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The honey bee waggle dance communication is a complex, unique, at times controversial, and ultimately fascinating behavior. In an elaborate figure-of-eight movement, a returning forager conveys the distance and direction from the hive to resources, usually the nectar and pollen that is their food, and it remains one of the most sophisticated, known forms of non-human communication. Not surprisingly, since its discovery more than 60 years ago by Karl von Frisch, the dance has been subject to investigations that span from basic biology through human culture and neurophysiology to landscape ecology. Here we aim to collate recent advances in our understanding of the dance, including (but not limited to) potential fitness benefits, the causes and consequences of error in the dance, neurobiological differences in how bees measure distance, the use by bees of different landscapes and its impact on pollination, and methodological advances that may not only improve our mapping of bee foraging ecology, but also in the basic understanding of the dance.
Animal communication --- Honey bee --- Social insects. --- Honey bee. --- Waggle dance. --- Apis mellifera --- recruitment --- foraging --- waggle dance --- social insects --- observational learning --- Communication --- Honeybee --- Insect societies.
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The honey bee waggle dance communication is a complex, unique, at times controversial, and ultimately fascinating behavior. In an elaborate figure-of-eight movement, a returning forager conveys the distance and direction from the hive to resources, usually the nectar and pollen that is their food, and it remains one of the most sophisticated, known forms of non-human communication. Not surprisingly, since its discovery more than 60 years ago by Karl von Frisch, the dance has been subject to investigations that span from basic biology through human culture and neurophysiology to landscape ecology. Here we aim to collate recent advances in our understanding of the dance, including (but not limited to) potential fitness benefits, the causes and consequences of error in the dance, neurobiological differences in how bees measure distance, the use by bees of different landscapes and its impact on pollination, and methodological advances that may not only improve our mapping of bee foraging ecology, but also in the basic understanding of the dance.
Animal communication --- Honey bee --- Social insects. --- Honey bee. --- Waggle dance. --- Apis mellifera --- recruitment --- foraging --- waggle dance --- social insects --- observational learning --- Communication --- Honeybee --- Insect societies.
Choose an application
The honey bee waggle dance communication is a complex, unique, at times controversial, and ultimately fascinating behavior. In an elaborate figure-of-eight movement, a returning forager conveys the distance and direction from the hive to resources, usually the nectar and pollen that is their food, and it remains one of the most sophisticated, known forms of non-human communication. Not surprisingly, since its discovery more than 60 years ago by Karl von Frisch, the dance has been subject to investigations that span from basic biology through human culture and neurophysiology to landscape ecology. Here we aim to collate recent advances in our understanding of the dance, including (but not limited to) potential fitness benefits, the causes and consequences of error in the dance, neurobiological differences in how bees measure distance, the use by bees of different landscapes and its impact on pollination, and methodological advances that may not only improve our mapping of bee foraging ecology, but also in the basic understanding of the dance.
Animal communication --- Honey bee --- Social insects. --- Apis mellifera --- recruitment --- foraging --- waggle dance --- social insects --- observational learning --- Communication --- Honey bee. --- Waggle dance. --- Honeybee --- Insect societies.
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