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Curriculum

Curriculum

Our curriculum focuses on students gaining a diverse skill set capable of addressing a wide range of wildlife and wildlands conservation issues. Students are required to complete major courses that cover principles of wildlife, plants, soils, and ecology.

A majority of the upper-division courses combine classroom lectures with hands-on field experiences where students learn theories and principles, and gain marketable skills.

Outdoor learning opportunities, great field experiences exposing students to spectacular landscapes.

Small classes, excellent faculty to student ratio.

Personalized counseling and high admission rates for graduate school.

Wildlife and Range Club with opportunities to network with natural resource professionals and provide range and wildlife habitat service.

Plant & Wildlife Sciences News

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A Farmer's Field of Dreams? BYU-built smart tech maps moisture levels, will adjust watering automatically

November 19, 2025 08:10 AM
The team of BYU engineers placed 86 Bluetooth devices throughout a 50-hectare field near Elberta, Utah, to measure water levels across every inch of the field. Placing this many sensors in a commercial field is unprecedented and allows researchers to see unique patterns that have never before been captured.
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BYU research: Mega wildfires can actually be a good thing

November 04, 2025 04:25 PM
BYU professor Sam St. Clair is the principal investigator on the first study to show positive impacts of megafires (fires greater than 100,000 acres) across different forest types. Megafires can help some forest communities thrive — especially in areas where chronic browsing by elk, deer, and livestock has hindered tree regeneration, a widespread issue that often leads to forest regeneration failure.
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Improving future crop varieties: New BYU research in Nature decodes oat genetics

October 29, 2025 10:12 AM
BYU plant and wildlife professors Rick Jellen and Jeff Maughan, together with an international consortium of researchers, have taken a major step toward unraveling the complexity of the oat genome. Their new research — published today in Nature and Nature Communications — ushers in a new era for oat genetics and breeding.
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