Skip to Main Content

Introducing the next generation of conservation technology at Purdue

For decades, students in the Department of Forestry and Natural Resources (FNR) have learned how to safely and humanely capture, handle, and track animals as part of ecological research. However, these efforts have historically been labor-intensive.

Tracking was originally done by placing a marker on an animal at first capture then trying to re-capture the same animal to gather data. The first technological improvement came when researchers could place radio-based transmitters on animals, allowing data to be recorded without re-capture. But even then, this method required researchers and students to spend hours in the field recording on hand-held receivers.

This inefficient technique will soon be left in the past. Through the hard work of FNR faculty and the support of the Office of Experiential Education, a game-changing technology is being introduced that will transform wildlife research on Purdue’s campus.

Towering Over Old Methods

Motus towers are used by a network of natural resources professionals collecting information about animals’ movement rates, home range sizes, and other informative metrics.

These towers—which can easily attach to existing radio towers or onto buildings and other structures—automatically detect the location of any animal marked with radio-based transmitters that pass within a nine-mile radius of a Motus tower. This technology allows researchers to locate marked animals both with existing hand-held transmitters and with new remote detection capabilities, significantly enhancing the quality and quantity of data collected.

By bringing more Motus towers to West Lafayette—specifically in FNR-managed areas like the Martell Forest, Purdue Wildlife Area, and Ross Reserve—students will gain access to a collaborative body of continent-wide data, expand their ability to design independent research studies, and practice skills central to their future careers.

A grant provided by the Office of Experiential Education will help fund the installation of a Motus tower at Purdue in the coming months. This addition, along with plans for future expansion, will allow FNR faculty to incorporate automated monitoring into their classroom curriculum and expand undergraduate research opportunities in the department.

John B. Dunning Jr., a professor in the Department of Forestry and Natural Resources, says this about the project: “With the establishment of Motus towers at Purdue, existing class projects using radio transmitters will be enhanced. We also envision that students will be inspired to start new research initiatives, a core piece of the transformative experience we want to provide in FNR.”

Building Up Experiential Education

This project was made possible by an Experiential Education Program Development Grant through the Office of Experiential Education, part of the university’s Transformative Education 2.0 initiative.

“We are so excited to fund this project,” shares Jennifer Dobbs-Oates, director of the Office of Experiential Education. “It will not only give Purdue students experience using state-of-the-art technology, but it will also allow them to be part of a network of wildlife scientists gathering tracking data from all over the country. This is a great example of how experiential education gives students the opportunity to make real contributions to their chosen fields while still in school.”

This was the first year for the Office of Experiential Education’s new annual grant program which allocates funds to support existing or new experiential education programs that serve Purdue undergraduate students.

If you are interested in learning more about these grant opportunities, please visit the Experiential Education website.

Featured Stories

Lower sugar cookie
Inventing a lower-sugar cookie that’s still a treat

Every job has its perks. For Lisa Mauer, “cookie baking trials” is one of hers. ...

Read More
Halee Fisher infant of the White House in her cap and gown.
Purdue alumna Halee Fisher grows a career at the USDA

Purdue University alumna Halee Fisher, who earned degrees in Agricultural Economics and Political...

Read More
 Purdue research scientist Bilal Ahmed examines a microfluidic paper-based biosensor cartridge under light to display the visible results of an assay for genetically modified crop traits.
Novel biosensor detects genetically modified corn and soybean

The continually expanding toolkit from Mohit Verma’s laboratory at Purdue University now...

Read More
A professional headshot of a man wearing glasses, a dark suit, white shirt and dark tie, smiling slightly in front of a gray background with angled black bars on the sides.
Purdue Animal Sciences welcomes Assistant Professor Jinsu Hong

Purdue ANSC welcomes Jinsu Hong, Ph.D., as assistant professor.

Read More
Graduate students standing in front of a tractor while working on a laptop.
Purdue students launch inaugural SyDAg and Hackathon Weekend

A dynamic team of student leaders from diverse agricultural fields, under the leadership of the...

Read More
Tam Tran holds a snake; Tam holds a goose; Tam holds a fish.
FNR Field Report: Tam Tran

Tam Tran, a senior majoring in wildlife and minoring in aquatic sciences, spent the summer as a...

Read More
To Top