2021 Submitted Abstracts
APRES has received (as of 4-11-2021 @ 12:00 PM) the following abstracts for presentation at its 53rd Annual Meeting, July 13-15, 2021.
Deadline for submission: April 15, 2021
Authors may make changes to their abstract by completing the submission process again and attaching the updated abstract. The last submission received will be the abstract published in the Proceedings.
| Last Name | First Name | Abstract Title | Video Link | Assigned Session |
|---|---|---|---|---|
| Abbott | Chad | Peanut Variety Response to Brake® | ||
| Abogoon | Jennifer | Assessment of Genetic Purity of Commercially Cultivated Peanut Varieties in Ghana | ||
| Achola | Esther | Genome Wide Association Studies reveal novel loci for resistance to Groundnut Rosette Disease in cultivated peanut (Arachis hypogaea L.) | ||
| Ali | Emran | Molecular Detection, Gene Expression and Phylogenetic Analyses of Aflatoxin Producing of Aspergillus flavus Strains Isolated from Peanut Seeds in Georgia | ||
| Anco | Dan | Sound Splits as Influenced by Seed Size for Runner and Virginia Market Type Peanut Graded on a Reciprocating Sheller | ||
| Andres | Ryan | Understanding Variation in Oleic Acid Content of High-Oleic Virginia-type Peanut | ||
| Arias | Renee | The White Stuff on Properly Stored Peanuts Identified, Need to Reassess Boundaries? | ||
| Arthur | Stephen | Benefits of Peanut – Cereal Rotation and Inputs Systems on Maize Growth and Yield in Northern Part of Ghana | ||
| Arthur | Stephen | Response of Peanut Genotypes to Pre-Harvest Aflatoxin Contamination in Ghana | ||
| Audebert | Alain | High Throughput Phenotyping Methods on Peanuts Fields | ||
| Bag | Sudeep | Approaches to Prevent and Manage Viruses Introduced by Seed | ||
| Balkcom | Kris | Evaluation of Twin Row Spacings and Seeding Rates for Runner Peanuts | ||
| Ballen-Taborda | Carolina | Learning from Using Wild Relatives to Incorporate Nematode Resistance in Peanut | ||
| Balota | Maria | Vegetation Indices Enable Indirect Phenotyping of Peanut Physiologic and Agronomic Characteristics. | ||
| Bashyal | Mahesh | Do Belowground Peanut Plant Parts Contribute N credits to Subsequent Crops? | ||
| Beasley | Kathryn | Chayote Contests and Tamarind Butter: The Natural Agricultural Range of Florida and its Role in Home Demonstration Programming, 1915-1930 | ||
| Becton | Hope | Dispersal of Nothopassalora personata from an Inoculum Source | ||
| Bediako | Kwabena | Response of Peanut Genotypes to Pre-Harvest Aflatoxin Contamination in Ghana | ||
| Bennett | Rebecca | Response to Drought Stress in a Subset of the U.S. Peanut Mini-core Evaluated in Three States | ||
| Bertioli | David | Benefits of International Seed Exchange of Peanut Wild Species: The Arachis cardenasii Case | ||
| Brandenburg | Rick | Enhancing the Peanut Value Chain through Peanut Innovation Lab Partnerships: Examples of a Production Guide in Malawi using Research Results from Ghana | ||
| Brenneman | Tim | Effects of Dynasty and Rancona Seed Treatments and In Furrow Sprays on Peanut Plant Stands, Diseases and Pod Yield | ||
| Brown | Nino | Evaluating the Potential of UAV-based Imagery for Detailed Measurement of Above-ground Growth Characteristics in a Peanut Breeding Application | ||
| Burow | Mark | Field Measurements, Yield, and Grade of the U.S. Minicore under Water Deficit Stress | ||
| Butts | Chris | Fruit Initiation Response to Early Season Water Stress | ||
| Calhoun | Justin | Determining Residual Length of Control for Soil-Applied Herbicides in Peanut | ||
| Campbell | Howard | Disease and Yield Response of Selected Peanut Cultivars to Low and High Input Fungicide Programs in Southeast Alabama | ||
| Carrillo | David | Breeding Spanish Peanuts (Arachis hypogaea L.) for Organic Peanut Production In West Texas | ||
| Carter | Ethan | 2021 Panhandle Row Crops Update Series: Connecting Producers Virtually to Research from Three Land Grant Institutions | ||
| Cason | John | Screening for Amino Acid Content in Peanut (Arachis hypogaea L.) Using Raman Spectroscopy | ||
| Castellano | Damion | Phenotyping Peanut Resistance to Nothopassalora personata Prior to Symptom Development | ||
| Cazenave | Alexandre-Brice | Using Multispectral Drone Camera to Differentiate Drought Tolerant Recombinant Inbred Lines of Peanut Grown under Rainout Shelters | ||
| Chagoya | Jennifer | In vitro Fungicide Sensitivity of Pythium and Rhizoctonia Isolates Associated with Peanut Pod Rot | ||
| Chamberlin | Kelly | Identification of U.S. Germplasm Resistant to Peanut Smut | ||
| Chapu | Ivan | High-throughput Phenotyping Enables Indirect Selection for Leaf Spot and Groundnut Rosette Disease Resistance in Peanut Breeding Program in Uganda | ||
| Chavarro | Carolina | A Tree of Relationships of Section Arachis of Unprecedented Scope and Detail | ||
| Chu | Ye | Genetic Recombination in a New MAGIC Population of Peanut | ||
| Commey | Leslie | Insoluble Polyphenol Mediate Aspergillus flavus Resistance | ||
| Costello | Kathleen | A Potential New Source of Rust (Puccinia arachidis) Resistance from Wild Peanut Relatives Arachis stenosperma and Arachis batizocoi | ||
| Dang | Phat | Phenotyping the US Mini-core Collection to Identify Drought Tolerant Peanut Genotypes Using Environmental Control Plots | ||
| Danso | Benjamin | Validation and Utilization of SNP Markers for Introgression of Late Leaf Spots Resistance Genes in Peanut | ||
| Dean | Lisa | Peanuts as a Source of Vegetable Protein: Past Successes and Future Challenges | ||
| Deraniyagala | Anushi | Development of A Taqman Assay for The Detection of Groundnut bud necrosis orthotospovirus on Peanut: A Quarantine Pathogen in the USA | ||
| Devota | Pratap | Response of Peanut to Exposure Timing and 2,4-D plus Glyphosate Rate | ||
| Deom | Carl | Overview of Groundnut Rosette Disease: Past, Present and Future | ||
| de Souza Rodriguez | Juliana | The Effects on Peanut Seed Germination Using Plant Growth Regulators under Different Temperatures | ||
| Dunne | Jeffrey | Characterize Leaf Spot Resistant Loci through Image Analysis of Advanced Breeding Lines in the NCSU Peanut Breeding Program | ||
| Edwards | Phillip | Assessment of Peanut Fungicide Programs and Sulfur in Irwin, County, GA, 2020 | ||
| Essandoh | Danielle | Identification and Genetic Mapping of Novel Sources of Resistance to Groundnut Rosette and Late Leaf Spot Diseases in a Collection of Arachis Wild Derivatives | ||
| Foote | Bill | Interesting Issues Associated with Varieties and Seed Quality in North Carolina and Virginia over the Past Decade | ||
| Foote | Ethan | Interactions of Foliar Applied Herbicides with Residual Herbicides and Fungicides | ||
| Fountain | Jake | Identification of Peanut Late Leaf Spot Resistance locus, pRPP13-like, using Nested Association Mapping Approach | ||
| Fountain | Jake | New Reference Genomes and Comparative Genomics Analyses in Aspergillus flavus | ||
| Fritz | Katelyn | Development of Genomic Resources for Increased Folate Content in Peanut (Arachis hypogaea) | ||
| Gaudin | Anna | Effects of Prohexadione Calcium Application Timing on Peanut (Arachis hypogaea L.) Growth and Yield in Mississippi | ||
| Godwin | Hayden | Tractor Planting Speed and Downforce Effect on Peanut Seed Spacing, NDVI, Plant Stand, and Yield | ||
| Gonzales | Maricel | Introgression of Wild Arachis cardenasii Alleles into Cultivated Peanut to Confer Resistance to Early and Late Leaf Spot | ||
| Goyzueta | Marco | Utilizing QTLseq Pipeline to Identify Genetic Regions Linked to the Black Pod Trait | ||
| Grey | Tim | Peanut Science: 49 Years of Peanut Research | ||
| Grichar | James | Peanut Response to Diclosulam in the Texas Peanut Growing AreasPyroxasulfone | ||
| Groce | Kaylyn | Measuring Peanut Sustainability Production Practices Using the Field to Market Fieldprint Calculator in Georgia | ||
| Guo | Baozhu | High Resolution Genetic and Physical Mapping of a Peanut Spotted Wilt Disease Resistance locus, PSWD-1, to Tomato Spotted Wilt Virus (TSWV) | ||
| Hagan | Austin | Comparison of Fluopyram and Aldicarb for Root-Knot Nematode and Disease Control along with Yield Response of Peanut, 2013 to 2020 | ||
| Hayes | Brian | Evaluating Peanut Fungicide Programs in Mitchell County, Georgia | ||
| Hoisington | Dave | Feed the Future Innovation Lab for Peanut Employs Novel Approach to Research During Pandemic Travel Restrictions | ||
| Holbrook | Corley | Release of Peanut Germplasm Lines with Resistance to Late Leaf Spot | ||
| Hopkins | Mark | Genesis and Characterization of New Interspecific Hybrids to Increase Genetic Diversity in Cultivated Peanut | ||
| Hurdle | Nick | Response of Non-irrigated Peanut to Multiple Rate Delayed Flumioxazin Applications | ||
| Jordan | David | Developing Weed Management Risk Tools for Crops in North Carolina | ||
| Jordan | David | Contrasts of Peanut Risk Management Tools for Peanuts in Argentina, Ghana, India, Malawi, and North Carolina | ||
| Jordan | David | Influence of Heat Unit Accumulation and Low Temperatures on Pod Maturation: An Example from North Carolina during the 2020 Growing Season | ||
| Kemerait | Bob | Assessment of Inpyrfluxam as a Component of a Program for Management of Peanut Diseases | ||
| Kemigisha | Daisy | Drivers of Youth Participation in Groundnut Value Chains in Nwoya and Tororo Districts, Uganda | ||
| Kostandini | Genti | The Potential Impact of Improved Peanut Varieties and Fungicide Applications on Peanut Productivity and Profitability in Haiti | ||
| Kumar | Naveen | Phenotyping and Genotyping RIL Population of Virginia Type Peanut for Drought Tolerance in Virginia Carolina Region | ||
| Lamb | Marshall | Cost of Aflatoxin to the United States Peanut Industry | ||
| Lamon | Samuele | Estimation of Double Reduction in Segmental Allotetraploid Peanut | ||
| Leal-Bertioli | Soraya | Spontaneous Generation of Diversity in Arachis neopolyploids (A. ipaënsis x A. duranensis)4x as a Model for the Early Stages of Peanut Evolution | ||
| Li | Steve | Integrated Weed Management Practices to Control ALS and PPO-Inhibitor Resistant Palmer amaranth in Peanut | ||
| Liwonde | Ellah | Estimating Aflatoxin in Farmers’ In-Shell Groundnuts by Testing Various Groundnuts-Grade Components in Malawi | ||
| Luo | Ziliang | Identifying Genomics Regions and Evaluating the Epistasis Controlling Stem Rot Resistance in Cultivated Peanut (Arachis hypogaea) | ||
| Massa | Alicia | Progress in the Evaluation of Peanut Germplasm to Enable Selection for Aflatoxin Resistance | ||
| Meya | Michael | Evaluating the Effectiveness of Aflasafe and Agronomic Practices in Reducing Aflatoxin Contamination and Yield of Groundnuts in Malawi | ||
| Mhango | Wezi | Effects of Fungicides Application and Weed Management Methods on Performance of Groundnut (Arachis hypogea) | ||
| Miller | Jennifer | Economic Impact of Increased Seeding Rates in Single Row Peanut in Southeast Georgia | ||
| Mirembe | Ruth Martha | Use of Photovoice to Assess Quality and Safety of Peanuts along the Value Chain: A case of Youth in Nwoya and Tororo districts, Uganda | ||
| Mkanda | Brian | Effect of Boron and Calcium Fertilizer Application and Harvesting Dates on Seed Quality and Yield Components of Groundnuts | ||
| Moreno | Leticia | Physiological Quality of Peanut Seeds Impacted by Drought During the Reproductive Development | ||
| Mtengezo | Precious | Response of Groundnuts to Rhizobia Seed Inoculation, Inorganic Fertilizer Application and Plant Density | ||
| Nboyine | Jerry | Developing Risk Management Tools to Help Farmers Minimize Risk in Peanut Production in Two Agro-ecologies in Ghana | ||
| Ndela | Dominic | Evaluation of Selected F6 Peanut Progenies of BC3-derived Introgression Lines and Spanish Parents for Resistance to Aspergillus flavus Infection | ||
| Neindow | Japheth | Genetic Variation for Drought Tolerance and Oil Quality Traits in a Groundnut Population Using Sensing Technologies | ||
| Newman | Cassondra | Genomic Characterization of North Carolina State University’s Germplasm and Breeding Lines | ||
| O'Connor | Daniel | Successful Implementation of Speed Breeding Techniques in a Peanut Breeding Program | ||
| Oteng-Frimpong | Richard | Enhancing the Efficiency in Data Collection in Peanut Through Whole-Plot Data Capture: the Case of Above Ground Biomass and Foliar Diseases | ||
| Pham | Hanh | Marker Analysis of Breeding Lines for High Oleic Oil and Nematode Resistance | ||
| Pilon | Cristiane | Water Management Strategy in Peanut for Improved Seed Physiological Quality | ||
| Price | Tucker | 2020 Peanut White Mold Fungicide Program Comparison in Cook County, Georgia | ||
| Prostco | Eric | Peanut Response to Soil-Applied Liberty® (Glufosinate) | ||
| Rossi | Chiara | Plant Growth and Leaf Spot Control of Peanut Plants Treated with Different Fungicide Programs | ||
| Rossi | Chiara | Photosynthetic Efficiency and Yield of Peanut Plants Treated with Dodine | ||
| Royals | Brian | Thrips and Peanut Response to Imidacloprid and Fluopyram Applied At Planting | ||
| Sanchez-Dominguez | Samuel | Evaluation of Fifteen Peanut lines and Commercial Varieties , under Dry conditions on Summer 2019, in State of Morelos, Mexicost | ||
| Sine | Bassirou | High Throughput Functional Traits to Screen Peanut Productivity and Adaptation in Senegal | ||
| Shumaker | Jaime | Potential Use of RAMAN Spectroscopy for Trait Indentification in Peanut (Arachis hypogaea L.) | ||
| Ssendagire | Henry | GRD Alternative Hosts | ||
| Strayer-Scherer | Amanda | Evaluation of Alternatives to Chlorothalonil for Peanut Disease Control in Southeast Alabama | ||
| Seidu | Ahmed | Influence of Geographical Location and Time of Planting on Pest Densities and Yield of Peanut Varieties in Ghana | ||
| Sie | Emmanuel | Photogrammetry Enables Indirect Selection and Increase Genetic Gains for Leaf Spot Tolerance in Peanut Breeding Program in Ghana | ||
| Sobolev | Victor | Simple Non-Destructive Method for Quantification of Aflatoxins in Individual Peanut (Arachis spp.) Seeds | ||
| Sung | Cheng-Jung | Genome-Wide Association Study on Peanut Water Deficit Stress Tolerance Using the U.S. Minicore to Develop Improvement for Breeding | ||
| Tallury | Shyam | Peanut Germplasm Resources and Genetic Vulnerability Considerations | ||
| Taylor | Kenyanna | Effect of Mixing Elemental Sulfur with Demethylation Inhibitors (DMI) And Quinone Outside Inhibitors (Qoi) On the Management Of Late Leaf Spot (Nothopassalora Personta) and Rust (Puccinia Arachidis) Of Peanut (Arachis hypogaea) | ||
| Tillman | Barry | The Effects Plant Type and Seeding Density on Plant Growth and Pod Yield | ||
| Tubbs | Scott | Replanting of Gaps in Peanut Rows | ||
| Tyson | Bill | Comparison of Peanut White Mold Fungicide Programs in Bulloch County, Georgia | ||
| Wang | Jianping | Using CRISPR/Cas9 in Hairy Roots System to Explore the Gene Functions During Peanut Nodulation | ||
| Wheeler | Macie | Effects of In-Furrow Fertilizer on Peanut Germination | ||
| Whittenton | Joseph | Using Remote Sensing to Predict Peanut Pod Maturity | ||
| Yahaya | Iddrisu | Impact of Adoption of Improved Varieties on Household Share of Peanut Income in Northern Ghana | ||
| Zhang | Qiong | Physiological Responses of Peanut Varieties to Mid Season Drought Stress | ||
| Zurweller | Brendan | Peanut Cultivar Response to Residual Soil Test Potassium Amounts in North Mississippi |