Owls are able to fly in near complete silence thanks to specialized features in their feathers 🦉 Their wing edges have a comb-like structure that breaks up airflow, reducing the noise usually caused by flapping. The surface of their feathers is also soft and velvety, which absorbs sound instead of letting it travel. On top of that, their large wings allow them to glide smoothly with minimal effort, cutting down on turbulence. All of this helps owls approach prey without being heard, making them
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Owls are able to fly in near complete silence thanks to specialized features in their feathers 🦉 Their wing edges have a comb-like structure that breaks up airflow, reducing the noise usually caused by flapping. The surface of their feathers is also soft and velvety, which absorbs sound instead of letting it travel. On top of that, their large wings allow them to glide smoothly with minimal effort, cutting down on turbulence. All of this helps owls approach prey without being heard, making them
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