Graduate Certificate - Floriculture and Nursery Management
Advanced Greenhouse Crop ProductionConcepts of greenhouse construction, operation and management for a variety of horticultural crops, but with an emphasis on ornamental crops will be covered. Course content includes Greenhouse construction, heating, cooling, growing media, pest management, nutrition, fertility, growth regulation, irrigation, postharvest handling, and marketing of greenhouse crops. 4 credits.
Environmental Nursery ProductionCultural nursery crop production practices will be presented with consideration of current recommended Best Management Practices, conservation of resources, scientific research based investigations related to nursery cultural practices, potential risks to nursery personnel and off-site movement of air borne materials and effluents to surrounding areas and public watersheds. This course requires previous coursework or work experience in nursery production/management.
Plant NutritionNCSU - An understanding of the basic mineral nutrition requirements, nutritional monitoring procedures, and fertilizer application methods in horticultural production systems including those for fruits, field vegetables, fruits and vegetables under plasticulture, nursery crops, landscapes, greenhouse flowers and vegetables, interior plantscapes, hydroponics, and organic farming will be gained. TTU - Evaluation and application of theory to plant nutrient management will be used to study plant nutrient needs and nutrient reactions in soil and predicting nutrient need and response. Not open to students having had PSS 4335. UNL - Macro- and micronutrient elements and their function in the growth and development of plants will be the focus. Emphasis is placed on the uptake and transport of mineral elements, the role of single elements, interactions/balances between elements, and nutrient deficiency/toxicity symptoms as they affect the physiology of the whole plant.
Plant PhysiologyTTU - Fundamental concepts underlying the science of crop physiology, including crop phenology, canopy development and light interception, photosynthesis and respiration, and dry matter partitioning will be examined. UNL - Fundamental plant tissues and functions, energetics of a plant cell and enzyme mechanisms, components of water potential, factors affecting water potential, and their interactions within plant tissues in different situations will be explored. Additionally solute transport mechanisms; photosynthesis; respiration; lipid metabolism; N, S, P, and cation assimilation; plant secondary metabolites; phytochrome; hormones; circadian rhythms; photoperiodism; vernalization; and plant stressors and their importance in plant structure, physiology, and defense will be evaluated.
Plant Water RelationsRole and function of water in plant growth and development and a comprehensive understanding in relation to achieving genetic yield potential will be gained. Soil-plant-atmosphere continuum and it affects on water supply and demand will also be examined with an understanding of the relative sensitivities of developmental and physiological systems to water stress sought.
Biological Control of PestsUtilization of natural enemies and antagonists to manage the abundance of pests (invertebrates, pathogens, and weeds) and reduce economic losses will be examined.
Business Management of Horticulture EnterprisesTTU - Principles of management, marketing, structures, and distribution for retail nursery establishments will be learned. Students will complete a nursery startup proposal. UNL- Entrepreneurial process will be leaned and used to prepare a written business plan for a horticulture-related enterprise and presented in a PowerPoint format with voice-over narration. Basic accounting principles needed to manage a horticulture firm will be gained and used to prepare a marketing plan.
Entomology and Pest ManagementThe diversity and complexity of integrated management of insects will be learned. The goal is to develop an understanding of the concepts and principles of IPM as a complex mix of practices and technologies to efficiently manage pest populations that are specific to locales.
Environmental Stress PhysiologyCurrent models of the physiological, molecular, and biochemical mechanisms for plant tolerance to environmental stresses such as temperature extremes, drought, salt, pathogens and other plans will be explored.
Management of Horticulture InsectsIdentification, biology, ecology and management of insect pests of horticultural crops, including vegetables, deciduous fruits and nuts, trees and shrubs, greenhouse crops, turf and ornamentals will be evaluated. Emphasis will be on Integrated Pest Management (IPM) strategies employed to maintain pests below damaging levels while minimizing the use of traditional insecticides.
Plant PathologyHistorical significance and development of plant pathology as a science and profession; the disease cycle; the affect of pathogens on the physiology of plants; the most current developments in the genetics of plant disease; how pathogens attack plants, and the mechanisms of plant defense and the affect of environmental factors on the development of plant disease will be taught. Additionally, plant disease epidemiology, mechanisms and treatments for the control of plant diseases and environmental factors that cause disease will be learned. Major diseases caused by fungi, prokaryotes, parasitic plants, viruses, nematodes, and flagellated protozoan; their pathogens, disease cycles, damage caused, prevention, and physical characteristics for identification will be examined.
Plant Pathology -Principles & ApplicationThis course provides introductory level information regarding pathogen biology, pathogen-host interactions, and environmental influences. It also examines cultural, resistance, and chemical strategies for plant disease management.
Program SummaryCost per credit hour:
2018-2019: Graduate $580 | Undergraduate $415
2019-2020: Graduate $580 | Undergraduate $415
University ContactThese campus coordinators can help you navigate Great Plains IDEA. Click on the university name to learn more about how Great Plains IDEA works at that campus. Rachel Ohmes
Diane M. Wasser