In virtual-environment spatial-learning procedures, Experiment 1 investigated blocking of learning about distal landmarks beyond the walls of an enclosure following preliminary training to find a goal using local landmarks within the enclosure. Separate sets of blocking and control groups searched within enclosures that, in plan view, formed either a square or a circle. Blocking was apparent when training and testing occurred in the circular but not the square enclosure. In Experiment 2, preliminary training to find a goal using local landmarks blocked spatial learning based on a circular enclosure divided into four differently coloured sections. The results are discussed in relation to theories of incidental versus error-correcting learnin...
Cue competition is a key element of many associative theories of learning. Overshadowing, an importa...
The ability of animals to find important goals in their environment has been said to require a form ...
Rats were trained in Experiment 1 to find a submerged platform in 1 corner of either a rectangular o...
In virtual-environment spatial-learning procedures, Experiment 1 investigated blocking of learning a...
In a virtual environment, blocking of spatial learning to locate an invisible target was found recip...
In many species, including humans the basic ability to move to a goal is essential to survival. Cent...
Using desktop, computer-simulated virtual environments (VEs), the authors conducted 5 experiments to...
The purpose of the current experiment was to determine whether cue competition (e.g., blocking) occu...
The purpose of the current experiment was to determine whether cue competition (e.g., blocking) occu...
In the present paper, we investigated the learning of object location in a virtual reality environme...
Evidence suggests that enclosure size influences the relative use of local but not global geometric ...
In 3 experiments rats had to find a submerged platform that was located in a corner of a kite-shaped...
Cue competition is a key element of many associative theories of learning. Overshadowing, an importa...
The ability of animals to find important goals in their environment has been said to require a form ...
Rats were trained in Experiment 1 to find a submerged platform in 1 corner of either a rectangular o...
In virtual-environment spatial-learning procedures, Experiment 1 investigated blocking of learning a...
In a virtual environment, blocking of spatial learning to locate an invisible target was found recip...
In many species, including humans the basic ability to move to a goal is essential to survival. Cent...
Using desktop, computer-simulated virtual environments (VEs), the authors conducted 5 experiments to...
The purpose of the current experiment was to determine whether cue competition (e.g., blocking) occu...
The purpose of the current experiment was to determine whether cue competition (e.g., blocking) occu...
In the present paper, we investigated the learning of object location in a virtual reality environme...
Evidence suggests that enclosure size influences the relative use of local but not global geometric ...
In 3 experiments rats had to find a submerged platform that was located in a corner of a kite-shaped...
Cue competition is a key element of many associative theories of learning. Overshadowing, an importa...
The ability of animals to find important goals in their environment has been said to require a form ...
Rats were trained in Experiment 1 to find a submerged platform in 1 corner of either a rectangular o...