Bees were trained to discriminate between a pattern with two or more black bars and a similar pattern with the bars at right angles. Earlier measures of the resolution of oblique black and white regular gratings of different periods were confirmed. The positions of the training bars were shifted every 5 min to prevent the bees from using their locations as cues. To measure the length of the detectors of edge orientation, the trained bees were tested with targets filled with parallel short black/white edges of various lengths. The minimum individual length of edge required to discriminate the orientation cue was found to be near 3°, and similar for vertical, horizontal and oblique edges. This is the first time that this kind of resolution ha...
Visual discrimination of black bars by honeybees was studied in a Y-choice apparatus with fixed vert...
The ability of honeybees (Apis mellifera) to learn and recognise peripherally presented patterns was...
Tests were made of the discrimination by flying bees of black and white patterns that subtend 40° f...
Bees were trained to discriminate between two or more black bars and similar bars at right angles, p...
Honey bees (Apis mellifera, worker) were trained to discriminate between two random gratings oriente...
The visual discrimination of patterns of two equal orthogonal black bars by honeybees has been stud...
The Y-choice apparatus, in which freely flying bees choose one of two targets from a fixed distance...
AbstractThe bees learn to come for a reward to a very simple pattern, a black bar in a fixed positio...
The bees learn to come for a reward to a very simple pattern, a black bar in a fixed position on a w...
Honeybees (Apis mellifera) learn the orientation of edges or bars in order to recognise a visual pa...
The ability of honeybees (Apis mellifera) to discriminate pattern orientation was evaluated by exami...
The roles of eidetic imagery and orientational cues, respectively, in the discrimination of visual p...
The spectral properties of the discrimination of pattern orientation in freely flying honeybees (Api...
To explore how honeybees, Apis cerana, discriminate the orientation of patterns, we trained workers ...
A new cue for visual discrimination by the honeybee has been demonstrated. Bees detected the positio...
Visual discrimination of black bars by honeybees was studied in a Y-choice apparatus with fixed vert...
The ability of honeybees (Apis mellifera) to learn and recognise peripherally presented patterns was...
Tests were made of the discrimination by flying bees of black and white patterns that subtend 40° f...
Bees were trained to discriminate between two or more black bars and similar bars at right angles, p...
Honey bees (Apis mellifera, worker) were trained to discriminate between two random gratings oriente...
The visual discrimination of patterns of two equal orthogonal black bars by honeybees has been stud...
The Y-choice apparatus, in which freely flying bees choose one of two targets from a fixed distance...
AbstractThe bees learn to come for a reward to a very simple pattern, a black bar in a fixed positio...
The bees learn to come for a reward to a very simple pattern, a black bar in a fixed position on a w...
Honeybees (Apis mellifera) learn the orientation of edges or bars in order to recognise a visual pa...
The ability of honeybees (Apis mellifera) to discriminate pattern orientation was evaluated by exami...
The roles of eidetic imagery and orientational cues, respectively, in the discrimination of visual p...
The spectral properties of the discrimination of pattern orientation in freely flying honeybees (Api...
To explore how honeybees, Apis cerana, discriminate the orientation of patterns, we trained workers ...
A new cue for visual discrimination by the honeybee has been demonstrated. Bees detected the positio...
Visual discrimination of black bars by honeybees was studied in a Y-choice apparatus with fixed vert...
The ability of honeybees (Apis mellifera) to learn and recognise peripherally presented patterns was...
Tests were made of the discrimination by flying bees of black and white patterns that subtend 40° f...