Research Group: Michael Gore
Improvement of nutritional quality in sweet corn. Conducting a genome-wide association study to identify genes and favorable alleles responsible for quantitative variation of grain carotenoid and tocochromanol levels in a sweet corn diversity panel.
Research Group: Margaret Smith
Nutritional enhancement of maize as a sustainable method of targeting the malnourished in developing countries. My current research topic will use an ionomic profiling system to identify the genetic factors that determine the maize grain ionome in multiple environments in parallel to genome wide association studies to identify micronutrient-related QTL.
Research Group: Jean-Luc Jannink (Lab)
Multi-trait multi-environment genomic selection (GXE interaction), design of breeding programs, experimental designs and data analysis in plant breeding, cassava breeding for improved nutrients, better yield and industrial purposes.
Research Group: Walter De Jong
The recent development of the SolCAP SNP chip, which simultaneously interrogates 8303 SNPs for polymorphism, makes QTL mapping possible in 4x potato. Studying to make QTL maps for chip color, specific gravity, and resistance to pathotype Ro2 of the golden cyst nematode using the population from a cross between 4x clones NY121 (Ro2 resistant) and NY115 (excellent chip color form cold storage) with the SolCAP SNP chip.
Research Group: Don Viands
The aim of the research is to breed switchgrass, which is a biomass crop for an alternative energy, to be resistant to disease caused by Bipolaris oryzae via recurrent phenotypic selections. Also, genome-wide association with resistance to Bipolaris leaf spot will provide an in-dept view of resistance mechanism.
Research Group: Rebecca Nelson (Lab)
Dissecting the mechanism of the Ht2 major resistance gene in maize and developing high-throughput methods of screening maize for resistance to leaf and ear diseases.