My former research and extension program involved development of integrated disease management strategies and IPM programs for crops grown in Montana with emphasis on potatoes and sugar beets. The ecology and epidemiology of plant pathogens and biocontrol organisms is of particular interest as is grain storage pathology.
My interests include the a pplication of quantitative genetic principles and methods in cultivar and germplasm development. Approach includes use of molecular markers and classical biometrical methods. Specific projects center on identification of quantitative trait loci effecting wheat end-use quality and agronomic traits.
My research focused on soilborne diseases with major emphasis on diseases of small grain cereals.
My research focused on testing new technology prior to utilization by Montana producers, fungicide and variety testing, sustainability of agricultural systems, and integrated approaches of disease control.
My research focused on developing an understanding of the molecular genetic basis of plant-fungal pathogen interactions in order to develop novel strategies for controlling fungal pathogens.
My work focuses on the endophytic fungus, Gliocladium roseum, that he discovered in Patagonia. Gliocladium roseum has been shown to produce many of the same hydrocarbons found in diesel fuel.
My interests involve the genetic studies in pulse crops, primarily pea and lentil but also including comparisons with chickpea, common bean, cowpea and lupine. I am particularly interested in developing DNA markers and applying marker assisted selection techniques to pea varietal improvement.