WOS:000187467100012International audienceAnts and other insects often follow fixed routes from their nest to a foraging site. The shape of an ant's route is set, initially, by navigational strategies, such as path integration and the ant's innate responses to landmarks, which depend minimally on memory. With increasing experience, these early routes are stabilised through the learning of views of landmarks and of associated actions. The substitution of memory-based strategies makes an insect's route more robust and precise. The ability to select between different learnt routes might incur additional memory requirements to those needed for performing a route, and lead to the associative grouping of those memories that relate to a particular ...
This abstract summarises a model of route navigation inspired by the behaviour of ants presented ful...
Ants are a globally distributed insect family whose members have adapted to live in a wide range of ...
SummaryAnts are so low to the ground that slight undulations in the terrain over which they navigate...
WOS:000187467100012International audienceAnts and other insects often follow fixed routes from their...
This abstract summarises a model of route navigation inspired by the behaviour of ants presented ful...
In this paper we propose a model of visually guided route navigation in ants that captures the known...
Cataglyphid ants travelling between their nest and feeding site follow familiar routes along which t...
The desert ant Cataglyphis fortis has at least three types of navigational strategy that can guide i...
It is known that ants learn long visually guided routes through complex terrain. However, the mechan...
The ability of bees and ants to learn long visually guided routes in complex environments is perhaps...
In this paper we propose a model of visually guided route navigation in ants that captures the known...
Desert ants make use of various navigational techniques, including path integration and visual route...
SummaryIn recent years, there has been an upsurge of interest and debate about whether social insect...
Insects have a brain weighing about a tenth of a milligram. Nevertheless some in-sect species exhibi...
Some ants and bees readily learn visually guided routes between their nests and feeding sites. They ...
This abstract summarises a model of route navigation inspired by the behaviour of ants presented ful...
Ants are a globally distributed insect family whose members have adapted to live in a wide range of ...
SummaryAnts are so low to the ground that slight undulations in the terrain over which they navigate...
WOS:000187467100012International audienceAnts and other insects often follow fixed routes from their...
This abstract summarises a model of route navigation inspired by the behaviour of ants presented ful...
In this paper we propose a model of visually guided route navigation in ants that captures the known...
Cataglyphid ants travelling between their nest and feeding site follow familiar routes along which t...
The desert ant Cataglyphis fortis has at least three types of navigational strategy that can guide i...
It is known that ants learn long visually guided routes through complex terrain. However, the mechan...
The ability of bees and ants to learn long visually guided routes in complex environments is perhaps...
In this paper we propose a model of visually guided route navigation in ants that captures the known...
Desert ants make use of various navigational techniques, including path integration and visual route...
SummaryIn recent years, there has been an upsurge of interest and debate about whether social insect...
Insects have a brain weighing about a tenth of a milligram. Nevertheless some in-sect species exhibi...
Some ants and bees readily learn visually guided routes between their nests and feeding sites. They ...
This abstract summarises a model of route navigation inspired by the behaviour of ants presented ful...
Ants are a globally distributed insect family whose members have adapted to live in a wide range of ...
SummaryAnts are so low to the ground that slight undulations in the terrain over which they navigate...