ENTM715

The course will integrate aspects of biochemistry, molecular biology and evolution theory with ecology using pathogens of insects as a model. In this course, students will learn about the various biotic (living) and abiotic (nonliving) factors that can contribute to plant problems, and how to evaluate evidence and distinguish between these factors to arrive at an accurate diagnosis. The course will explore the direction and goals of innovation in microbial biocontrol as well as the effect of social criticism and considerations of environmental impact on attempts to introduce engineered microorganisms. Students will develop an understanding of the coevolutionary games pathogens and their hosts play. To help achieve this objective common themes and important differences in human, plant and insect diseases will be identified; review the physiological and ecological interactions between insects and pathogens and the application of pathogens for biocontrol and develop skills and knowledge required for critical thinking on the potential of using transgenics to improve management strategies for agriculture and the control of insect vectors of human disease. The first step to managing pest and disease problems in plants is an accurate diagnosis.