Bees receive nectar and pollen as reward for pollinating plants. Pollen of different plant species varies widely in nutritional composition. In order to select pollen of appropriate nutritional quality, bees would benefit if they could distinguish different pollen types. Whether they rely on visual, olfactory and/or chemotactile cues to distinguish between different pollen types, has however been little studied. In this study, we examined whether and how Apis mellifera workers differentiate between almond and apple pollen. We used differential proboscis extension response conditioning with olfactory and chemotactile stimulation, in light and darkness, and in summer and winter bees. We found that honeybees were only able to differentiate bet...
Olfactory learning and floral scents are co-adaptive traits in the plant-pollinator relationship. Ho...
A fundamental question in biology is how animals efficiently locate and use diverse resources. Polli...
The astonishing diversity of floral form in angiosperm plants is driven in large part by preferences...
Bees receive nectar and pollen as reward for pollinating plants. Pollen of different plant species v...
Bees receive nectar and pollen as reward for pollinating plants. Pollen of different plant species v...
Percentage of proboscis extension responses (%PER) shown by Apis mellifera individuals in differenti...
Percentage of proboscis extension responses (%PER) shown by Apis mellifera individuals (N = 120) in ...
When honey bees (Apis mellifera) feed on flowers, they extend their proboscis to absorb the nectar, ...
The role of pollen odour cues in the foraging behaviour of honey bees (Apis mellifera L.) is poorly ...
Searching for reward motivates and drives behaviour. In honey bees Apis mellifera, specialized polle...
Honeybees, Apis mellifera, show learned odour preferences for flowers that provide nectar as a rewar...
What bees learn during pollen collection, and how they might discriminate between flowers on the bas...
In contrast to the wealth of knowledge concerning sucrose-rewarded learning mechanisms, the question...
When honey bees (Apis mellifera)feed on flowers they extend their proboscis to absorb the nectar, i....
In many pollinating insects, foraging preferences are adjusted on the basis of floral cues learned a...
Olfactory learning and floral scents are co-adaptive traits in the plant-pollinator relationship. Ho...
A fundamental question in biology is how animals efficiently locate and use diverse resources. Polli...
The astonishing diversity of floral form in angiosperm plants is driven in large part by preferences...
Bees receive nectar and pollen as reward for pollinating plants. Pollen of different plant species v...
Bees receive nectar and pollen as reward for pollinating plants. Pollen of different plant species v...
Percentage of proboscis extension responses (%PER) shown by Apis mellifera individuals in differenti...
Percentage of proboscis extension responses (%PER) shown by Apis mellifera individuals (N = 120) in ...
When honey bees (Apis mellifera) feed on flowers, they extend their proboscis to absorb the nectar, ...
The role of pollen odour cues in the foraging behaviour of honey bees (Apis mellifera L.) is poorly ...
Searching for reward motivates and drives behaviour. In honey bees Apis mellifera, specialized polle...
Honeybees, Apis mellifera, show learned odour preferences for flowers that provide nectar as a rewar...
What bees learn during pollen collection, and how they might discriminate between flowers on the bas...
In contrast to the wealth of knowledge concerning sucrose-rewarded learning mechanisms, the question...
When honey bees (Apis mellifera)feed on flowers they extend their proboscis to absorb the nectar, i....
In many pollinating insects, foraging preferences are adjusted on the basis of floral cues learned a...
Olfactory learning and floral scents are co-adaptive traits in the plant-pollinator relationship. Ho...
A fundamental question in biology is how animals efficiently locate and use diverse resources. Polli...
The astonishing diversity of floral form in angiosperm plants is driven in large part by preferences...