Bogong Moths
This paper is about the extraordinary Bogong moths of Australia who navigate to caves in the mountains during the summer to avoid high temperatures
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The hippocampus of rats
Prof Kate Jeffery has done some very interesting work on how the hippocampus of rats processes navigational information. Scientists are clear that the hippocampus is critical for navigation but believe that it is only one part of a larger system that has many functions including recognising landmarks, computing distances and directions etc. and forming memories….
Animal navigation and biological rhythms: the inertial theory by Antonio B. Nafarrate
Editor’s comments: This paper is quite old but it does propose another navigation mechanism than the current obsession with magnetic orientation. The magnetic field has the terrible drawback of changing all the time and birds have migrating successfully before and after the Earth’s magnetic field flipped South for North. Albatrosses fitted with head magnets (to…
Data collection for tracking animals
You may be interested in how the data is collected for tracking animals. Biotrack is a British company that helps and advises on the best systems to use. The geolocator is fascinating, it uses The longitudinal estimate of the location of the tag at any point in time is determined with reference to the time of…
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…
Conversations about animal navigation…
At a recent meeting of the Royal Institute of Navigation I met Jon Ward. Jon was brought up in Africa as a boy and spent much time roaming the countryside and going to distant villages out of sight of his home. We talked about Animal navigation and I told him that I thought that as…
Predictive maps in rats and humans for spatial navigation
Highlights We tested humans, rats, and RL agents on a novel modular maze Humans and rats were remarkably similar in their choice of trajectories Both species were most similar to agents utilizing a SR Humans also displayed features of model-based planning in early trials Authors William de Cothi, Nils Nyberg, Eva-Maria Griesbauer, …,E ́ le onore Duvelle, Caswell…