Presumably you mean within a flock? They don't, but they are very close to doing so - each bird moves in response to its nearest neighbours' movements. This was proven only in very recent years by studying high speed films played in slow motion and comapring to reaction times of a bird.
Solid Bones A+
No it makes them fly
Birds use their wings as an adaptation for survival and flight by flapping them to generate lift and thrust, allowing them to fly and escape predators, find food, and migrate long distances. Their wings also help them maneuver in the air and maintain balance while perched or in flight.
Hollow bones are an adaptation for flight in birds as they reduce weight, making flight easier. However, "bird songs" is not an example of adaptation for flight; instead, it serves purposes like communication and mate attraction. Wings and feathers are directly related to flight mechanics, aiding in lift and maneuverability. Thus, bird songs do not contribute to flight adaptation.
Yes, feathers are a key adaptation related to flight in birds. They are lightweight yet strong structures that provide lift and enable birds to fly. Feathers also play roles in insulation, camouflage, and display.
Birds have a number of traits that make them lighter, an adaptation for flight. The mait trait that makes birds lighter is that their bones are hollow.
Flightless birds do not need a large keel because they don't have functional wings for flight, so there is no need for the large breastbone attachment needed for flight muscles. The keel is an adaptation found in birds that use their wings for sustained flight.
Birds have hollow bones to reduce their overall body weight, which aids in flight. The lightweight structure allows for greater mobility and energy efficiency while flying. Despite being hollow, these bones are strengthened by internal struts and are still capable of withstanding the stresses of flight. This adaptation is crucial for their survival and ability to navigate various environments.
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.
Feathers are the only adaptation that all birds have. Birds have wings. They are the only vertebrates that do have wings, even though in some birds they are non-functional. However, they are not the only living creatures to have wings, as many insects do as well. Thee are some adaptations that are not found in all species of birds, but which are unique to birds. Flighted birds have light weight hollow bones developed for flight, but this is not found in all birds. Some birds have complex adaptation of the larynx which allows high speed complex bird calls to be created, but again, this is not found in all birds.
aids in the dispersal of the species
Toothed birds lived in the Mesozoic Era during the Cretaceous Period, specifically in the Late Cretaceous. They were among some of the earliest birds that evolved before losing their teeth as part of their adaptation for flight.