The deposition and use of scent marks on food sources has been found in foraging solitary bees, bumblebees, stingless bees and honeybees. The widespread existence of this communication mechanism points to its ecological significance. The importance of the depositor's identity on the use of food source scent marks, however, has never been systematically investigated in the same bee species. Here we present strong evidence that individual foragers of the stingless bee species Trigona corvina scent marked a high quality food source and that they used their own scent marks to relocate it in choice experiments. T. corvina foragers showed a similar significant preference for a food source scent marked by their nest mates and by bees from a conspe...
Melipona favosa consistently deposited anal excretions while foraging. Anal depositions were releas...
Information exchange of environmental cues facilitates decision-making processes among members of in...
Scent marking food resources is expected to enhance foraging efficiency reducing search time. Many s...
The deposition and use of scent marks on food sources has been found in foraging solitary bees, bumb...
The deposition and use of scent marks on food sources has been found in foraging solitary bees, bumb...
Some species of stingless bees of the genus Melipona were reported to scent mark food sources but li...
Scent marking of profitable food sources im-proves foraging efficiency and helps social bees meet co...
Abstract Social bees can deposit specialized glandular secretions, or signals, that allow foragers t...
The marking of flowers with ephemeral scent is an underappreciated but vital element in the foraging...
Stingless bees, like honeybees, live in highly organized, perennial colonies. Their eusocial way of ...
Scaptotrigona depilis uses a scent trail to guide newly recruited bees to a food source. (i) Behavi...
The social organization of foraging processes is a principal key to the ecological success of eusoci...
Scents play a crucial role in a honey bee’s life. Both in the darkness of the hive and in the outsid...
Research on bee communication has focused on the ability of the highly social bees, stingless bees (...
In order to examine whether Nannotrigona testaceicornis deposits chemical attractants at a food sour...
Melipona favosa consistently deposited anal excretions while foraging. Anal depositions were releas...
Information exchange of environmental cues facilitates decision-making processes among members of in...
Scent marking food resources is expected to enhance foraging efficiency reducing search time. Many s...
The deposition and use of scent marks on food sources has been found in foraging solitary bees, bumb...
The deposition and use of scent marks on food sources has been found in foraging solitary bees, bumb...
Some species of stingless bees of the genus Melipona were reported to scent mark food sources but li...
Scent marking of profitable food sources im-proves foraging efficiency and helps social bees meet co...
Abstract Social bees can deposit specialized glandular secretions, or signals, that allow foragers t...
The marking of flowers with ephemeral scent is an underappreciated but vital element in the foraging...
Stingless bees, like honeybees, live in highly organized, perennial colonies. Their eusocial way of ...
Scaptotrigona depilis uses a scent trail to guide newly recruited bees to a food source. (i) Behavi...
The social organization of foraging processes is a principal key to the ecological success of eusoci...
Scents play a crucial role in a honey bee’s life. Both in the darkness of the hive and in the outsid...
Research on bee communication has focused on the ability of the highly social bees, stingless bees (...
In order to examine whether Nannotrigona testaceicornis deposits chemical attractants at a food sour...
Melipona favosa consistently deposited anal excretions while foraging. Anal depositions were releas...
Information exchange of environmental cues facilitates decision-making processes among members of in...
Scent marking food resources is expected to enhance foraging efficiency reducing search time. Many s...