| The Georgia Peanut Evalution Program |
Bill Branch, UGA
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| A Holistic Solution To Using Soil Moisture Data For Scheduling Irrigation |
George Vellidis, UGA |
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| Using Remote Sensing to Map In-Field Variability of Peanut Maturity |
George Vellidis, UGA |
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| A Mobile Irrigator Pro-Based Irrigation Scheduling Took for Increasing Irrigation Water Use Efficiency and Yield in Peanut |
Wesley Porter, UGA |
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| Establishment of a Long Term Sustainability Program for Peanut Production in Georgia Utilizing the Field to Market Field Print Calculator |
Wesley Porter, UGA |
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| Determination of Optimal Timing for Peanut Irrigation Trigger Levels |
Wesley Porter, UGA |
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| Maximizing Control of Soilborne Diseases and Nematodes of Peanut with Cultivars and Fungicide Application Strategies |
Timothy Brenneman, UGA |
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| Introgression and Utilization of Pest and Disease Resistance Genes from Wild Species for Peanut Improvement |
Scott Jackson, UGA
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| Development and Evaluation of Cultivars with Improved Disease Resistances to Increase On-Farm Profitability |
Corley Holbrook, USDA |
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| Predicting Harvest Date for New Peanut Varieties and Disease Control Strategies |
Craig Kvien, UGA |
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| Identification of Physiological and Metabolic Mechanisms as Indicators of Drought Tolerance in Peanut Plants |
Cristiane Pilon, UGA |
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| Anatomical Features Contributing to Higher Peanut Yield Under Drought and Heat Stress |
Cristiane Pilon, UGA |
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Single and Dual Shank Subsoiling and Inoculant Rate Evaluation
for Twin Row Peanut |
Scott Tubbs, UGA |
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Compare GA-06G to Other Peanut Cultivars for Physiological Trait Relationships for Seed Germination, Vigor, Stand Establishment and Production |
Tim Grey, UGA |
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| Identification of New Sources of Resistance to TSWV in Wild Tetraploid Arachis for Peanut Improvement |
Soraya Bertioli, UGA |
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Introgression of Strong Resistance to Root Knot Nematode from
the Wild Species A. stenosperma Into Elite Peanut Lines |
David Bertioli, UGA
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| The Peanut Foundation |
Steve Brown, Peanut Foundation |
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Adaptation of New Fungicides and Application Strategies for
Control of Early & Late Leaf Spot of Peanut |
Albert Culbreath, UGA |
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| Effect of In-Furrow Seed and Foliar Insecticide Treatments on Tomato Spotted Wilt and Yield in New TSWV Resistant Cultivars |
Albert Culbreath, UGA
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| Development and Validation of User-Friendly Markers from the Identified QTLs for Resistance to TSWV and Leaf Spots in Breeding Selection |
Baozhu Guo, USDA |
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| A Reliable Method to Assess Spotted Wilt Incidence and its Contribution to Yield Loss in Peanut Production |
Babu Srinivasan, UGA |
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| The Influence of Planting Dates on Water Use and Yield in Peanut: A Field Scale Evaluation |
Monique Leclerc, UGA |
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| Georgia Weather Network |
Pam Knox, UGA |
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| 2018 Hot Topics on Peanuts |
Yen-Con Hung, UGA |
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| Marker-Assisted Breeding for Late Leaf Spot Resistance: Breeding Line Selection and Phenotyping |
Peggy Ozias-Akins, UGA |
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| Analysis, Development and Implementation of the 2018 Farm Bill on Georgia Peanut Producers |
Stanley Fletcher, ABAC |
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A Multi-Economic Analysis Program to Enhance the Sustainability
of Georgia Peanut Producers |
Stanley Fletcher, ABAC |
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| Peanut Revenue Insurance Program |
Audrey Luke-Morgan, ABAC |
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| Determining Biocontrol Options for Peanut Pests: A Molecular Approach |
Jason Schmidt, UGA |
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| Thrips Population Monitoring |
Mark Abney, UGA |
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| Biology and Management of Peanut Burrower Bug in Georgia |
Mark Abney, UGA |
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| University of Georgia Agronomic Research & Extension Programs to Address Economic Sustainabiliy of Peanut Production |
Scott Monfort, UGA |
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University of Georgia Cooperative Extension County Agent Programs
Brooks County
Irwin County
Jefferson County
Mitchell County |
Scott Monfort, UGA
Stephanie Hollified
Phillip Edwards
Pamela Sapp
Brian Hayes
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| Georgia Peanut Achievement Club for Recognizing Whole-Farm Peanut Yields |
Scott Monfort, UGA |
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| Peanut Weed Management Program |
Eric Prostko, UGA |
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