Horticulture
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C 1151-SP
Manejo del Viñedo
Este póster del manejo del viñedo está basado en la fenología de la planta y proporciona una referencia para las buenas prácticas de manejo de las enfermedades y los insectos de la vid en un formato atractivo y digerible. Las prácticas vitícolas optimizan la salud, la rentabilidad y la sostenibilidad de los viñedos al mismo tiempo que mejoran la cantidad y calidad del cultivo. Al igual que el manejo de plagas, las prácticas vitivinícolas deben implementarse de manera oportuna a lo largo de la temporada de crecimiento de la planta para maximizar la eficiencia de la práctica y la ganancia de beneficios. El control de enfermedades en las uvas es crítico, ya que las uvas son susceptibles a una amplia gama de patógenos. La implementación de prácticas culturales oportunas y adecuadas ayudará enormemente a eliminar las enfermedades. Además, las uvas, más que muchos productos hortícolas, requieren programas de fungicidas agresivos durante todo el año para mantener la salud de la vid. El manejo integrado de plagas en el viñedo combina una variedad de técnicas y herramientas para controlar las plagas. Comienza identificando correctamente al insecto y comprendiendo su tiempo y actividad dentro de un cultivo a lo largo de la temporada. El monitoreo y la evaluación de la abundancia de plagas identificadas y las lesiones en los cultivos pueden ayudar a determinar el método correcto para el manejo efectivo de la plaga.
Phillip Brannen and Brett Blaauw
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C 1268
Pruning Muscadine Grapes
Many gardeners don’t realize how vigorously muscadines and grapes must be pruned each season in order to ensure good production. Quality equipment and care also is essential to maintain healthy plants. This video covers the basics of how to properly prune muscadines and bunch grapes. Correct pruning methods are essential for strong fruit production and must be performed annually at the proper time. This video covers timing, tools, and techniques.
Robert Westerfield
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C 1240
Repotting Basics
This publication describes the reasoning behind repotting, as well as container selection, drainage, positioning the plant on an appropriate soil base, examining and attending to root issues, potential root removal and/or redistribution, backfilling, protecting, and watering the plant upon completion of repotting.
As container plants mature, their biomass increases and the roots grow outward and down to collect more water and nutrients. Most container plants tend to become root-bound and dry out quicker than their in-ground counterparts, and these conditions can cause a variety of issues, and lead to stunted growth and poor plant health. To prevent this from happening, it is important to make sure the root system is well dispersed in a healthy soil volume provided by an adequately sized container.
Svoboda Pennisi
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Well-groomed landscapes are often a result of considerable effort by landscape companies. Employees make them happen with routine care and, above all, attention to detail. A quality landscape and the image employees present on the job speak highly of the professionalism of the firm. Quality control (QC) is everyone’s responsibility and an essential part of a landscaper’s job. This publication describes the basics of creating and implementing a successful quality control program for your landscaping company.
Willie Chance and Svoboda Pennisi
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Landscape professionals must consider many factors when choosing the right flowering annuals to plant for a particular location. Primary considerations include high visual impact, consistent bloom for color, foliage for texture and color, sun exposure, growth habit and low-water tolerance. Cost plays an important role as well. Many landscapers typically choose common annual ornamentals and tropical perennials marketed as annuals. Particular species and cultivars tend to be favored over others for a variety of reasons; these are the bread-and-butter plants, such as cool-season pansies and warm-season petunias. Because of this, staple plants tend to be planted year after year, often in the same bed – a recipe for disease build-up, pesticide applications, loss of plants, plant replacement, dissatisfied customers, and ultimately, lower profit margins. This publication explains how to effectively use crop rotation and cultural practices to reduce disease incidence in seasonal color beds.
Jean Williams-Woodward and Svoboda Pennisi
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This publication is a comprehensive guide to growing vegetables organically, including location, planning, irrigation, soil preparation, composting, fertilizers, successive planting and crop rotation, mulching and insect control.
George Boyhan, Robert Westerfield, and Suzzanne Tate
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A pollinator-friendly and ecologically sustainable garden is both beautiful and able to attract and sustain beneficial insects, reducing the need for pesticides. This publication is based on new research in habitat management for purposes of planting insect-attracting plant species in order to intentionally draw insects to garden areas and urban landscapes. This is done by providing a refuge for the insects during winter and nectar and pollen resources. Plant selection directly affects beneficial insect populations, those insects that can provide ecological benefits such as biodiversity and natural pest control. This concept of “habitat management” can lead to potential increases in pollinating and other beneficial insect populations. An increase in these populations in landscapes will contribute to improved pollination of plants and biological pest control and reduce the need for pesticides.
Susan Braman and Svoboda Pennisi
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Temperatures affects plant growth and distribution. This publication explains how low temperatures (chilling and freezing) affect plant growth in production greenhouses, nurseries, and landscapes. These three environments have different causes and effects, each requiring unique responses to avoid injury. This publication outlines different techniques that can be used to avoid cold injury to plants.
Paul Thomas, Svoboda Pennisi, and Eric Stallknecht
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This publication explains the different sources of salt in the soil, the effects of high salt and salinity in plants, measurements of salinity in soils and water, and a list of salt-tolerant native trees alongside their ability to withstand high salinity.
The information in this bulletin was requested by the green industry, county faculty, and the public.
John Ruter and Svoboda Pennisi
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