The performance of a food-storing species, the marsh tit (Parus palustris), was compared with that of a nonstorer, the blue tit (P. caeruleus), in a spatial memory task in which birds had to return to a site where they had previously been allowed to eat part of a piece of peanut. No differences were found between species' overall performance, but increasing retention interval from 1 min to 24 h brought about a decrease in performance. The results are discussed in relationship to the hypothesis that food-storing birds have a specialized spatial memory capacity.</p
International audienceThe causes of individual variation in memory are poorly understood in wild ani...
A series of six experiments was conducted examining spatial memory in pigeons. Spatial memory in th...
A series of six experiments was conducted examining spatial memory in pigeons. Spatial memory in th...
We compared the ability of coal tits, Parus ater (a food-storing species), great tits, P. major, and...
Laboratory studies of scatter hoarding birds have become a model system for spatial memory studies. ...
In recent years, comparative studies of spatial memory have focused on species that vary in the exte...
Many bird species cache food items for later retrieval, a behaviour requiring spatial memory to acco...
Many bird species cache food items for later retrieval, a behaviour requiring spatial memory to acco...
Scatter-hoarding passerine birds have become a model system for research on spatial memory capacity....
An operant delayed-non-matching-to-sample task using computer-presented images was used to test memo...
Scatter hoarding birds are known for their accurate spatial memory. In a previous experiment, we tes...
Abstract: Many species in the family Paridae, such as marsh tits Poecile palustris, are large-scale ...
Abstract: Many species in the family Paridae, such as marsh tits Poecile palustris, are large-scale ...
Observational spatial memory is employed by members of food-hoarding species to pilfer caches create...
Studies have shown that nectar-feeding birds more easily learn to avoid a previously rewarding locat...
International audienceThe causes of individual variation in memory are poorly understood in wild ani...
A series of six experiments was conducted examining spatial memory in pigeons. Spatial memory in th...
A series of six experiments was conducted examining spatial memory in pigeons. Spatial memory in th...
We compared the ability of coal tits, Parus ater (a food-storing species), great tits, P. major, and...
Laboratory studies of scatter hoarding birds have become a model system for spatial memory studies. ...
In recent years, comparative studies of spatial memory have focused on species that vary in the exte...
Many bird species cache food items for later retrieval, a behaviour requiring spatial memory to acco...
Many bird species cache food items for later retrieval, a behaviour requiring spatial memory to acco...
Scatter-hoarding passerine birds have become a model system for research on spatial memory capacity....
An operant delayed-non-matching-to-sample task using computer-presented images was used to test memo...
Scatter hoarding birds are known for their accurate spatial memory. In a previous experiment, we tes...
Abstract: Many species in the family Paridae, such as marsh tits Poecile palustris, are large-scale ...
Abstract: Many species in the family Paridae, such as marsh tits Poecile palustris, are large-scale ...
Observational spatial memory is employed by members of food-hoarding species to pilfer caches create...
Studies have shown that nectar-feeding birds more easily learn to avoid a previously rewarding locat...
International audienceThe causes of individual variation in memory are poorly understood in wild ani...
A series of six experiments was conducted examining spatial memory in pigeons. Spatial memory in th...
A series of six experiments was conducted examining spatial memory in pigeons. Spatial memory in th...