Relation of Skeleton and Respiratory System in Birds
The bird’s skeleton structure is directly connected to its respiratory system. Birds have an efficient respiratory system that enables them to meet the high oxygen demand during the flying time. In this process of respiration, the skeletal system plays a major role as mentioned below.
- Respiratory Air Sacs: It is one of the key adaptations that was integrated into the bird’s respiratory system. The air sacs are located throughout the body which are the hollow bones of the skeleton. These air sacs reduce the body weight of a bird and also fulfill the excess oxygen demand during a flight.
- Pneumatic Bones: Birds have a unique respiratory system. Many of the bones of them are pneumatic. The air sacs are present in these bones and more efficient in exchanging gasses.
- Maintain High Metabolic Rate: The efficient respiratory system with the lightweight skeleton helps birds to maintain a High Metabolic Rate during flying.
Birds Skeletal System
The skeletal system of birds is unique and pneumatic. The scientific name for birds is Aves. They are warm-blooded vertebrates that belong to the Animalia kingdom. The Aves class can be divided further into two major categories Archaeornithes (Ancient Birds) and Neornithes (Modern Birds). The Archaeornithes are a set of extinct groups of birds that had a beak with teeth and a long lizard-like tail. On the other hand, Neornithes groups do not contain any teeth and have a short tail. Today, we will discuss the Skeletal structure of the birds in detail.
Table of Content
- Skeletal System of Bird
- Birds Skeleton Anatomy
- Birds Skeletal System Diagram
- Bird Skeleton Wings
- Bird Skeleton Flying Mechanism
- Unique Features of Birds – Skeletal System
- Relation of Skeleton and Respiratory System in Birds