Animal flight poses intriguing questions about biological adaptation, from how flight could have evolved to the morphological and physiological designs that enable flight to occur. Aerodynamic theory provides ecologists with a useful tool for understanding the basic physics of flight, but analysing flapping flight aerodynamics in birds is difficult, with interesting physiological complications. Recent research, using sophisticated techniques, has generated new and exciting insights about the evolution of flight, the function of tails and the ecological adaptations to a flying lifestyle
Methods of observing birds in flight now include training them to fly under known conditions in wind...
Background. Powered flight is implicated as a major driver for the success of birds. Here we examine...
Background: Powered flight is implicated as a major driver for the success of birds. Here we examine...
Bird flight is a remarkable adaptation that has allowed the approximately 10,000 extant species to c...
Avian flight has fascinated man from ancient times but it is only in recent years that the efforts o...
Unlike airplanes birds must have either flapping or oscillating wings (the hummingbird). Only such w...
Flight has evolved independently in birds, bats, and insects and was present in the Mesozoic pterosa...
This thesis consists of four major studies: a study of incipient flight behaviors in young birds ov...
Powered flight evolved three times independently among tetrapods (Pterosauria, Aves, Chiroptera), ea...
I share my fascination of bird flight with many others, and here I summarise my thesis on the subjec...
Synopsis The physical environment of the aerosphere is both complex and dynamic, and poses many chal...
Among the different models that have been proposed to explain the origin of avian flightfrom terrest...
Animal flight represents a great challenge and model for biomimetic design efforts. Powered flight a...
Birds appear to use their tails during flight, but until recently the aerodynamic role that tails fu...
Recent progress in studies of animal flight mechanics is reviewed. A range of birds, and now bats, h...
Methods of observing birds in flight now include training them to fly under known conditions in wind...
Background. Powered flight is implicated as a major driver for the success of birds. Here we examine...
Background: Powered flight is implicated as a major driver for the success of birds. Here we examine...
Bird flight is a remarkable adaptation that has allowed the approximately 10,000 extant species to c...
Avian flight has fascinated man from ancient times but it is only in recent years that the efforts o...
Unlike airplanes birds must have either flapping or oscillating wings (the hummingbird). Only such w...
Flight has evolved independently in birds, bats, and insects and was present in the Mesozoic pterosa...
This thesis consists of four major studies: a study of incipient flight behaviors in young birds ov...
Powered flight evolved three times independently among tetrapods (Pterosauria, Aves, Chiroptera), ea...
I share my fascination of bird flight with many others, and here I summarise my thesis on the subjec...
Synopsis The physical environment of the aerosphere is both complex and dynamic, and poses many chal...
Among the different models that have been proposed to explain the origin of avian flightfrom terrest...
Animal flight represents a great challenge and model for biomimetic design efforts. Powered flight a...
Birds appear to use their tails during flight, but until recently the aerodynamic role that tails fu...
Recent progress in studies of animal flight mechanics is reviewed. A range of birds, and now bats, h...
Methods of observing birds in flight now include training them to fly under known conditions in wind...
Background. Powered flight is implicated as a major driver for the success of birds. Here we examine...
Background: Powered flight is implicated as a major driver for the success of birds. Here we examine...