All Too Clear – Award Winning Documentary Team To Hold Event in Our Backyard

TVO Original, All Too Clear uses cutting-edge underwater drones to explore how quadrillions of tiny invasive mussels, known as quaggas, are re-engineering the ecosystem of the Great Lakes at a scale not seen since the glaciers. To capture this epic change, the husband-and-wife filmmaking team of Zach Melnick and Yvonne Drebert spent more than 150 days filming underwater, making it the most ambitious underwater film ever made about the Great Lakes. Part scientific exploration, part natural history adventure – the film showcases freshwater wildlife and environments like never before.

Our planet’s greatest freshwater ecosystem, like you’ve never seen it before

Join producers Zach Melnick and Yvonne Drebert at a free event in Sturgeon Bay where they’ll show some of the documentary and answer questions about how they obtained their spectacular footage.

“All Too Clear – Beneath the Surface of the Great Lakes” by Inspired Planet Productions
January 30th, 2025    6:30-8:30pm
Crossroads at Big Creek, 2041 Michigan St., Sturgeon Bay

Can’t join in person? The event will be streaming live!

Join the Zoom Meeting
Meeting ID: 827 1311 7201 Passcode: 767734

Photo Credit: All Too Clear

Questions? Comments? Contact Chris Acy, the AIS Coordinator covering Brown, Outagamie, Fond du Lac, Calumet, and Winnebago Counties at (920) 460-3674 or chris@fwwa.org!

Follow the Fox Wolf Watershed Alliance on our Fox-Wolf Watershed Alliance Facebook page or @fox_wolf_watershed_alliance on Instagram! You can also sign-up for email updates at fwwa.org.

The Fox-Wolf Watershed Alliance is an independent nonprofit organization that identifies and advocates effective policies and actions that protect, restore, and sustain water resources in the Fox-Wolf River Basin.

Reporting invasive species is a first step in containing their spread. Maintaining and restoring our waters and landscapes can reduce the impacts even when we don’t have other management options to an invasive species.