Flamingos use different techniques, such as stomping with webbed feet and chattering their beaks, to create water vortices and trap their prey.
Scientists observed flamingos at the Nashville Zoo and created artificial copies of their beaks and legs to study in the lab.
Flamingos actively hunt for moving prey like brine shrimp using vortices to concentrate and capture their food.
They use techniques like skimming, where their flattened beak and S-shaped neck create sheet-like vortices to trap prey efficiently.
Researchers suggest that understanding flamingos' feeding strategies could inspire more effective systems for concentrating particles like microplastics.
Engineers could potentially design robots to navigate in water or mud using techniques inspired by flamingos' movements.
Flamingos are specialized filter feeders, utilizing their unique body parts and behaviors to capture agile prey effectively.
The study sheds light on how flamingos' adaptations can be applied to advancements in filtration systems and robotics.
Flamingos' hunting techniques involve a combination of movements involving their legs, head, and beak to create eddies in the water where they catch their prey.