Seminars

2026

  • Dallas Kreisa
    Spreading Hazelnuts across America: the Health and History of the Magical Nut
  • Tanner Hamerling
    Rediscovering Torrey’s Mountain Mint
  • Aasish Pokharel
    Combating Rice Blast : Pyramiding Resistance for Food Security
  • Qian Feng
    Exploiting Ancestral Germplasm for Improving Tomato Fruit Quality
  • Sindoor Nalajala
    Building Better Blueberries for Georgia through Interspecific Hybridization
  • Namrata Maharjan
    Genetic dissection and deployment of wild introgressions for disease resistance and pod quality in peanut (Arachis hypogaea L.)
  • Tosin Olorunwo
    The effect of endogenous methyl salicylate on the post harvest cold storage of tomato
  • Shan Jian
    When physics and chemistry meet plant biology: next-generation biolistics for genome editing
  • Achyut Duwadi
    Fighting Scab in Pecans: Path for durable resistance
  • Sameer Pokhrel
    What’s Threatening Your Peanut Butter Sandwich?
  • Jazib Ali Irfan
    Genomic Prediction, Yield Stability, and Integration of Root and Photosynthetic Traits for Biomass Yield Improvement in Switchgrass (Panicum virgatum L.)
  • Dr. Maria Salas-Fernandez
    Harnessing Genomic and Phenomic Strategies to Improve Sorghum Yield Potential: Challenges and Opportunities
  • Dr. David Douches (The 5th annual Roger and Cindy Excellence in Plant Breeding Lecture Series)
    Diploid Potato Breeding: Progress and Challenges
  • Dr. Kate Evans
    Pome Fruit Breeding at Washington State University

2025

  • Millicent Avosa
    Bridging the Wild-Cultivated Divide Using Chromosome Segmented Substitution Lines (CSSLs)
  • Prasanna Kharel
    Fighting Aflatoxin in Peanut: Multiscale Mitigation Strategies, from Fields to Genes
  • Tosin Olorunwo
    The Genetics and Physiology of Blossom End Rot in Tomato
  • Saptarshi Mondal
    Genetic control of salt tolerance traits in Chloridoideae subfamily
  • Anne Marie Gahagan
    Identifying QTLs Associated with Nut Shape Characteristics in Pecan: Evaluating Texture and Storability in Muscadine Germplasm
  • Swikriti Pandey
    Expanding Genetic Diversity for Peanut Breeding
  • Ben Culver
    Identification of Candidate Quantitative Trait Loci for Resistance to Ramularia Leaf Spot in Upland Cotton (Gossypium hirsutum L.)
  • Dr. Michael Cacciatore, University of Georgia
  • Dr. Vance Whitaker, University of Florida
  • Dr. Sushan Ru, Auburn University
  • Shreena Pradhan
    Determining the Genetics of Leaf Traits Associated with Salt Tolerance in Zoysiagrass
  • Skye Remko
    What you need to know about nature's "gene jockey"
  • Jackline Litunya
    A Watermelon Battle: Whiteflies and the Viruses They Transmit
  • Bukhtaawer Talat
    CLRDV: A Threat to Cotton Production
  • Yongjun Yue
    Breeding and Propagation of Lagerstroemia Cultivars
  • Harshita Saxena
    Host specificity of Magnaporthe oryzae across Poaceae and resistance mechanisms in rice and tall fescue
  • Rachel Rackers
    Investigation of the Role of MiRNAs and Symbiotic Fungi in Biofuel Sorghum Production
  • Nathaniel Burner
    Improving Soybean through High-Thoroughput Phenotyping and Drought Tolerance
  • Mylee Mobley
    Evaluation of Cowpea for Resistance to the Cowpea Curculio
  • Emily Powell
    Coffee Under Siege: Preventing a Caffeine Crisis
  • Kamalpreet Dhillon
    Beyond Natural Limits: Enhancing Variation in Turfgrass
  • Leah Tomey
    The Genetics and Biochemistry Behind a Flavor that's Anything But Plain
  • Namrata Maharjan
    Going Viral: Saving the Food We Love
  • Habib Widyawan
    How To Protect Soybean From Southern Stem Canker
  • Anita Giabardo
    Live Fast, Last Long: Apples' Race Against Time

2024

  • Anne Frances Jarrell
    Defeating Late Blight, Potato’s Arch Nemesis
  • Raegan Holton
    Putting the "able" in Sustainable Agriculture: Using Peanuts and Genetics
  • Iago Schardong
    Fiber Wars: A new hope for cotton over synthetics
  • Eddie Beasley
    Evaluation of Cotton Germplasm for Resistance to Endemic Diseases in the Southeast United States
  • Brody Deaton
    Improving Tolerance to Dinitroaniline Herbicides in Tall Fescue, Schedonorus arundinacea
  • Vinavi Gamage Lakshman
    Investigation of the molecular basis of soybean cyst nematode resistance in soybean and its impact on soybean growth and development
  • Anita Giabardo
    Another brick in the (cell) wall. How improved biomass can open doors to tomorrow's bioplastic
  • Kelly Goode
    Elucidating the Molecular Basis of Soybean Resistance to the Southern Root-Knot Nematode
  • Dr. Phil Simon
    Carrot Breeding to Reduce Inputs for Growers and Increase Outputs for Consumers
  •  Jazib Irfan
    The King of Fruits: What makes a MANGO           
  • Yongjun Yue
    Advances and Innovations in Rose Breeding: From Genetics to Garden             
  • Qian Feng
    Flavorful Aromas: The Scents Behind Your Favorite Fruits  
  • Habib Widyawan
    Can cooking be more sustainable?
  • Caitlin McCann
    The State of Peaches in the Peach State  
  • Harshita Saxena
    The Quest for a Perfect Lawn: How America’s best grass came to be    
  • Anne Collart
    Goodbye Pesto? Overcoming the Basil Downy Mildew Pandemic    
  • Akshaya Biswal
    IPBGG Membership Seminar: Fast Forward Peanut Breeding for Disease Resistance and Seed Quality
  • John Bagwell
    Deciphering the Genetics of Hessian Fly, Leaf Rust, and Stripe Rust Resistance in Wheat in the Southeastern US (Dissertation Defense)
  • Rachel Rackers
    MiRNA Ninjas: Overlooked Players to Increase Sorghum Biofuel Production
  • Kelly Goode
    From Roots to Resilience: Plant Breeding for Nematode Resistance
  • Nathaniel Burner
    Come Fly With Me: Drone-based Estimation of Soybean Maturity
  • Shreena Pradhan
    Paint Your Plate Purple
  • Amol Nankar
    Vegetable Breeding – Breeding Pipeline Development to Variety Release
  • Jon Cody
    Developing tools for improving the process of plant transformation and gene editing
  • Andrew Ogden
    Breeding Horticultural Crops for Controlled Environment Agriculture: A New Horizon

2023

  • Mylee Mobley
    Host Plant Resistance: Cowpea vs. Curculio
  • Katie Toomey
    Rooting Against the Odds: A Success Story from African Fields
  • Samantha Wan
    Fiber Quality Improvement of Upland cotton (Gossypium Hirsutum L.) through Interspecific Introgression
  • Razi Ibrahim
    Developing 2,4-D resistant white clover through mutation breeding and recurrent selection
  • Gema Nugraha
    Rediscovering a Legacy: Finding Adaptability in Lost Peanut
  • Dr. Andrew Wiersma
    Plant Breeder, Edible Bean Breeding and Genetics at Archer Daniels Midland
  • Guarab Bhattarai
    Genetic Analysis of Nut Shape and Scab Resistance in Pecan
  • Daniel Matusinec
    Bringing together peanut wild relatives to combat stem rot
  • Angel Brooks
    My Relationship with Renewable Energy and Switchgrass
  • Hallie Wright
    Full Blast: Overcoming Finger Millet’s Biggest Villain
  • Nathaniel Burner
    Can Breeding End the War on Tobacco?
  • Brandon Tonnis
    Peanut Oil Treasure Hunt: Breeding for an Overlooked Peanut Trait 
  • Saptarshi Mondal
    Can Zoysiagrass Beat Salts?
  • Namrata Maharjan
    Spotting resistance in wild peanut relatives
  • Samikshya Rijal
    Curiouser and Curiouser About Citrus
  • Holly W. Presley
    Fortifying the Cereal Aisle
  • Razi Ibrahim
    Grow Your Own Nitrogen: Improving Seed Yield of White Clover
  • Sydney Webb
    A Champion in the Making? Improving Peanut's Resistance to Tomato Spotted Wilt Virus
  • Antonio Jose Monforte
    Genetic basis of fruit morphology and domestication in melon
  • Brandon Tonnis
    Open Sesame: Creating a Better Password for an Ancient Oilseed
  • Samantha Surber
    Return of the Forest's Gentle Giant
  • Jordan Knapp-Wilson
    James (Oglethorpe) and the Giant Peach: A Tale of How Georgia Became the Peach State
  • Kendall Lee
    Characterization of the Tall Fescue Endophyte
  • Manoj Sapkota
    Elucidating the genetic basis of flavor volatiles in tomato
  • Mark Miller
    Predictive breeding to accelerate genetic gain in soybean
  • Sam McDonald
    Genetic mapping of frogeye leaf spot resistance and breeding for improved seed composition in soybean
  • Harshita Saxena
    Who’s eating all the chickpeas?
  • Samantha Wan
    A Dip into Upland Cotton's Secondary Gene Pool for Fiber Quality Improvement
  • Brody Deaton
    From Row Cropping to Turfgrass, Potential Uses and Impacts of Dinitroaniline Herbicide Resistance
  • Ben Culver
    Watch out for Ramularia: an emerging cotton leaf disease 
  • Daniel Matusinec
    Bringing Cranberries to the Thanksgiving Table
  • Yongjun Yue
    Legends, Hunters, and Thieves: The Stories Behind Our Backyard Landscaping

2022

  • Vinavi Lakshman
    CRISPRing: Gene Editing to Accelerate Plant Breeding
  • Amanda Webb
    A Seedy Story - Sterility in Bermudagrass Golf Greens
  • Austin Hart
    Plant Aromatics: For More Than Just the Birds and Bees
  • Holly Wright Presley
    A Royal Homecoming - Improving Low pH and Aluminum Tolerance in Alfalfa for the Southeast 
  • Zachary Fleming
    Blossom End Rot: A Multi-Species Menace
  • Samikshya Rijal
    Watermelon's Wild Friends - Introgressing Important Traits in a Favorite Fruit
  • Brianna Cheekc
    An Analysis of the Tools for Mitigation of Aflatoxin Production in Peanut
  • John Bagwell
    The Genetic Plan to Save our Bread
  • Kendall Lee
    We Have History: The Coevolution of Asexual Epichloe Endophytes and Cool-Season Grasses
  • Natacha Namphengsone
    The Role of OFPs and TRMs in Organogenesis
  • Sefa Ayten
    Genome Analysis of the Medicinal Plant Teucrium marum (Lamiaceae)
  • Alexandra Ostezan
    Genetic Improvement of Soybean for Resistance to Soybean Cyst Nematode
  • Sam McDonald
    Who Let the Frogs Out? Breeding Soybean to Prevent the Next Frogeye Leaf Spot Outbreak
  • Ethan Menke
    Advancing Soybean Breeding Through Disease Resistance, Climate Resilience, and High-Throughput Phenotyping
  • Gaurab Bhattarai
    PBGG Spring Student Seminar: An Uncovered Gem of the South: the Muscadines
  • Edward Beasley
    Navigating Native Traits of Cotton Responsible for Nematode Resistance
  • Madhav Subedi
    Quinoa: South America's Gift to Your Kitchen
  • Alexandra Ostezan
    Combatting Soybean Cyst Nematode: Helping Soybeans in the Fight Against Yield Loss
  • Manoj Sapkota
    Language of Plants: Understanding the Plant Vocabulary and its Possible Implications in Crop Breeding
  • Samuele Lamon
    Italian Chicory: Experiment with Bitterness and Colors in your Salads

2021

  • Dung Tran
    Genetic mapping of QTL for and exploring the interaction of root microbiome with soybean cyst nematode resistance
  • Isabel Vales
    Development of Climate-change-ready Potato Varieties to Overcome Heat Stress
  • Matthew Clark
    Modern Grape Breeding, using DNA Markers to Enrich the Selection Process
  • Caleb Warrington
    Sesame: Modernizing an Ancient Oilseed
  • Nino Brown
    Powerful Peanuts - Leveraging Technology for Peanut Cultivar Development Research
  • Lovepreet Singh Chahal
    Evaluation of Phylogenetically Distant BABY BOOM Genes for their Potential to Induce Parthenogenesis
  • Chandler Levinson
    Characterization of Allotetraploids Cross-Compatible to Cultivated Peanut (Arachis hypogaea L.)
  • Samuele Lamon
    Meiosis as a Causal Mechanism for Genome Variation
  • Kendall Lee
    The Fungus That Feeds America
  • Vinavi Lakshman
    Drink Tea and Be Merry: How Tea Keeps Getting Better
  • John Bagwell
    The Genetic Tug of War to Keep Corn Safe
  • Emile Barnes
    Breeding Hot Peppers and Why We Love Them
  • Qian Feng
    How to Make Tomatoes Taste Better
  • Ed Beasley
    Get Caught with Your Plants Down? Explaining the Science Behind Disease Resistance in Plants
  • Evan McCoy
    Lucha for Lunch: Chemical Warfare on Your Dinner Plate

2020

  • Dr. Jonathan Jones
    Plant Immunity: The Zigzag Turns Full Circle
  • Katherine Catching
    Thesis Defense Seminar: Engineering Disease Resistance to Dollar Spot in Seashore Paspalum
  • Thomas Gottilla
    Thesis Defense Seminar: Investigation into the Genetic Mechanisms of Salt Tolerance in Seashore Paspalum
  • Gary Orr
    Thesis Defense Seminar: Genetic Engineering of Tall Fescue for Improved Turf Traits
  • Dr. Evans Lagudah
    Durable Disease Resistance: Learning from Wheat
  • Jan Low
    Zoom webinar: Developing Effective Breeding Programs and Delivery Systems for Biofortified Sweetpotato in Sub-Saharan Africa
  • Winnie Gimode
    Fine-mapping of a Major Quantitative Trait Locus (QTL) Controlling Flowering Time and QTL Mapping for Gummy Stem Blight Resistance in Watermelon
  • Matthew Johnson
    Developing and Implementing Genomic Resources for the Improvement of Millets and Hemp
  • Nathan Taitano
    Exploring Genetic Diversity Underlying Fruit Diversity in Tomato and Pepper
  • Lucy Bell
    Monkeying Around:  The Genetics of Pollinator Attraction to Mimulus
  • Jubilee Park
    Plant Synthetic Biology: An Era of New Discovery
  • Rasyidah Razar
    QTL Analysis of Winter Dormancy and Biomass Quality Traits in Switchgrass by Rasyidah Razar
  • Brooks Arnold
    Mining QTL for Elevated Protein and Sucrose Contents from Diverse Soybean Germplasm by Brooks Arnold
  • Gary Orr
    Breakfast Bonanza: How Biotechnology Betters Banana
  • Lincoln Adams
    The 100 Years' War: How Humans Spent a Century Fighting Gummy Stem Blight (and Made No Progress in Watermelon)
  • Katie Catching
    Toughen Up Turf: Improving Dollar Spot Resistance in Turfgrass
  • Dung Tran
    Wanted: The Yield Bandit - Protecting Soybean from Cyst Nematode
  • Ethan Menke
    The Need for Speed: Accelerating Soybean Breeding Using High-Throughput Phenotyping
  • Yasin Topcu
    Rotten or Ripe? How Science Rescured America's Favorite Tomato

2019

  • Jianli Chen
    Prospects and Challenges to Improve Wheat Grain Yield Components Using Molecular Markers
  • Carolina Ballén-Taborda
    Exploration of Arachis stenosperma as a Source of Nematode Resistance for Peanut
  • Davis Gimode
    Genotypic and Phenotypic Dissection of Key Traits in Peanut with Emphasis on the Chromosome Segment Substitution Line (CSSL) Population
  • Matthew Chappell
    Starting from Scratch: Ornamental Breeding & Selection in Response to Industry Needs
  • Eric Danquah
    Impacting Food & Nutrition Security in sub-Saharan Africa: Training NextGen Plant Breeders for a Hungry, Growing and Changing sub-Saharan Africa
  • Paul Bosland
    Chile Peppers: Breeding a Multifaceted Crop
  • Reagan Wiggins
    Infection Detection: How Aflatoxin Accumulations Affects Gene Regulation in Peanut
  • Sam McDonald
    From Field to Fryer: How Genetics Ignited High-heat Cooking Oil
  • Timothy Chappell
    From Athens, Greece to Athens, Georgia: The Past, Present, and Future of Olives in the Southeast
  • Hallie Wright
    Tiny Seeds, Enormous Impact: Finger Millet and Its Importance in the 21st Century
  • Brooks Arnold
    It's Meal that Makes the Meat and the Soybean Genetics Behind It
  • Monica Prias Blanco
    Flowers Designed to Attract
  • Dennis Byron
    Plant Breeding Perspectives from the Private Sector
  • Matthew Johnson
    Salt of the Earth: Chef's Delight a Breeder's Spite
  • Mark Miller
    Saving America's Forests: The Science Behind Restoring American Chestnut Woodlands

2018

  • Monica Herrero-Huerta
    Soybean High Throughput Phenotyping from UAS-based Visible and Multispectral Imagery
  • Liz Prenger
    Genetic improvement of Soybean Seed Composition by Liz Prenger
  • Connor Ryan
    Genetic Diversity and Boxwood Blight Susceptibility of Sarcococca (Sweet Box)
  • Laxman Adhikari
    Dissecting the Genetic Basis of Various Adaptation Traits in Alfalfa Using QTL Mapping by Laxman Adhikari
  • Alexandra Oztecan
    The Secret Ingredient to a More Perfect Meal: Soybean Seed Composition
  • Sakshi Pathania
    Speed Breeding: Fruits on the Fastrack
  • Manoj Sapkota
    How Tomatoes Got Bland and the Tastier Ones on the Way
  • Rion Mooneyham
    Improving the Fountain of Youth: Breeding Centella asiatica
  • Ethan Menke
    Not an Asteroid But Just as Fast: Soybean Sudden Death Syndrome and Breeding for Resistance
  • Carmen Kraus
    Getting in Shape: Fruits and the Genes that Shape Them
  • Thomas Gotilla
    The Red Scare: Searching for Resistance to the Ug99 Lineage of Wheat Stem Rust
  • Benjamin Lopez
    Why Use Fungicides? Use Genetics: the Story of Wheat and Stripe Rust
  • Nathan Tatiano
    Pick & Pack a Pepper: People, Their Plants, and the Importance of Shape
  • Rasyidah Mohamad Razar
    Manipulation of Winter Dormancy Duration: Strategy for High Biomass Yield in Switchgrass
  • Alexis Ramos
    Mining QTL for Fruit Weight Quality Traits in Uncharacterized Tomato Germplasm
  • Lucky Paudel
    Refining of the egusi locus and mapping of seed coat color genes in watermelon
  • Ben Stewart-Brown
    Genetic and Genomic Analyses for Improvement of Soybean Yield
  • Tofazzal Islam, Fulbright Visiting Scholar, West Virginia University
    Novel genomic approaches for detection and mitigation of worrisome wheat blast in South Asia
  • Ana Claudia Araujo
    Novel genomic approaches for detection and mitigation of worrisome wheat blast in South Asia
  • Clint Steketee, University of Georgia
    Discovery of Germplasm and Genomic Regions to Improve Soybean Drought Tolerance
  • Joann Conner, University of Georgia
    Apomixis in crops: An update on progress
  • Carolina Chavarro, University of Georgia
    Whole genome re-sequencing of cultivated peanut to enable genetic and genomic resources for seed quality improvement
  • Shyam Tallury, USDA-ARS
    National Peanut Collection: Maintenance and Characterization
  • Shreya Shanbhag
    CSI - Cotton Screening Inquisition: The Case of the Target Spot
  • Chandler Levinson
    The Wild Side of Peanut
  • Laxman Adhikari
    Overcoming cold stress: genetic improvement of alfalfa for cold tolerance
  • Carolina Ballén Taborda
    When close species get together: Homeologous chromosome exchange in the allopolyploid, peanut
  • Davis Gimode
    Breed Craft: A conversation on the origin of food
  • Suraj Sapkota
    Is bread wheat making you sick? The undesirable story of the most desired food, & how genetics will save it
  • Yasin Topcu
    Mystery in the tomato patch: Solving blossom-end rot
  • Lucky Paudel
    Eat, don't spit! Modernizing watermelon seeds
  • Elizabeth Prenger
    Mutagenesis and plant breeding: A weapon of mass production
  • Connor Ryan
    Not just a pretty flower: Hydrangea breeding in the 21st century

2017

  • Kevin Folta, University of Florida
    Talking about biotechnology to a concerned public
  • Brian Nadon, University of Georgia
    Progress and pitfalls on the path toward a pan-genome paradigm
  • Suraj Sapkota, University of Georgia
    Tomorrow's bread: breeding wheat for leaf & stripe rust resistance in the SE US
  • Davis Gimode, University of Georgia
    Of models and traits: Is genomic selection the next top diva for peanut breeding?
  • Chandler Maddox, University of Georgia
    Breeding an allergen-reduced peanut: Progress and obstacles
  • Luellen Swayzer, University of Georgia
    Can the grass always be greener? The use of molecular tools in turfgrass breeding
  • Leigh Ann Fall, University of Georgia
    Fusarium wilt resistance in watermelon: modern selection tools for an age-old problem
  • Rasyidah Mohamad Razar, University of Georgia
    Escaping cold seasons: how summer grasses survive the winter
  • Matthew Johnson, University of Georgia
    Bridging the genetic gap in crops around the world
  • Eric Antepenko, University of Georgia
    The search for nematode resistance in peanut: A matter of introgression
  • Silas Childs, University of Georgia
    Protecting crops against new invaders: The Asian soybean rust story  
  • Winnie Gimode, University of Georgia
    A flower affair: Implications of flowering time for successful fruit set in watermelon
  • Alicia Massa, USDA/ARS National Peanut Research Laboratory
    Generating Genetic and Genomic Resources to Advance Breeding Efforts
  • Jude Grosser, Professor, Plant Cell Genetics, University of Florida
    Biotechnology Facilitated Citrus Scion & Rootstock Breeding
  • Dung Thuy Tran
    Evaluation of soybean germplasm and identification of quantitative trait loci conferring soybean cyst nematode resistance
  • Evan McCoy
    Hidden in plain sight: untangling an unexpected pyramid of caterpillar resistance QTLs
  • Jacob William Hoyle
    An Expanded Toolkit for Genome Editing
  • Leigh Ann Fall
    Marker development for Fusarium wilt race 1 resistance and quantitative trait loci (QTL) mapping of fruit traits in watermelon