My research program encompasses applied and fundamental aspects of plant-insect interactions, with emphasis on the mechanistic basis of plant resistance to insects. As such, my program integrates relevant methods and concepts from diverse fields including insect physiology, plant pathology, plant biochemistry, and ecology. My research efforts are ultimately directed toward the development of a more cost-effective program for the control of insect pests in rice.
Rice is an important crop both locally and globally.
The semi-aquatic environment required for rice production provides unique and challenging opportunities for studies of the biology and management of insect pests. In addition, the severity of disease and weed problems in rice in Louisiana necessitates that strategies for the management of rice insects be integrated with strategies for weed and disease control. Current research projects include investigations of the effects of fertilization and water management on plant resistance and insect populations, the impact of plant resistance on the abundance and distribution of insect pests, and the relationship between insect density and yield for certain pests of rice. Research on insecticides is directed toward optimizing the effectiveness of insecticide applications. Selected Publications Stout, M. J., K. V. Workman, R. M. Bostock, and S. S. Duffey.