Abstract |
1 |
Introduction |
2 |
Materials and Methods |
4 |
|
Institutional Abbreviations |
5 |
Terrestrial Locomotion |
7 |
|
Stance and Gait |
7 |
|
Forelimb Joints |
9 |
|
Hip Joint |
9 |
|
Knee Joint |
11 |
|
Ankle Joint |
11 |
|
Pedal Stance |
11 |
|
Trackways |
11 |
|
Quadrupedal Walking |
12 |
|
Bipedal Running |
13 |
Wing Design |
14 |
|
Comparative Morphology of the Wing |
14 |
|
|
Wing Geometry |
16 |
|
|
Camber |
18 |
|
|
Wingtips |
20 |
|
|
Actinofibrils |
20 |
|
|
Hair |
22 |
Wing Adaptations for Powered Flight |
23 |
|
Skeletal Elements |
23 |
|
Wing Joints |
23 |
|
Flight Muscles |
26 |
|
Stability and Neural Control |
28 |
Aerodynamic Constraints |
28 |
|
Mass |
29 |
|
Wing Area and Wing Span |
31 |
|
Aspect Ratio |
31 |
|
Wing Loading |
31 |
|
Weight |
31 |
|
|
Aerodynamic Performance Estimation |
31 |
Gliding and Soaring |
39 |
|
Gliding |
39 |
|
Soaring |
42 |
Hovering and Flapping |
44 |
|
Power Required and Power Available |
44 |
|
Hovering Flight |
46 |
|
Steady Level Flight |
46 |
|
Formation Flight |
46 |
Takeoff and Landing |
48 |
|
Takeoff |
48 |
|
Landing |
53 |
Sexual Dimorphism and Aerodynamic Function of the Head |
53 |
|
Sexual Dimorphism |
54 |
|
Thermoregulation |
55 |
|
Aerial Turns |
55 |
Ecology, Evolution, and Extinction |
55 |
|
Ecology |
56 |
|
Origin and Evolution |
57 |
|
Body Size |
58 |
|
Extinction |
60 |
Acknowledgments |
61 |
References Cited |
61 |