Cardiocondyla elegans is a Mediterranean ant that nests on river banks. It rears only wingless (ergatoid) males that live peacefully in the same nest as opposed to other species of the same genus, which have both peaceful, winged and mutually aggressive 'ergatoid' males. Using microsatellite analysis, we investigated the genetic structure of 21 colonies from three different locations as well as the parentage of sexuals of two colonies of C. elegans. We show that C. elegans is strictly monogynous, and that its nests can contain foreign sexuals. The presence of alien sexuals inside ant nests is described for the first time and probably counteracts inbreeding resulting from matings between siblings. In the laboratory, aggression tests showed t...
Male reproductive tactics vary widely across the species of the ant genus Cardiocondyla, from obliga...
Dispersal has consequences not only for individual fitness, but also for population dynamics, popula...
A key feature of social Hymenoptera is the division of labor in reproduction between one or a few fe...
Cardiocondyla elegans is a Mediterranean ant that nests on river banks. It rears only wingless (erga...
The influence of sexual selection constantly shapes individuals’ reproductive strategies. Commonly, ...
The ant genus Cardiocondyla presumably comprises more than 100 species exhibiting a wide range of li...
The ant genus Cardiocondyla is characterised by the occurrence of �workerlike�, ergatoid males that ...
BackgroundMany species of social insects have large-scale mating and dispersal flights and their pop...
Choosing the right mating partner is one of the most critical decisions in the life of a sexually re...
The genetic structure of social insect populations is influenced by their social organisation and di...
Workers of the ant Cardiocondyla elegans drop female sexuals into the nest entrance of other colonie...
The ant genus Cardiocondyla exhibits a fascinating diversity of its reproductive biology, with winge...
In ants, reproductive division of labour is typically associated with queen-worker dimorphism. In so...
Dispersal has consequences not only for individual fitness, but also for population dynamics, popula...
Male reproductive tactics vary widely across the species of the ant genus Cardiocondyla, from obliga...
Dispersal has consequences not only for individual fitness, but also for population dynamics, popula...
A key feature of social Hymenoptera is the division of labor in reproduction between one or a few fe...
Cardiocondyla elegans is a Mediterranean ant that nests on river banks. It rears only wingless (erga...
The influence of sexual selection constantly shapes individuals’ reproductive strategies. Commonly, ...
The ant genus Cardiocondyla presumably comprises more than 100 species exhibiting a wide range of li...
The ant genus Cardiocondyla is characterised by the occurrence of �workerlike�, ergatoid males that ...
BackgroundMany species of social insects have large-scale mating and dispersal flights and their pop...
Choosing the right mating partner is one of the most critical decisions in the life of a sexually re...
The genetic structure of social insect populations is influenced by their social organisation and di...
Workers of the ant Cardiocondyla elegans drop female sexuals into the nest entrance of other colonie...
The ant genus Cardiocondyla exhibits a fascinating diversity of its reproductive biology, with winge...
In ants, reproductive division of labour is typically associated with queen-worker dimorphism. In so...
Dispersal has consequences not only for individual fitness, but also for population dynamics, popula...
Male reproductive tactics vary widely across the species of the ant genus Cardiocondyla, from obliga...
Dispersal has consequences not only for individual fitness, but also for population dynamics, popula...
A key feature of social Hymenoptera is the division of labor in reproduction between one or a few fe...