The purpose of the Plant Breeding for Drought Tolerance Symposium is to provide a forum for exchange between plant physiologists, breeders, agronomists and geneticists in order to continue the positive trend towards crop improvement through plant breeding and genetics.
The meeting will consist of presentations by invited speakers and will feature keynote speaker Dr John Passioura. Dr Passioura currently holds an emeritus appointment at CSIRO Plant Industry in Canberra, and was formerly Chief Research Scientist and Leader of the Crop Adaptation Program there. His research in plant physiology and soil science, particularly in use of water in plants and the interactions between roots and soil, has contributed to drought adaptation in plant breeding.
Other confirmed speakers at the Plant Breeding for Drought Tolerance Symposium include Professor John S. Boyer, E.I. DuPont Professor Emeritus from the University of Delaware. Boyer studies how water availability affects cell enlargement, photosynthesis, and reproduction in plants with emphasis on dry land agriculture. Using the methods of physiology, biochemistry, and molecular biology, he and his co-workers reversed drought-induced losses in grain numbers in maize, and identified genes controlling the losses.
Speaker |
Affiliation |
Talk title |
John Passioura |
CSIRO |
Phenotyping for drought tolerance: when is it useful to plant breeders |
John Boyer |
University of Delaware |
Water deficits and yield in maize |
Tom Juenger |
University of Texas |
Drought adaptation in switchgrass |
Amelia Henry |
International Rice Research Institute |
Root traits behind major-effect drought-yield QTLs in rice |
Eduardo Blumwald |
University of California at Davis |
Cytokinin-induced modifications of source-sink relationships lead to enhanced crop stress tolerance |
Sean Cutler |
University of California at Riverside |
Targeting the ABA signaling pathway for improved plant stress tolerance |
Jill Deikman |
Monsanto |
Developing corn with improved yields under water deficit stress using biotechnology |
Andy Pereira |
University of Arkansas |
Systems level analysis of drought stress response interactions with growth and yield |
Mark Cooper |
Pioneer Hi-Bred International, Inc. |
Breeding for drought tolerance: Taking aim at target environments |
Louise Comas |
USDA-ARS |
Root dynamics and functioning governed by biological and environmental factors |
David Des Marais |
University of Texas |
The genomic basis of local adaptation to climate in Arabidopsis |
Lisa Donovan |
University of Georgia |
Discussion leader |
For more information, visit the Symposium web page. For queries, contact Annie Heiliger.