Data from: Flamingos use their L-shaped beak and morphing feet to induce vortical traps for prey capture

Flamingos are known for their unique adaptations and behaviors that enable
filter feeding. However, it remains unclear whether their beak, neck, and
feet influence hydrodynamics to enhance prey capture. In this paper, we
combine fluid dynamic experiments with real flamingos (Phoenicopterus
chilensis) from the Nashville Zoo, robophysical models, and 3D-CFD
simulations to reveal that these enigmatic birds actively generate
directional flows and vortical traps to capture agile prey using unique
adaptations such as their L-shape beak chattering, head retraction, foot
stomping, and skimming behavior. Here we included datasets, scripts,
images, and 3D reconstructions. All other data are available within the
article and/or its supplementary materials.