The use of environmental visual cues for navigation is an ability present in many groups of animals. The effect of spatial proximity between a visual cue and a goal on reorientation in an environment has been studied in several vertebrate groups, but never previously in amphibians. In this study we tested the use of local visual cues (beacons) to orient in an open field in the terrestrial toad Rhinella arenarum. Experiment 1 showed that animals could orient in space using two cues located near the rewarded container. Experiment 2 used only one cue placed at different distances to the goal and revealed that learning speed was affected by the proximity to the goal (the closer the cue was to the goal, the faster toads learned its location). Ex...
AbstractDetour behaviour, an individual's ability to reach its goal by taking an indirect route, has...
This article presents a comparative review of the works that have studied the spatial learning in ve...
African Clawed Toads are a model organism for research on sensory integration due to their lateral l...
Although of crucial importance in vertebrate evolution, amphibians are rarely considered in studies ...
When trained in a rectangular arena, some research has suggested that rats are guided by local featu...
The current study was designed to test for the ability of terrestrial toads, Rhinella arenarum, to u...
Research on navigation in animals is hampered by conflicting results and failed replications. In ord...
Includes bibliographical references (pages 58-60)In the spring, adult toads move several hundred met...
Spatial navigation is critical to an animal's procurement of food, mates, and territory. As a result...
Includes bibliographical references (pages 74-77)Both stream-dwelling and pond-dwelling Hyla regilla...
Acoustic communication is essential for reproduction and predator avoidance in many anuran species. ...
Amphibians are central to discussions of vertebrate evolutionbecause they represent the transition f...
Separately delivered visual and lateral line stimuli elicit similar but not identical orientation an...
This article provides an update on strategies and neural basis of spatial learning, paying special a...
IntroductionThe ability to relocate home or breeding sites after experimental removal has been obser...
AbstractDetour behaviour, an individual's ability to reach its goal by taking an indirect route, has...
This article presents a comparative review of the works that have studied the spatial learning in ve...
African Clawed Toads are a model organism for research on sensory integration due to their lateral l...
Although of crucial importance in vertebrate evolution, amphibians are rarely considered in studies ...
When trained in a rectangular arena, some research has suggested that rats are guided by local featu...
The current study was designed to test for the ability of terrestrial toads, Rhinella arenarum, to u...
Research on navigation in animals is hampered by conflicting results and failed replications. In ord...
Includes bibliographical references (pages 58-60)In the spring, adult toads move several hundred met...
Spatial navigation is critical to an animal's procurement of food, mates, and territory. As a result...
Includes bibliographical references (pages 74-77)Both stream-dwelling and pond-dwelling Hyla regilla...
Acoustic communication is essential for reproduction and predator avoidance in many anuran species. ...
Amphibians are central to discussions of vertebrate evolutionbecause they represent the transition f...
Separately delivered visual and lateral line stimuli elicit similar but not identical orientation an...
This article provides an update on strategies and neural basis of spatial learning, paying special a...
IntroductionThe ability to relocate home or breeding sites after experimental removal has been obser...
AbstractDetour behaviour, an individual's ability to reach its goal by taking an indirect route, has...
This article presents a comparative review of the works that have studied the spatial learning in ve...
African Clawed Toads are a model organism for research on sensory integration due to their lateral l...