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An Introduction to the UGA Plant Center
Publications
(((Rebecca Abney[FAU]) AND (University of Georgia[affil])) OR ((Madgy Alabady[FAU]) AND (University of Georgia[affil])) OR ((Jill Anderson[FAU]) AND (University of Georgia[affil])) OR ((Doug Aubrey[F… (((Rebecca Abney[FAU]) AND (University of Georgia[affil])) OR ((Madgy Alabady[FAU]) AND (University of Georgia[affil])) OR ((Jill Anderson[FAU]) AND (University of Georgia[affil])) OR ((Doug Aubrey[F…: Latest results from PubMed
- Plant genome evolution: From genomic variation to environmental adaptationon October 20, 2026
Adaptive evolution contributes to species diversification and reproductive success, which is a central focus of evolutionary biology. Elucidating the underlying mechanisms is […]
(((Rebecca Abney[FAU]) AND (University of Georgia[affil])) OR ((Madgy Alabady[FAU]) AND (University of Georgia[affil])) OR ((Jill Anderson[FAU]) AND (University of Georgia[affil])) OR ((Doug Aubrey[F… (((Rebecca Abney[FAU]) AND (University of Georgia[affil])) OR ((Madgy Alabady[FAU]) AND (University of Georgia[affil])) OR ((Jill Anderson[FAU]) AND (University of Georgia[affil])) OR ((Doug Aubrey[F…: Latest results from PubMed
- Wheat forage quality: significance, genetic and genomic advances, knowledge gaps, and future directionson October 20, 2026
Winter wheat is grown worldwide primarily for grain, yet it also serves as an important cool-season forage, supporting livestock production when other feed is scarce. Wheat […]
(((Rebecca Abney[FAU]) AND (University of Georgia[affil])) OR ((Madgy Alabady[FAU]) AND (University of Georgia[affil])) OR ((Jill Anderson[FAU]) AND (University of Georgia[affil])) OR ((Doug Aubrey[F… (((Rebecca Abney[FAU]) AND (University of Georgia[affil])) OR ((Madgy Alabady[FAU]) AND (University of Georgia[affil])) OR ((Jill Anderson[FAU]) AND (University of Georgia[affil])) OR ((Doug Aubrey[F…: Latest results from PubMed
- Genetic loci resistant to soybean southern stem canker in Tracy-M and its progenyon October 10, 2026
Southern stem canker (SSC), caused by Diaporthe aspalathi, is a major soybean disease causing yield losses of up to 80%. Genetic resistance is the most effective and […]

















