The bones in their wings are hollow- unlike humans and other organisms. Plus they have these special feathers that are really long and help them fly. If those feathers are clipped, then the bird can't fly- but it can jump only a few feet. If you go to your local vet/pet store( the local pet store where I live clips the wings) and ask them to clip your bird's wings, then you yourself can see where they are. Or you could just ask them. ^^
Pterodactyls, specifically the pterosaur group, were primarily adapted for flight and not for swimming. While some evidence suggests that certain pterosaur species may have been able to glide over water or potentially float, there is little to support the idea that they were proficient swimmers like modern aquatic birds. Their anatomy, including their wings and body structure, indicates that they were not built for an aquatic lifestyle.
pterosaur wing bones.
Are Hollow.
The likely word is the flying dinosaur (pterosaur) called the pterodactyl.
how are teeth and other parts of the body is adapted or suited to its diet
The only known reptiles to have evolved powered flight were pterosaurs. Thus, all pterosaurs were flying reptiles and all flying reptiles are pterosaurs.
yes
Nemicolopterus
No. Pterodacyls and pteranodons were two different types of pterosaur.
Pterosaurs are predators.
A small flying Pterosaur.
Pteranodon, a large pterosaur from the Late Cretaceous period, adapted to its environment through several key features. Its elongated wingspan, which could reach over 30 feet, allowed for efficient soaring and gliding, enabling it to travel long distances in search of food, primarily fish. Additionally, its lightweight, hollow bones and a beak without teeth reduced weight for better flight performance. These adaptations made Pteranodon well-suited for life near coastal regions and open waters.