Graduate Field of Horticulture
Degrees offered: M.P.S., Ph.D., M.S., M.P.S., Ph.D., M.S.
Although emphasis is on horticultural plants and systems commonly found in areas of temperate climate, graduate study on species and cropping systems of tropical areas is also possible by use of our extensive greenhouse and growth chamber facilities, and through conduct of thesis research in tropical areas.Members of the graduate field of horticulture reside in the Department of Horticulture on the Ithaca campus, and in the Department of Horticultural Sciences at the New York State Agricultural Experiment Station in Geneva. In addition, some faculty members of other departments such as Plant Biology, Plant Breeding, Crop and Soil Science, etc., may also be members of the graduate field of horticulture.
Minor fields of study may be selected from such areas as plant physiology, pathology, anatomy, or ecology; biochemistry; botany; entomology; taxonomy; genetics; education; soils; agricultural, resource, and managerial economics; communication; agricultural and biological engineering; and landscape architecture.
All students receive experience in academic education and Cooperative Extension programs.
M.P.S.(Agriculture and Life Sciences) program. Requirements for the Master of Professional Studies (Agriculture and Life Sciences) degree are two residence units; thirty credits of mostly advanced course work related to the student's professional interests; a problem-solving project; and a minimum grade point average of 2.5. In addition, the M.P.S. (Agriculture and Life Sciences) program has a Peace Corps option in which the student undertakes two semesters of academic work at Cornell and a Peace Corps assignment. For information and instructions on how to apply, visit the M.P.S.(Agriculture and Life Sciences)/Peace Corps Web site, or contact International Programs, 33 Warren Hall, Ithaca, NY 14853; phone 607-255-3037; e-mail: mpsag_peacecorps@cornell.edu.
M.S.-M.L.A. program. In this program, students work simultaneously toward an M.S. degree in the Field Horticulture and a Master of Landscape Architecture (M.L.A.) degree in the Field of Landscape Architecture over a period of three and a half years. Acceptance by both fields is required. Requirements for the joint degree program are: seven residence units; course work determined in consultation with the Special Committee; a thesis; and a final examination. The thesis project must contain components of both horticulture and landscape architecture.
Research facilities.
At the Ithaca campus, research facilities include laboratories equipped for studies of all aspects of plant physiology, including photosynthesis, pre- and postharvest physiology, biochemistry, biotechnology, photobiology, analysis for chemical elements, and tissue culture. Extensive greenhouse and growth chamber facilities permit varying degrees of plant environmental control. Facilities for postharvest research include rooms for refrigerated and controlled atmosphere storage. Field facilities include two research orchards for study of fruit crops, two vegetable research farms, an outdoor nursery, turfgrass research areas, and the Cornell Plantations, an extensive botanical garden. At the Agricultural Experiment Station in Geneva, laboratories, greenhouses and growth chamber facilities similar to those in Ithaca are found. In addition, 600 acres of orchards and 200 acres of vegetable experimental farmland are available for research purposes. A wide range of apple, grape, and vegetable germplasm is maintained by the USDA Plant Introduction Station, the National Clonal Repository and the fruit and vegetable breeders. Research is also conducted at the Hudson Valley Lab (fruit research), the Long Island Horticultural Research and Extension Center (grape and vegetable research), and the Fredonia Grape Research Station.
Apply Now Deadline: Fall, Jan. 5; spring, Aug. 15
Meet the Faculty
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Albright, Louis Demont
Professor
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Bassuk, Nina Lauren
Professor
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Bellinder, Robin R
Professor
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Bjorkman, Thomas Nils Erik
Associate Professor
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Bridgen, Mark P.
Professor
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Brown, Susan K
Professor
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Cheng, Lailiang
Associate Professor
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Davies, Peter John
Professor
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Drinkwater, Laurie E
Associate Professor
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Gan, Susheng
Associate Professor
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Giovannoni, James J.
Adjunct Professor
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Griffiths, Phillip D.
Associate Professor
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Halseth, Donald Earl
Associate Professor
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Ketterings, Quirine M.
Associate Professor
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Lakso, Alan Neil
Professor
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Liu, Rui Hai
Associate Professor
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Mattson, Neil S.
Assistant Professor
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Merwin, Ian Alexander
Professor
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Miller, William
Professor
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Mt Pleasant, Jane
Associate Professor
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Mudge, Kenneth W
Associate Professor
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Mutschler-Chu, Martha Ann
Professor
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Owens, Christopher L
Assistant Adjunct Professor
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Petrovic, Anthony Martin
Professor
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Pritts, Marvin P
Professor
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Rakow, Donald A.
Associate Professor
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Rangarajan, Anusuya
Senior Extension Associate
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Reiners, Stephen
Associate Professor
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Reisch, Bruce Irving
Prof Grape Breeding & Genetics
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Robinson, Terence Lee
Professor
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Rose, Jocelyn
Associate Professor
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Rossi, Frank S
Associate Professor
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Taylor, Alan George
Professor
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Vanden Heuvel, Justine E.
Assistant Professor
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Watkins, Christopher Brian
Professor
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Weber, Courtney A.
Associate Professor
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Wells, Nancy M.
Associate Professor
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Whitlow, Thomas Henry
Associate Professor
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Wien, Hans Christian
Professor
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Wolfe, David Walter
Professor
Research Areas
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- adult and extension education
- agricultural biotechnology
- agricultural engineering
- agroforestry
- american indian studies
- animal science
- applied economics
- bioacoustics
- biochemistry
- biocomplexity
- biodiversity
- biogeochemistry
- bioinformatics
- biological and environmental engineering
- biological control
- biomedical sciences
- breast cancer
- cancer research
- climatology
- community development
- compost
- crop management or crop science
- disease control
- ecology
- ecosystem biology
- education
- enology
- entomology
- entrepreneurship
- environmental sciences
- floriculture
- food science
- food system and/or policy
- forest management
- fruit and vegetable production
- genetics
- genomics
- horticultural sciences
- hydrology
- integrated crop management
- integrated pest management
- intellectual property
- international agriculture
- international development
- land use
- landscape architecture
- landscape ecology
- microbiology
- molecular biology
- molecular genetics
- natural resources
- new life sciences
- nutrient management
- nutritional sciences
- organic agriculture
- pathogens
- pest management
- pesticide management
- plant biology
- plant breeding and genetics
- plant pathology
- plant sciences
- postharvest engineering and physiology
- proteomics
- resource policy and management
- risk analysis and assessment
- seed science
- small business
- soil and crop science
- soil health
- sustainable agriculture
- sustainable development
- teacher education
- toxicology
- transgenic plants
- urban environment
- value-added agriculture
- vegetables
- viticulture
- waste management
- water resource management
- watershed science
- weed science
- wildlife management
- youth
