+22 Animal Cognition Multi-Modal Interactions In Ant Learning Ideas. Buehlmann c, hansson bs, knaden m (2012a) desert ants learn vibration and magnetic landmarks. Here we show that namibian desert ants, ocymyrmex, when learning new landmarks in the neighborhood of the goal, acquire this landmark information when they cannot see the goal.
The learning walks of ants are an excellent opportunity to study the interaction between brain, body and environment from which adaptive behaviour emerges. In ken yasukawa (ed.) animal behavior: Shaw ja, boyd a, house m, et al.
Contents
- 1 This Strongly Suggests The Structure Of These Walks Is Tightly Controlled By Path Integration.
- 2 An Anatomically Constrained Model For Path Integration In The Bee Brain.
- 3 I Examined How Young Ants Learn Their Nest Entrance Characteristics, Dealing Only With The Entrance Sensu Stricto, Not With Its Vicinity.
- 4 [Pmc Free Article] [Google Scholar] Stone T, Webb B, Adden A, Et Al.
- 5 Shaw Ja, Boyd A, House M, Et Al.
This Strongly Suggests The Structure Of These Walks Is Tightly Controlled By Path Integration.
A recent study shows that desert ants use a precise behaviour, based on the internal cues of path integration, to facilitate the learning of visual landmark information. A recent study shows that desert ants use a precise behaviour, based on the internal cues of path integration, to facilitate the learning of visual landmark information. In ken yasukawa (ed.) animal behavior:
An Anatomically Constrained Model For Path Integration In The Bee Brain.
However, downstream optimal combination of two decentralized. This raises fascinating questions about how insects encode familiar terrain. Request pdf | animal cognition:
I Examined How Young Ants Learn Their Nest Entrance Characteristics, Dealing Only With The Entrance Sensu Stricto, Not With Its Vicinity.
Individual ants can learn multiple routes to the same destination (sommer et al., 2008). Buehlmann c, hansson bs, knaden m (2012a) desert ants learn vibration and magnetic landmarks. Here, we review evidence for magnetoreception in hymenoptera.
[Pmc Free Article] [Google Scholar] Stone T, Webb B, Adden A, Et Al.
A comment on this article appears in animal cognition: How and why animals do the things they do, vol. Learning walks are a behaviour with the specific function of storing visual information around a goal in order to simplify the computational problem of visual homing, that is, navigation.
Shaw Ja, Boyd A, House M, Et Al.
Cas pubmed google scholar grob r, fleischmann pn , grubel k, wehner r. An in silico investigation of insect navigation. The learning walks of ants are an excellent opportunity to study the interaction between brain, body and environment from which adaptive behaviour emerges.