Entomology Resources
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Native plants are a great choice for Georgia landscapes. They provide food and habitat for native insects, birds, and other creatures and allow the gardeners to support local ecosystems. They are well suited to their native environments and many are quite beautiful. However, they are not super plants! They need to be sited in locations that closely match their native habitat, and the general public often assumes they need little or no care. This publication outlines conditions under which native plants need supplemental water and pest protection. Using the guidelines presented here, gardeners will be able to grow healthy native plants in their landscape.
Ellen M. Bauske, Bodie V. Pennisi, S. Kris Braman, and James W. Buck
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Blackberries and raspberries are one of the most popular fruits to grow and they are among the easiest for the home gardener to successfully produce. Blackberries and raspberries come as erect types (no trellis required) and trailing types (trellis required), depending on the varieties selected. This publication discusses growing raspberries and blackberries in a home garden.
Bob Westerfield, Phillip M. Brannen, Marco T. Fonseca, Gerard W. Krewer, and Dan L. Horton
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C 997
Pomegranate Production
This resource helps growers understand how to grow pomegranates for commercial or home use in Georgia, as well as general production practices common in other pomegranate-producing regions. There has been increasing consumer demand for the fruit and it’s being used in many consumer products, including tea and juice blends, nut mixes, and other foods.
Bob Westerfield, Harald Scherm, Dan L. Horton, Dr. Karina G. Martino, and Daniel D MacLean
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C 1151
Viticulture Management
This phenology-based viticulture management poster provides a reference for sound viticultural, disease, and insect management practices in a digestible format. Viticultural practices optimize vineyard health, profitability, and sustainability and improve crop quantity and quality. Like pest management, viticultural practices should be implemented in a timely fashion throughout the growing season to maximize practice efficiency and benefit gain. Disease control in grapes is critical, as grapes are susceptible to a wide range of pathogens. Implementing timely and adequate cultural practices will greatly help to suppress diseases.
Phillip M. Brannen and Brett R Blaauw
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The southern chinch bug, Blissus insularis Barber, is a serious insect pest of turfgrass, especially St. Augustinegrass, in Georgia. Bermudagrass, centipedegrass, and zoysiagrass are also attacked by southern chinch bug. They feed on grass using their piercing and sucking mouthparts. Affected turfgrass can form yellow to brown patches that are sometimes mistaken as indicators of disease or drought stress. Populations of southern chinch bug can build up at the edges of these patches at over 100 individuals per square foot, which can kill the affected grass. The development of southern chinch bug in the grass can easily go unnoticed because of their small size and dark-gray color, which blends in with thatch. This publication summarizes the biology, lifecycle and management options available for southern chinch bug in Georgia.
William G. Hudson, Shimat V. Joseph, and Fawad Khan
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Sod webworms are a serious pest of turfgrass in Georgia. There is limited information available to the green industry and the public about the general biology, ecology, and management of this pest. This publication includes photos of sod webworms, their life cycle, and management options so that landscape industry professionals and homeowners can learn about the pest sufficiently to manage it.
William G. Hudson and Shimat V. Joseph
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Alton N Sparks, Laurel Dunn, Andre Luiz Biscaia Ribeiro da Silva, and Govindaraj Dev Kumar
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Alton N Sparks, Laurel Dunn, Andre Luiz Biscaia Ribeiro da Silva, and Govindaraj Dev Kumar
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C 1237
Bagworms in Urban Landscapes
An introduction to bagworms, along with their biology, how they damage landscapes, and management options.
William G. Hudson, Shimat V. Joseph, and Oluwatomi Daniel Ibiyemi
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