Animals can use both allocentric and egocentric strategies to learn a spatial task. Our results suggest that allocentric cues are more dominant than idiothetic cues in guiding navigation. Animals do not necessarily learn an egocentric strategy automatically, instead they probably hold just one solution to any particular task at a time until forced to learn an alternative strategy. Further, with overtraining animals do not always switch from allocentric to an egocentric learning strategy perhaps challenging suggestions of a stored hierarchy of strategies
In the present study we investigated spatial navigation in male and female Wistar rats in the Morris...
In three experiments, male Wistar rats were trained to find a hidden platform in the Morris water ma...
Cognitive mapping implies the development of an internal representation of the spatial relationships...
Animals can use both allocentric and egocentric strategies to learn a spatial task. Our results sugg...
Advantageous maneuvering through the environment to find food and avoid or escape danger is central ...
From insects to humans, successful navigation relies on retained representations of spatial relation...
Maneuvering safely through the environment is central to sur-vival of almost all species. The abilit...
Spatial cognition research in rodents typically employs the use of maze tasks, whose attributes vary...
Rats of the Dark Agouti strain were trained on delayed alternation under conditions that should enco...
For all mobile organisms locomotion is the most important tool for obtaining reward (food, shelter) ...
Hippocampal-lesioned rats (HPC) and sham controls (SH) learned constant-negative visual discriminati...
Rats with fornix transection, or with cytotoxic retrohippocampal lesions that removed entorhinal cor...
In rats, hippocampal lesions result in impairment of spatial navigation, although other learning abi...
Rats use place (allocentric) or stimulus-response (egocentric) learning strategies for foraging unde...
Rats trained on a nonmatching-to-turn rule revealed that egocentric working memory is readily disrup...
In the present study we investigated spatial navigation in male and female Wistar rats in the Morris...
In three experiments, male Wistar rats were trained to find a hidden platform in the Morris water ma...
Cognitive mapping implies the development of an internal representation of the spatial relationships...
Animals can use both allocentric and egocentric strategies to learn a spatial task. Our results sugg...
Advantageous maneuvering through the environment to find food and avoid or escape danger is central ...
From insects to humans, successful navigation relies on retained representations of spatial relation...
Maneuvering safely through the environment is central to sur-vival of almost all species. The abilit...
Spatial cognition research in rodents typically employs the use of maze tasks, whose attributes vary...
Rats of the Dark Agouti strain were trained on delayed alternation under conditions that should enco...
For all mobile organisms locomotion is the most important tool for obtaining reward (food, shelter) ...
Hippocampal-lesioned rats (HPC) and sham controls (SH) learned constant-negative visual discriminati...
Rats with fornix transection, or with cytotoxic retrohippocampal lesions that removed entorhinal cor...
In rats, hippocampal lesions result in impairment of spatial navigation, although other learning abi...
Rats use place (allocentric) or stimulus-response (egocentric) learning strategies for foraging unde...
Rats trained on a nonmatching-to-turn rule revealed that egocentric working memory is readily disrup...
In the present study we investigated spatial navigation in male and female Wistar rats in the Morris...
In three experiments, male Wistar rats were trained to find a hidden platform in the Morris water ma...
Cognitive mapping implies the development of an internal representation of the spatial relationships...