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Most anglers think that the wind simply pushes baitfish around the lake. But what
if the fish aren’t just drifting with the current? What if they actually know where the food is going to be?
In this fascinating episode of Doc Talks Fishing, Dr. Derrick (Dak) de
Kerckhove reveals his groundbreaking research from Algonquin Park’s
legendary Lake Opeongo that shows how sustained winds create
underwater conveyor belts that concentrate plankton, attract ciscoes and
ultimately draw hungry lake trout to an all-you-can-eat buffet. The result is a
remarkable chain reaction that totally reshapes the entire lake ecosystem.
Using cutting-edge telemetry, hydro-acoustics and decades of fisheries
research, Dak explains why the windy side of the lake typically becomes a
predator hotspot. And why one of the most overlooked forces in nature is
one of your most important fish-finding tools. After listening to this episode,
you’ll never look at wind the same way again.
Send us a message
By Liam Whetter & Gord Pyzer5
2828 ratings
Most anglers think that the wind simply pushes baitfish around the lake. But what
if the fish aren’t just drifting with the current? What if they actually know where the food is going to be?
In this fascinating episode of Doc Talks Fishing, Dr. Derrick (Dak) de
Kerckhove reveals his groundbreaking research from Algonquin Park’s
legendary Lake Opeongo that shows how sustained winds create
underwater conveyor belts that concentrate plankton, attract ciscoes and
ultimately draw hungry lake trout to an all-you-can-eat buffet. The result is a
remarkable chain reaction that totally reshapes the entire lake ecosystem.
Using cutting-edge telemetry, hydro-acoustics and decades of fisheries
research, Dak explains why the windy side of the lake typically becomes a
predator hotspot. And why one of the most overlooked forces in nature is
one of your most important fish-finding tools. After listening to this episode,
you’ll never look at wind the same way again.
Send us a message

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