How Taylor Thomson Is Using STEM Education to Protect New Zealand’s Waterways
Environmental scientist Taylor Thomson is turning his love of sharks into action—one school visit at a time.
From Shark Fascination to Field-Based Science
Taylor Thomson’s journey into environmental science started with a childhood obsession: sharks. Now a master’s student in ecological modeling and an Environment Specialist in New Zealand, Thomson is channeling that fascination into real-world impact—both in the lab and in the classroom.
Thomson is part of Field-Based STEM, a national initiative that connects working scientists with teachers and students. His specialty? Studying the health of freshwater and estuarine ecosystems and helping young learners understand how human actions affect these fragile environments.
“My current research models tipping points in estuaries,” says Thomson. “We’re looking at how keystone species respond to nutrients and sediment loads to predict when an ecosystem might collapse. It’s about helping councils act before it’s too late.”
His work draws on both hard science and psychology—his undergraduate degree included both disciplines, giving him insight into how people respond to environmental issues and how to frame scientific findings in ways that motivate change.
Bringing STEM into Schools Across New Zealand
Thomson’s science isn’t confined to academic journals. In a recent outreach trip to Auckland, he spent five days working in schools, from primary to college-level, teaching students how to test water quality, monitor stream health, and understand the environmental challenges happening right in their own communities.
He led streamwalks, macroinvertebrate surveys, and environmental risk assessments—all with the goal of empowering students and teachers alike to take action.
“Most people don’t realize how early you can get kids involved in this kind of hands-on science,” says Thomson. “They can identify pollution sources, track runoff, and even help local landowners with riparian planting. These aren’t just lessons—they’re real-world contributions.”
Why Taylor Thomson Believes Environmental Science Needs Community Action
For Thomson, STEM education isn’t just about teaching—it’s about restoration, communication, and connection. He’s a strong advocate for combining environmental data with local engagement, encouraging schools to partner with farmers and councils on riparian projects that reduce pollution and protect native species.
He also urges educators to include social science perspectives in environmental curriculum. “Science only works when people understand it,” he says. “If you want to protect ecosystems, you have to bring the public with you—and that starts with education.”
By blending field-based research with outreach and advocacy, Taylor Thomson is creating a model for what modern environmental science can be: data-driven, locally grounded, and community-powered.