We investigated sex allocation in a central European population of the facultatively polygynous ant Leptothorax acervorum. The population-wide sex ratio was found to be quite balanced, with a proportional investment in female sexuals of 0.49. Sex allocation varied considerably between colonies, resulting in split sex ratios. The productivity of colonies was negatively correlated with queen number and positively with colony size. In contrast, the sex ratio (proportional investment in female sexuals) was neither correlated with queen number, colony size, nor total sexual production, but with worker relatedness. The uncoupling of the genetic colony structure and queen number presumably results from frequent queen turnover and colony splitting
Kin selection theory predicts that social insects should perform selfish manipulations as a function...
Insect societies are paramount examples of cooperation, yet they also harbor internal conflicts whos...
Kin selection theory predicts that social insects should perform selfish manipulations as a function...
We investigated sex allocation in a Mediterranean population of the facultatively polygynous (multip...
We investigated sex allocation in a Mediterranean population of the facultatively polygynous (multip...
Current evolutionary theories have attempted to explain the greater than random variation in allocat...
The local resource competition (LRC) hypothesis predicts that wherever philopatric offspring compete...
Sex allocation theory predicts parents should adjust their investment in male and female offspring i...
In polygynous (multiple queens per nest) ants, queen dispersal is often limited with young queens be...
In polygynous (multiple queens per nest) ants, queen dispersal is often limited with young queens be...
Sex allocation theory predicts parents should adjust their investment in male and female offspring i...
Sex allocation theory predicts parents should adjust their investment in male and female offspring i...
Sex allocation theory predicts parents should adjust their investment in male and female offspring i...
The haplodiploid sex-determination system of ants gives rise to conflict between queens and workers ...
The haplodiploid sex-determination system of ants gives rise to conflict between queens and workers ...
Kin selection theory predicts that social insects should perform selfish manipulations as a function...
Insect societies are paramount examples of cooperation, yet they also harbor internal conflicts whos...
Kin selection theory predicts that social insects should perform selfish manipulations as a function...
We investigated sex allocation in a Mediterranean population of the facultatively polygynous (multip...
We investigated sex allocation in a Mediterranean population of the facultatively polygynous (multip...
Current evolutionary theories have attempted to explain the greater than random variation in allocat...
The local resource competition (LRC) hypothesis predicts that wherever philopatric offspring compete...
Sex allocation theory predicts parents should adjust their investment in male and female offspring i...
In polygynous (multiple queens per nest) ants, queen dispersal is often limited with young queens be...
In polygynous (multiple queens per nest) ants, queen dispersal is often limited with young queens be...
Sex allocation theory predicts parents should adjust their investment in male and female offspring i...
Sex allocation theory predicts parents should adjust their investment in male and female offspring i...
Sex allocation theory predicts parents should adjust their investment in male and female offspring i...
The haplodiploid sex-determination system of ants gives rise to conflict between queens and workers ...
The haplodiploid sex-determination system of ants gives rise to conflict between queens and workers ...
Kin selection theory predicts that social insects should perform selfish manipulations as a function...
Insect societies are paramount examples of cooperation, yet they also harbor internal conflicts whos...
Kin selection theory predicts that social insects should perform selfish manipulations as a function...