Home
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
- Creation and evaluation of induced allotetraploids from wild Arachis species expands the genetic reservoir for peanut early leaf spot resistanceon October 31, 2026
Early leaf spot (ELS), caused by Passalora arachidicola, remains one of the most economically important foliar diseases of peanut (Arachis hypogaea), and resistance within […]
(((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
- Phenylboronic acid-induced defects in maize roots are independent of rhamnogalacturonan-II dimerizationon October 30, 2026
Soil boron deficiency is a global abiotic stress, negatively impacting on crop yield. In the dicot model species Arabidopsis thaliana, inhibition of root elongation is one of […]
(((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
- Floral traits and hermaphrodite abundance shape female advantage in a gynodioecious planton October 28, 2026
CONCLUSIONS: We confirm female reproductive advantage in a gynodioecious species and show that it is partly facilitated by superior pollination-mediated seed production due […]

















