| Leon Kochian |
USDA-ARS Robert W. Holley Center |
- Investigations into the Genetic and Physiological Mechanisms of Aluminum Tolerance in Rice
- Development of 2D and 3D imaging systems for evaluating the genetics of root system architecture in rice
- Association analysis of the ionome of seedling root and shoot systems in a panel of diverse rice accessions
|
| Matthias Wissuwa |
Japan International Center for Agricultural Sciences (JIRCAS) |
Association mapping for P and Zn efficiency and tolerance to elevated ozone in rice |
| Philip Benfey |
Duke University |
Association and QTL mapping to identify genes for root system architecture traits |
|
Pennsylvania State University |
Evaluation of root traits related to soil resource acquisition in crop plants |
|
International Rice Research Institute (IRRI) |
Association and QTL mapping to identify genes for root system architecture traits |
|
International Rice Research Institute (IRRI) |
Evaluation of abiotic stress traits: tolerance to flooding, salinity and other soil problems |
|
International Rice Research Institute (IRRI) |
Evaluation of rice quality traits |
|
School of Biological Sciences (Department of Plant and Soil Science) |
Evaluation of arsenate tolerance and arsenic content in rice |
|
Department of Soil Science - Bangladesh Agricultural University, Mymensingh |
Characterizing Genetic & Soil Induced Variation in Arsenic Uptake, Translocation & Metabolism in Rice to Mitigate Arsenic Contamination in Asia |
|
Dept. of Genetics and Plant Breeding - Institute of Agricultural Science University of Calcutta |
Characterizing genetic variation in as uptake, translocation & metabolism in rice to facilitate mitigation of as contamination in Asia & Sub-Saharan Africa |
