Insects and Society

B.S. Sustainable Crop and Landscape Systems: Insects and Society

» Department of Plant, Soil, and Entomological Sciences   » College of Agricultural and Life Sciences


  • INTRODUCTION
  • WHAT IT TAKES
  • WHAT PEOPLE DO
  • GET INVOLVED
  • FACULTY
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Insects account for more than half of all animal species on Earth, and they contribute to countless biological processes in plants and animals. The field of entomology helps in protecting crops and understanding and treating diseases.

A Bachelor of Science in Entomology prepares you to for a career in agriculture, health care and the pharmaceutical industry.


An entomologist peers at a specimen under a microscope

In hands-on laboratories, you might study how hormonal changes in mosquitoes affect malaria transmission or how aphids inhibit photosynthesis in crops. You’ll get more hands-on learning opportunities at our on-campus farms and computer-controlled greenhouses. Take field trips to observe insects in their native habitats and to collect samples—you might spot a rare wasp species laying eggs or bring back a lacewing to watch it prey on aphids.

You’ll learn from teachers involved in today’s most pressing issues in entomology.


Most of our students complete an internship the summer between their junior and senior year.


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Prepare for Success

This major is a good fit if you can see yourself:

  • Exploring ways insects contribute to ecosystems from the Arctic to the tropics.
  • Developing approaches to creating a healthier, more sustainable environment.
  • Getting a broad scientific education that includes biology, microbiology, biochemistry, environmental science and more.

To prepare, you may want to:
  • Take courses in science and biology.
  • Observe insects in nature.
  • Practice your leadership skills in clubs, student office or 4-H activities.


Your First Year

Your first year, you will hone your communication skills with course work in writing and public speaking. You will also lay the foundation for the study of entomology with courses in chemistry and cell biology.

More advanced major courses include insect anatomy and physiology, insect identification, genetics and soil ecosystems.

See the four-year plan.


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What You Can Do

With this degree, you may become one of the following:

  • Pest management specialist: Plan and implement insect management strategies in farm fields, forests, greenhouses, and other indoor and outdoor settings.
  • Field representative: Represent agrochemical companies and advise farmers and ranchers on the use of crop protection products.
  • Research assistant: Join a team of scientists studying topics from basic insect biology to environmental monitoring to pest management.
  • Biocontrol consultant: Form your own company to provide advice on biological control options for pest problems. Supply biocontrol agents to clients.
  • Agricultural inspector: Inspect products for insect pests at U.S. ports of entry.
  • Curator: Collect, identify and organize insect specimens for a museum.


Opportunities

Our graduates accept positions with starting salaries of up to $45,000 in private industry, universities and government agencies.

You may also want to continue your education. Earn an advanced degree in any area of biology, in agriculture or in environmental science.


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Current Research

Participate in a departmental research project exploring biologically-based pest management. Explore how crushed mustard seeds naturally deter insects. Monitor aquatic insects in streams and rivers. Participate in the pest management aspects of growing wheat for biofuel. Paid positions are available.

Our faculty members are also researching:

  • Insect biodiversity
  • Chemical ecology of insects
  • Innovative methods of pest control in sustainable farming systems and landscapes
  • Insects as vectors of disease
  • Insects for weed control


Activities

Aldrich Entomology Club: Explore insect and plant interactions in the field and collect samples to add to the University of Idaho entomology museum, make presentations, socialize with students and entomology experts.
Plant and Soil Science Club: Grow plants to sell; visit the Japanese Gardens or World Forestry Center in Portland.
Soil Stewards: Help control pest insects—and encourage helpful ones—at the University of Idaho organic farm.


Hands-On Experience

Intern. Get practical experiences like these:

  • USDA: Study how wood ticks spread Lyme disease.
  • U.S. Forest Service: Research how aphids locate host plants.
  • Natural Resources Conservation Service: Assess the health of streams by studying their aquatic insect populations.


Study abroad
. Deepen your understanding of your major—and the world—in countries like these:

  • India: Learn how crop pests are managed on 1000-year-old terraced hillsides.
  • Taiwan: Observe insects in agriculture and aquaculture.
  • Mexico: Learn how coffee and mango plantations manage insect pests and pollinators.


Volunteer
. Give back. Grow produce for a local food bank. Introduce 4-H youth groups and elementary school classes to the amazing world of insects.


Facilities

The William F. Barr Entomology Museum contains more than one million insect specimens, plus live walking sticks and hissing cockroaches. The department’s facilities also include two farms and two state-of-the-art greenhouses.



Edward J. Bechinski, Ph.D.
Professor & Extension IPM Coordinator
Research: Develops pest monitoring programs, degree-day models and economic injury levels for field and row crop insects
» View Edward Bechinski's profile
James Barbour, Ph.D.
Associate Professor
Research: Conducts research leading to the development and employment of economically and environmentally sound management strategies for arthropods attacking alfalfa seed and hop. Insect-plant interactions, host-plant resistance, and biologically based control.
» View James Barbour's profile
James Johnson, Ph.D.
Department Head & Professor
Research: Conducts research on taxonomy of green lacewings. Directs the Idaho Insect Survey and curates the W. F. Barr Entomology Museum
» View James Johnson's profile
Joseph McCaffrey, Ph.D.
Professor
Research: Develops and evaluates biologically-based integrated pest management systems for rapeseed/canola/mustard. Undertakes detailed biological control studies of cabbage seedpod weevil. Evaluates potential of biofumigants for control of soil-borne insect pests.
» View Joseph McCaffrey's profile
Juan Manuel Alvarez, Ph.D.
Associate Professor
Research: Conducts research in Integrated Pest Management and biological control, with a commodity responsibility for potatoes and cereal. Interests include the implementation of biological control as part of an IPM program in the potato crop in Idaho, the evaluation of weeds as potential inoculum sources for aphid-mediated transmission of viruses, and the optimization of insecticide applications to reduce virus transmission in the field. Also working in the biological control project of cereal pests in Idaho. Currently using molecular tools in my research and have a laboratory equipped for this work
» View Juan Manuel Alvarez' profile
Marc Klowden, Ph.D.
Professor
Research: Conducts research on the endocrinology of insect behavior and reproduction
» View Marc Klowden's profile
Mark Schwarzländer, Ph.D.
Associate Professor
Research: Conducts research on biological control of weeds, insect-plant interactions, quantitative impact of specialist herbivore insect species on individual host plant and host plant population level, combined influence of insect herbivory and plant competition on weeds as part of integrated weed management strategies, and non-target effects of biological control agents. Areas of expertise include host-specificity evaluation and bionomics of herbivore insects, and foreign exploration for biological control agents for weeds
» View Mark Schwarzländer's profile
Nilsa Bosque-Pérez, Ph.D.
Professor
Research: Conducts research on host plant resistance to insects, insect vectors of plant pathogens, insect-host plant interactions, and integration of host plant resistance and biological control. Research activities also include the effects of crop, genotype, and management practices on arthropod communities in agroecosystems. Research in this area in Idaho includes effects of tillage practices on ground-dwelling insect predators in wheat, barley and pea fields, and in the surrounding landscape. Similar questions will be addressed concerning arthropod communities in tropical agroecosystems in Costa Rica.
» View Nilsa Bosque-Pérez' profile
Sanford Eigenbrode, Ph.D.
Professor
Research: Conducts research on chemical ecology of insects, plant-insect interactions, chemical and structural plant attributes affecting plant-insect and tritrophic interactions, insect behavior, plant surface waxes, with expertise in extraction and analysis of chemicals from plant tissues, scanning electron microscopy, host plant resistance, integration of host plant resistance into pest management (Chemical Ecology). Interests also include the effects of crop variety and management practice on arthropod communities in agroecosystems. Research in this area includes effects of tillage practices on ground-dwelling insect predators in wheat and pea and in the surrounding landscape. Similar questions are being addressed concerning ant communities in coffee systems in Costa Rica.
» View Sanford Eigenbrode's profile