The nests built by social insects are among the most complex structures produced by animal groups. They reveal the social behaviour of a colony and as such they potentially allow comparative studies. However, for a long time, research on nest architecture was hindered by the lack of technical tools allowing the visualisation of their complex 3D structures and the quantification of their properties. Several techniques, developed over the years, now make it possible to study the organisation of these nests and how they are built. Here, we review present knowledge of the mechanisms of nest construction, and how nest structure affects the behaviour of individual insects and the organisation of activities within a colony.SCOPUS: re.jinfo:eu-repo...
The construction of nests in insect societies requires building materials, pulp and water foragers, ...
Despite of the simplicity of their individuals, social insect societies are structured social organi...
In social insects, colony-level complexity emerges from simple individual-level behaviors and intera...
International audienceThe nests built by social insects are among the most complex structures produc...
The nests of social insects are not only impressive because of their sheer complexity, but also beca...
International audienceThe nests of social insects are not only impressive because of their sheer com...
Social behaviours are an important component of evolutionary success. This is perhaps most evident i...
Funding: John Templeton Foundation as part of the research collaboration grant “Putting the extended...
Nests of social insects are an important area for the exchange of food and information among workers...
Author-generated preprintInternational audienceThe nests of termites are amongst the most diverse an...
Nesting in dense aggregations is common in central place foragers, such as group-living birds and in...
Structures influence how individuals interact and, therefore, shape the collective behaviours that e...
Stable social groups usually consist of families. However, recent studies have revealed higher level...
Social insect nests are fascinating because, as complex and organized they may be, they are built in...
The evolution of nest weaving, the inclusion of larval silk in the nest walls, is considered one of ...
The construction of nests in insect societies requires building materials, pulp and water foragers, ...
Despite of the simplicity of their individuals, social insect societies are structured social organi...
In social insects, colony-level complexity emerges from simple individual-level behaviors and intera...
International audienceThe nests built by social insects are among the most complex structures produc...
The nests of social insects are not only impressive because of their sheer complexity, but also beca...
International audienceThe nests of social insects are not only impressive because of their sheer com...
Social behaviours are an important component of evolutionary success. This is perhaps most evident i...
Funding: John Templeton Foundation as part of the research collaboration grant “Putting the extended...
Nests of social insects are an important area for the exchange of food and information among workers...
Author-generated preprintInternational audienceThe nests of termites are amongst the most diverse an...
Nesting in dense aggregations is common in central place foragers, such as group-living birds and in...
Structures influence how individuals interact and, therefore, shape the collective behaviours that e...
Stable social groups usually consist of families. However, recent studies have revealed higher level...
Social insect nests are fascinating because, as complex and organized they may be, they are built in...
The evolution of nest weaving, the inclusion of larval silk in the nest walls, is considered one of ...
The construction of nests in insect societies requires building materials, pulp and water foragers, ...
Despite of the simplicity of their individuals, social insect societies are structured social organi...
In social insects, colony-level complexity emerges from simple individual-level behaviors and intera...