ENTM710 Insect Biodiversity, Physiology and Ecology, 3 credits. A survey course discussing the various families of insects, discuss thing their anatomy and physiology, and their role in ecological systems. Students will examine the ecological and evolutionary perspectives on interactions between plants and vertebrate and invertebrate animals. Further, it explores the applied consequences of animal-plant interactions to agroecology and conservation biology. These goals are achieved by reviewing the theoretical underpinnings of animal-plant interactions, and exposing students to research literature on animal-plant interactions.
ENTM715 Insect Diseases and Pathology, 3 credits. The course will integrate aspects of biochemistry, molecular biology and evolution theory with ecology using pathogens of insects as a model. 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.
ENTM720 Native, Invasive, and Exotic Species, 3 credits. This course will examine introduced species impact, how invasive and exotic species spread, their impact of native species and methods of invasive species control.
ENTM725 IPM Practices, 3 credits. Students will be introduced to the techniques of integrated pest management for proper pest control management. Description – Integrated Pest Management (IPM) has been the most successful management paradigm for agriculture, forestry, and urban pest management for more than five decades. Students will learn the fundamental elements of IPM programs including recognition and monitoring of key pests, formation of decision-making guidelines, intervention tactics, and fundamentals of assessment.
ENTM730 Plant Diagnostics, 3 credits. The first step to managing pest and disease problems in plants is an accurate diagnosis. 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.
ENTM735 Sustainability, 3 credits. Application of the concept of sustainability to both ecosystem services provided by beneficial insects, as well as the management of injurious insects. Ecological functions of insects in the natural and anthropogenic landscape will be illustrated and discussed. In addition, case histories and discussions will focus on themes of sustainability in successful IPM programs, as well as specific practices that lead to sustainable agriculture. The course will conclude with the development of a list of sustainable practices for conserving and managing insects in the landscape.
ENTM740 Organic Practices, 3 credits. Students learn about alternative to chemical pesticides, and what being certified organic entails and how these practices relate to ecological principles. This course will discuss various natural processes that occur in the farm setting to determine the best practices to maintain biodiversity and successful crop production.
ENTM745 Bee Biology and Beekeeping, 3 credits. Students will be introduced to the anatomy and physiology of the honey bee colony with emphasis on how to use this information to best manage honey bee colonies.
ENTM746 Commercial Beekeeping, 3 credits
This course will provide an overview of the various components of the commercial beekeeping industry including migratory pollinators, queen rearing operations and honey producers.
ENTM747 Pollinator Health, 3 credits. Students will be given an overview of the importance of insect pollinators and threats to their populations. Emphasis will be placed on managed pollinators, particularly but not exclusively honey bees, where disease mitigation plans will be highlighted.
ENTM750 Urban Pests, 3 credits. More than 75% of the people living in the United States reside in urban areas. Urbanites have unique insect problems that threaten their health and wellbeing. This course will focus on the ecology and management of the most important groups of urban insect pests including disease agents and vectors such mosquitoes and bed bugs, venomous arthropods such as wasps and spiders, structural pests such as termites and carpenter ants, filth pests such as cockroaches and flies, stored product pests such as grain moths and beetles, and home invaders such as ants, stink bugs, and lady beetles.
ENTM751 The history and culture of bees and beekeepers, 3 credits. This course will look at the history of beekeeping in culture and literature. A comparison of past and present beekeeping practices in different regions of the world will be highlighted.
ENTM755 Designing an Urban Garden, 3 credits. Students will learn about challenges and current best practices for designing a sustainable garden in a city setting. The unique ecology and challenges of such a garden will be examined.
ENTM760 Insects in the 21st Century, 3 credits. This course will explore the influence and impact of major technological advances in genetics, molecular genetics and biotechnology on the study of insects. Topics will include the use of insects as models for studying human biology and diseases; the use of genetics and genetic technologies to augment existing strategies for managing pest insects and well as the invention of novel management approaches; the use of genetics and genetic technologies in the fields of insect conservation, ecology and evolution.
ENTM780 Capstone Course (Scholarly paper), 3 credits.