Yes, most birds have a keeled sternum, which is an extension of the breastbone that provides an anchor for the powerful flight muscles. This adaptation is crucial for flight, as it allows birds to generate the necessary lift and propulsion. However, some Flightless Birds, like ostriches and emus, have a reduced or absent keel, reflecting their different evolutionary adaptations.
A keeled sternum is the term given to a birds breastbone. Birds have a light weight skeleton made up of hollow, thin bones. The sternum has a prominent keel ( the term given to the principle part of a boat that runs from bow to stern to which the frames are attached) where the major flight muscles are joined or connected.
Type your answer here... sternum is like a bone of wings which helps the birds to fly
Only mammals have mammary glands. These are the means by which the female nurtures her young on mothers' milk. Mammals are also the only vertebrates with fur or hair.
Birds have there forelimbs modified into wings to fly. The chest muscles has to be very much stronger in birds to enable them to fly. To bear the force of flying, the sternum in birds has be relatively large as compared to human being.
The skeletal system of birds is adapted for flight through several key features. Birds possess lightweight bones that are often hollow, reducing overall body weight without sacrificing strength. Additionally, their bones are fused in certain areas, providing structural rigidity and stability during flight. These adaptations, combined with a keeled sternum for muscle attachment, enhance their aerodynamic efficiency and ability to navigate through the air.
its the sternum.
The ship keeled over.
Keeled box turtle grows to About seven inches
they both have wings
Dimorphodon and Archaeopteryx share several similarities, primarily their adaptations for flight. Both species possess lightweight, elongated bodies and wings, indicating a capacity for gliding or powered flight. Additionally, they exhibit features such as a keeled sternum and specialized limb structures, which enhance their aerodynamic capabilities. These traits suggest a convergent evolution towards flight in reptiles and early birds, highlighting their ecological roles in prehistoric ecosystems.
The gallbladder is lateral to the sternum. The sternum is a midline structure.
The nipple is lateral to the sternum.