Whether they’re opening for takeoff, spreading wide for a lazy soar or flapping to brake for landing, bird wings make flying ...

Newly discovered feathers were crucial to how Archaeopteryx was able to fly. Archaeopteryx is the fossil that helped confirm ...

Scans of the Chicago Archaeopteryx show feather and bone features that worked together to create lift.

"And if you're trying to fly, having a long upper arm bone can create a gap between the long primary and secondary feathers of the wing and the rest of your body. If air passes through that gap ...

Wing feathers from successful goose hunts offer useful biots — the short, stiff fibers found along the leading edge of a bird’s primary wing feathers. These thick strands can be utilized as ...

However, over the years, much of the fossil was lost, with only the feathers of one wing and the bird's head ... "Zeolites can form as primary minerals (with pretty crystals) or can form ...

These small feathers on top of birds’ wings lay flat during normal flight but flare up in turbulence during landing. By attaching flexible plastic strips – “covert flaps” – to the top of ...

Breakthroughs, discoveries, and DIY tips sent every weekday. Terms of Service and Privacy Policy. If you ever sit in an airplane row overlooking a wing, then you ...