Scientists Launch "Ecotech" to Turn Nature Into Solutions

Scientists at the University of Florida and Duke University have created an entirely new field called "ecotech" that could change how we solve environmental challenges.

Unlike biotechnology, which copies processes inside living things, ecotech mimics how whole ecosystems work together. Published in Science Advances, the approach brings ecology, engineering, and earth science into one powerful toolkit.

"Ecotech picks up where biotech ends," says Marc Hensel, a research professor at UF's Nature Coast Biological Station. "It's inspired by interactions between species and their environment, between populations, communities, and entire ecosystems."

Think of an oyster reef. It protects coastlines from storms, cleans water, supports fisheries, and even recruits baby oysters using sound and chemical signals. That's nature doing multiple jobs at once, and ecotech wants to copy that efficiency.

Hensel describes what an ecotech wind farm might look like. Picture turbine bases printed in 3D that support coral and other reef species. Add pipes that broadcast reef sounds to attract baby sea creatures. Include biodegradable water sensors and systems that track fish, turtles, and marine mammals. Suddenly you're not just generating power. You're building an entire ecosystem that sustains itself.

The economic potential mirrors biotechnology, which created trillions of dollars in value globally. Early investors in ecotech could see similar returns, according to lead author Brian Silliman from Duke University.

"Ecotech can become for states and universities what biotech became for Massachusetts and MIT," Silliman says. "It can help improve almost any industry, from agriculture to urban planning to manufacturing."

Florida sits in a perfect position to lead this emerging field. The state hosts some of Earth's most diverse ecosystems, from marshes and springs to vast agricultural landscapes. The newly formed UF Office of Strategic Partnerships & Innovation gives researchers the structure to turn ecotech ideas into real products and companies.

The Ripple Effect

This systems approach creates benefits that multiply outward. An ecotech solution doesn't just solve one problem. It creates habitat, improves water quality, supports food chains, and generates economic value simultaneously.

Agriculture could use ecosystem principles to grow more food while restoring soil health. Cities could design buildings that support urban wildlife while cutting energy costs. Manufacturers could create products that help ecosystems instead of harming them.

The researchers emphasize that making ecotech real requires investment from governments, universities, and private industry working together. But the potential payoff goes beyond money. These technologies could help reverse pollution, adapt to climate change, and restore biodiversity at the same time they create new industries and jobs.

Thomas Angelini, a UF physics professor on the team, believes ecotech will spark collaboration across disciplines that rarely work together. "It will create innovative solutions developed across disciplines for biologists, chemists, physicists and many others to apply their knowledge with ecologists, hydrologists, and civil engineers."

The field is brand new, which means the biggest breakthroughs still lie ahead.