying the nursery and greenhouse industry with science-based resources to benefit producers in Oregon.
The PNW Nursery IPM Website is designed to be dynamic, allowing growers and pest management professionals to give and receive information regarding pest activities in nurseries in the Pacific Northwest.
The OSU Landscape Plants website contains images, identification details and information on over 1,700 mostly woody, ornamental and native plants.
Associations and Government Agencies
Production and Management
Researchers evaluated regionally available alternative substrates for ornamental crop production in the Pacific Northwest. The objective was to investigate the physiochemical properties of the substrate and ensure no biomass is phytotoxic to ornamental crops.
An initial report on research conducted on two intelligent, or precision, sprayers designed for use in the ornamental horticultural industry. The goal of this research is to develop efficient and affordable sprayers that use technology to respond to crop size and presence.
A discussion about cold hardiness and effective plant protection strategies to minimize cold damage. The Oregon State University affiliated author addresses how plants become cold hardy, stages of hardiness, and effective protection.
Genetic Methods for Mitigating Invasiveness of Woody Ornamental Plants: Research Needs and Opportunity
A review of the different means by which the potential for invasiveness in woody ornamentals can be reduced using genetic methods. Progress is reviewed in conventional breeding and transgenic biotechnology approaches to producing sterile forms of ornamental woody plants.
A look into the world of plant breeding and the tools ornamental plant breeders have at their disposal to expedite breeding for specific traits. Topics addressed in the article include flow cytometry and molecular genetics.
Researchers at Oregon State University evaluated the potential of a remote soil-moisture-sensing technology in ornamental container production systems. The authors discuss the system they used, implications of the study, and their conclusions.
A recent report described a simple technique to double Cryptomeria japonica chromosomes. The objectives of this research was to evaluate the effectiveness of the technique and determine optimal treatment duration for doubling chromosome numbers in oriental arborvitae, american arborvitae, and western red cedar.
Confirmation of hyridity using GISH and determination of 18S rDNA copy number using FISH in interspecific F1 hybrids of Tecoma (Bignoniaceaea)
This study on interspecific hybridization in Tecoma Juss. was conducted to develop novel forms for the nursery industry. The selection of species used in the study included T. garrocha, T. stans, T. guarume, and T. capensis.
Researchers report on a study conducted to test the efficacy of soil additives in promoting plant growth and reducing mortality. The species included in the trial were Hydrangea macrophylla ‘Endless Summer’, Berberis thunbergii ‘Rose Glow’, and noble fir (Abies procera).
A comprehensive discussion about the issues concerning pre-packaged fungicide mixes, which can elevate the risk of developing pathogens that are resistant to treatment. Strategies for avoiding resistance are included in the discussion.