Bird biomechanics 2

Vertical

Bird biomechanics 2

Swift wings, compared with those of typical birds, have proportionately large wingtip bones (green), giving added maneuverability in flight. By changing the angle between the wingtip bones and the forelimb bones (blue), swifts alter the shape and area of their wings, thereby maximizing their efficiency at various speeds.

Jacqueline Mahannah (www.jacquelinestudios.com)

Horizontal

Bird biomechanics 2

Swift wings, compared with those of typical birds, have proportionately large wingtip bones (green), giving added maneuverability in flight. By changing the angle between the wingtip bones and the forelimb bones (blue), swifts alter the shape and area of their wings, thereby maximizing their efficiency at various speeds.

Jacqueline Mahannah (www.jacquelinestudios.com)

Thumb

Bird biomechanics 2

Swift wings, compared with those of typical birds, have proportionately large wingtip bones (green), giving added maneuverability in flight. By changing the angle between the wingtip bones and the forelimb bones (blue), swifts alter the shape and area of their wings, thereby maximizing their efficiency at various speeds.

Jacqueline Mahannah (www.jacquelinestudios.com)
view counter
view counter

Recent Stories

By the 1920s, California had lost all of its grizzly bears—once considered a distinct species and an emblem of the state.

Preconceptions skew our view of the biggest killer in the developed world, atherosclerosis.

Across the Pacific Ocean, plastics, plastics, everywhere