Bird navigation is a fascinating and intricate process that involves a variety of sensory and cognitive abilities. Discover the science behind how birds find their way during long-distance migrations, including the role of visual, magnetic, olfactory, and celestial cues. Learn about the amazing adaptations that birds have developed to navigate different environments and conditions, from Arctic tundra to tropical rainforests. Explore the practical applications of bird navigation research, including conservation, aviation, and robotics. Discover our resources and expert insights on bird navigation and expand your understanding of one of the most extraordinary abilities in the animal kingdom.
Migratory birds navigate with the help of the Earth’s magnetic field, but how do their compasses work? Peter Hore of Oxford University discusses whether quantum coherence and entanglement could be the answer. Click here for the full article: The Quantum Robin
Intro to the paper >>>> This paper is important as it begins to investigate a genetic basis to animal navigation and focuses on finding markers to get a grip on understanding the underlying genetic architecture of migration Cross-breeding experiments were carried out in the 80/90s by Peter Berthold and his team at the Max Planck Centre in Seewiesen….
Useful links wikipedia.org/wiki/Swallow birdsofbritain.co.uk/bird-guide/swallow.asp Below is the of the swallow migration map: www.bbc.co.uk/blogs/autumnwatch/2009/11/lates… We, in Europe, measure the beginning of Spring by the arrival of the swallows. Many swallows make a 6,000 mile journey from Europe to winter in South Africa and back. I believe, that the way that swallows make this migration is by…
http://vimeo.com/31158841 This video shows the amazing whorls and patterns made by a flock of starlings. You might see these over cities. These displays used to be common over London, and I think still are over Rome. Whilst there has been much scientific research and theories on why starlings do this, the contention is that the…
Evidence for a critical role of olfactory cues for homing after displacement in open ocean. Procellariiformes are pelagic birds which wander in the open sea most of the year and often nest in remote oceanic islands. These birds are able to pinpoint their breeding sites following straight routes even if their nesting island is located…
Analysis of GPS recorded tracks of intact trigeminal sectioned pigeons. Conditioning studies have shown that the ophthalmic branch of the trigeminal nerve is functionally involved in the perception of the geomagnetic field intensity. However, homing experiments conducted in the field with homing pigeons demonstrated that trigeminal mediation of magnetoreception is neither necessary nor sufficient for…
At RIN11 Ingo Schiffner gave his presentation Mathematical Analysis of Pigeon Tracks (the characterisation of the underlying navigational process). He analysed 167 tracks with birds navigating from four different locations and from two different directions. His theory is that pigeons navigate using at least four different components and these components change over the course of…