We measured the shape of the foraging trail networks of 11 colonies of the wood ant Formica aquilonia (Formica rufa group). We characterized these networks in terms of their degree of branching and the angles between branches, as well as in terms of their efficiency. The measured networks were compared with idealized model networks built to optimize one of two components of efficiency, total length (i.e., total amount of trail) and route factor (i.e., average distance between nest and foraging site). The analysis shows that the networks built by the ants obtain a compromise between the two modes of efficiency. These results are largely independent of the size of the network or colony size. The ants’ efficiency is comparable to that of netwo...
Nests of social insects are an important area for the exchange of food and information among workers...
Arboreal ants are important in the trophic ecology of tropical forests. They function as “ecosystem ...
International audienceThis paper studies the behavior of ants when moving in an artificial network c...
The design of transport paths in consuming entities that use routes to access food should be under s...
Ants build structures that facilitate the life of the colony. The structures are created in a highly...
Les fourmis coupeuses de feuilles, du fait de la relation symbiotique qu'elles entretiennent avec le...
The aggregation of individuals into colonies raises important questions about scaling of structure a...
The leaf cutting tribe Attini (Formicidae: Myrmicinae) shows numerous adaptations that increase fora...
<div><p>Foraging networks are a key element for ant colonies because they facilitate the flow of res...
Transportation networks play a crucial role in human and animal societies. For a transportation netw...
International audienceForaging networks are a key element for ant colonies because they facilitate t...
Social insects utilise a complex spatial orientation system mediated by chemical signals. This study...
Many biological networks grow under strong spatial constraints, where the large-scale structure emer...
The collective building activities of green tree ants is considered one of the most complex behaviou...
A better knowledge of the behaviors that reduce traffic congestions is essential to understand the s...
Nests of social insects are an important area for the exchange of food and information among workers...
Arboreal ants are important in the trophic ecology of tropical forests. They function as “ecosystem ...
International audienceThis paper studies the behavior of ants when moving in an artificial network c...
The design of transport paths in consuming entities that use routes to access food should be under s...
Ants build structures that facilitate the life of the colony. The structures are created in a highly...
Les fourmis coupeuses de feuilles, du fait de la relation symbiotique qu'elles entretiennent avec le...
The aggregation of individuals into colonies raises important questions about scaling of structure a...
The leaf cutting tribe Attini (Formicidae: Myrmicinae) shows numerous adaptations that increase fora...
<div><p>Foraging networks are a key element for ant colonies because they facilitate the flow of res...
Transportation networks play a crucial role in human and animal societies. For a transportation netw...
International audienceForaging networks are a key element for ant colonies because they facilitate t...
Social insects utilise a complex spatial orientation system mediated by chemical signals. This study...
Many biological networks grow under strong spatial constraints, where the large-scale structure emer...
The collective building activities of green tree ants is considered one of the most complex behaviou...
A better knowledge of the behaviors that reduce traffic congestions is essential to understand the s...
Nests of social insects are an important area for the exchange of food and information among workers...
Arboreal ants are important in the trophic ecology of tropical forests. They function as “ecosystem ...
International audienceThis paper studies the behavior of ants when moving in an artificial network c...