Animal Navigation is based on Quantum Effects towards an integrated navigation system
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Avian Compass Reloaded
http://www.2physics.com/2012/10/avian-compass-reloaded.html Please find this interesting piece entitled The Avian Compass Reloaded by Dagomir Kaszlikowski at the Centre for Quantum Technologies, Department of Physics, National University of Singapore. Kaszlikowski talks about the the quantum effect that is required to enable the Cryptochromes in the eye of the European Robin to be sensitive to the earth’s magnetic field….
A little navigational help from animals
A little navigational help from animals. Tristam Gooley, who is one of our heroes, and a brilliant natural navigator have posted this fascinating link to his web site. You should follow this and delve into his other insights too as surely animals use many of the same clues as the ones that Tristan points out:…
RIN16 (Animal Navigation)
Every three years the Royal Institute of Navigation hosts a conference in the UK for everyone interested in Animal navigation. The next one is in 2016: RIN16 (Animal Navigation) 13/04/2016 12:00:00 to 15/04/2016 12:00:00 Royal Holloway College, London RIN16 Orientation & Navigation Birds, Humans & Other Animals will be the ninth International Conference on Animal…
Dr Kate Jeffery’s paper 0ct 2017
Dr Kate Jeffery is one of our heroes and has a lab at University College London where she experiments with what the brain is doing when rats navigate around a maze. In her experimental rig, she can see neurons fire up as the rat faces in different directions (head direction cells) while it is exploring….
Honey bees are not effected by Magnetism
Our associate editor Antonio Nafarrate has brought this paper to my attention. “Does the Earth’s magnetic Field serve as a reference alignment for the Honeybee waggle dance” (Dec 2014) by Professor Gerhard Gries et al. This paper is fascinating as it uses the famous waggle dance performed inside the hive by the foragers to show…
Does the geomagnetic field intensity affect the flight path of homing pigeons?
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…