Three decades of investigation into kin and nestmate recognition in social insects has resulted in an overwhelming amount of literature on the subject. By and large this has led to the elucidation of the recognition cues involved – cuticular hydrocarbons – but the physiological processes behind nestmate recognition have essentially remained undiscovered. We discuss the evidence for the importance of hydrocarbons and hypotheses regarding the neural representation of hydrocarbons in nestmate recognition.edition: 1ststatus: publishe
In animal societies, recognition of group members and relatives is an important trait for the evolut...
In social insect colonies, recognition of nestmates, kinship, caste and reproductive status is cruci...
Social organisms rank among the most abundant and ecologically dominant species on Earth, in part du...
Social insects maintain colony cohesion by recognizing and, if necessary, discriminating against con...
Nestmate discrimination plays an important role in preserving the integrity of social insect colonie...
Social insects use cuticular hydrocarbons (CHCs) to convey different social signals, including colon...
The evolution of sociality is facilitated by the recognition of close kin, but if kin recognition is...
Cuticular hydrocarbons are chemical messengers with fundamental role in information transfer on the ...
Relatedness is predicted to be a key determinant of cooperative behavior, but kin discrimination wit...
International audienceNestmate recognition in ants is based on perceived differences in a multi-comp...
Nest-mate recognition is fundamental for protecting social insect colonies from intrusion threats su...
International audienceIn social insects, colonies have exclusive memberships and residents promptly ...
Social insects use cuticular lipids for nestmate recognition. These lipids are chiefly hydrocarbons ...
Since the middle of the 20th century, improvements in analytical technologies have permitted the ide...
Cuticular hydrocarbons are chemical messengers with fundamental role in information transfer on the ...
In animal societies, recognition of group members and relatives is an important trait for the evolut...
In social insect colonies, recognition of nestmates, kinship, caste and reproductive status is cruci...
Social organisms rank among the most abundant and ecologically dominant species on Earth, in part du...
Social insects maintain colony cohesion by recognizing and, if necessary, discriminating against con...
Nestmate discrimination plays an important role in preserving the integrity of social insect colonie...
Social insects use cuticular hydrocarbons (CHCs) to convey different social signals, including colon...
The evolution of sociality is facilitated by the recognition of close kin, but if kin recognition is...
Cuticular hydrocarbons are chemical messengers with fundamental role in information transfer on the ...
Relatedness is predicted to be a key determinant of cooperative behavior, but kin discrimination wit...
International audienceNestmate recognition in ants is based on perceived differences in a multi-comp...
Nest-mate recognition is fundamental for protecting social insect colonies from intrusion threats su...
International audienceIn social insects, colonies have exclusive memberships and residents promptly ...
Social insects use cuticular lipids for nestmate recognition. These lipids are chiefly hydrocarbons ...
Since the middle of the 20th century, improvements in analytical technologies have permitted the ide...
Cuticular hydrocarbons are chemical messengers with fundamental role in information transfer on the ...
In animal societies, recognition of group members and relatives is an important trait for the evolut...
In social insect colonies, recognition of nestmates, kinship, caste and reproductive status is cruci...
Social organisms rank among the most abundant and ecologically dominant species on Earth, in part du...