Departments and Units Resources
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B 1499
Haiti Peanut Research Report
This report summarizes the findings of field trials and basic data collected in Haiti under the Feed the Future Peanut & Mycotoxin Innovation Lab project from 2014-2017. The focus of the research was to improve peanut productivity through management options for foliar diseases, low soil fertility, and other yield-limiting agronomic factors.
French translation:
https://extension.uga.edu/publications/detail.html?number=B1499-FR”>https://extension.uga.edu/publications/detail.html?number=B1499-FR|
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Drip, trickle, microemitters, and subsurface irrigation systems are considered low-volume irrigation. Low-volume irrigation systems are designed to improve irrigation efficiency, delivering water to the crop accurately with minimal water loss. Irrigation efficiency can be categorized into two main concepts: water loss and uniform application. If water loss is significant, or application uniformity is poor, efficiency will be low. Generally, the most significant loss of irrigation water is from overwatering, where the water percolates below the root zone, or from runoff. With good management, losses due to leaks, system drainage, and flushing of filters and lateral lines should not exceed 1%. Low-volume systems have the opportunity to achieve efficiency, and under careful management, will minimize losses from overirrigation. However, using low-volume systems requires increased irrigation frequency and soil moisture monitoring should be used to improve water-use efficiency. This publication covers system design, system efficiencies, components, chemical applications, diseases related to irrigation, and soil moisture monitoring.
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This report includes results of the 2017-2018 performance tests of small grains used for grain and forage. Grain evaluation studies were conducted in five locations in Georgia, including Tifton, Plains, and Midville in the Coastal Plain region; Athens in the Piedmont region; and Calhoun in the Limestone Valley region. Small grain forage evaluation tests were conducted at five locations in Georgia and Florida, including Tifton and Plains in the Coastal Plain region, Athens in the Piedmont region, Calhoun in the Limestone Valley region, and at Marianna, Florida.
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Silverleaf whitefly (SLWF) is a major pest of agriculture in Georgia requiring management in vegetable and agronomic cropping systems to preserve yield and quality. Our greatest opportunity for impacting the severity of SLWF infestations is to minimize overall SLWF populations moving from one cropping system to the next. This can be accomplished with effective in crop management and timely termination of crops after harvest to minimize the population over time. SLWF populations increase during the year and management within each cropping system significantly impacts subsequent cropping systems. It is important that SLWF management is a priority in all crops that serve as reproductive hosts. Cross-commodity cooperation and management with the objective of minimizing overall SLWF populations will benefit all of Georgia agriculture.
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Currently, European gypsy moth is one of the top quarantine species in the United States. Thanks to the efforts of the U.S. Forest Service and other organizations, such as the Slow the Spread Foundation, the spread of European gypsy moth has slowed dramatically and has yet to become established in Georgia. However, residents and commercial landscape/nursery persons should continually monitor for the pest. This review is intended to provide an introduction to European gypsy moth for residents and green industry professionals in the Southeast. It provides information on European gypsy moth identification, life cycle, means of spread, methods of control, and what can be expected in the Southeast if/when the insect arrives and becomes established.
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Cover crops are in essential part of an organic production system. Cereal rye and crimson clover are cover crops that are commonly used. If organic cover crop production is a viable enterprise for growers, it could improve the availability of varieties adapted to the Southeast; provide a source for locally grown seeds; and be another profit center for growers, seed cleaners, and local seed companies.
This bulletin discusses what farmers need to know about producing cover crops organically and gives example enterprise budgets for cereal rye and crimson clover. A two-year on-farm trial indicated that producing organic cover crop seed may be profitable.
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Experimental power determinations are very important to agriculture and other applied sciences. It is necessary to be able to detect small differences when human and animal health or production profitability are in question. These documents help researchers estimate the power of their experiments.
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C 1063
Home Garden Peaches
Learn about how to grow peaches at home in Georgia. Peaches are not native to North America; however, many cultivars have been developed for our area, and Georgia has a long history of successful peach production. This resource includes information about site selection and preparation, planting, fertilizing, insects, diseases, and harvesting. Recommended peach varieties for Georgia are also listed.
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New ornamentals have long been considered the lifeblood of the green industry. This publication contains recommendations for best-performing new annuals based on research conducted at the Trial Gardens at the University of Georgia, showcasing the plants that were awarded Classic City Awards in 2017.
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