Comparing bird and human soaring strategies |
Zsuzsa Ákos*,
Máté Nagy* &
Tamás Vicsek* ** |
Proc. Natl. Acad. Sci. USA 2008 105: 4139-4143. Published online on March 3, 2008, doi: 10.1073/pnas.0707711105 |
* Department of Biological Physics, Eötvös Loránd University, Pázmány P. stny. 1A, H-1117 Budapest, Hungary. |
** Statistical and Biological Physics
Research Group of HAS,
Pázmány P. stny. 1A,
H-1117 Budapest, Hungary. |
Supporting Information: SI Appendix , Download manuscript |
One day`s flight of a Peregrine Falcon. The bird flew for about 3 x 1 hour. The colouring of the track visualises the vertical velocity; red means climbing, blue means sinking. Here you see the flight 10 times faster than real time, in three parts: |
falconinflight1.AVI (92 MB) |
falconinflight2.AVI (68 MB) |
falconinflight3.AVI (111 MB) |
falcontrack.AVI (23 MB) |
Part from a flight of a paraglider pilot. The colouring of the track and the speed of the video is the same as in case of the previous movie files. The local relief is shown here. |
paragliderinflight1.AVI (42 MB) |
Sample videos from our White Stork Project. |
storkinflight1.avi (16 MB) |
storkproject1.avi (17 MB) |
Nature Physics |
Research Highlights (April 2008) - A bird's eye view Fly like a bird (doi: 10.1038/nphys900) | New Scientist | New Scientist video round-up - March 20, 2008 | New York Times | Falcons Used Formula for Glider Thermals Before Human Pilots | PNAS In this issue | Paragliders vs. storks and falcons | ScienceBlogs.de Neurons | Fliegen wie die Vögel |