Extreme Polygyny: Multi-seasonal “Hypergynous” Nesting in the Introduced Paper Wasp Polistes dominulus

@article{Liebert2007ExtremePM,
  title={Extreme Polygyny: Multi-seasonal “Hypergynous” Nesting in the Introduced Paper Wasp Polistes dominulus},
  author={Aviva E. Liebert and Julia H. Hui and Peter Nonacs and Philip T B Starks},
  journal={Journal of Insect Behavior},
  year={2007},
  volume={21},
  pages={72-81}
}
In temperate climates, female paper wasps typically initiate new colonies in the spring. Several nest-founding tactics have been documented in Polistes species, including solitary nest initiation, joining a cooperative association, usurping an existing nest, or adopting an abandoned nest. Occasionally, exceptionally large groups of females have also been found reusing nests from the previous season. Here we report this phenomenon in introduced populations of the Eurasian species Polistes… 

Reuse of old nests by the European paper wasp Polistes dominula (Hymenoptera Vespidae).

TLDR
Although the majority of Polistes dominula foundresses prefer to start new colonies early in the spring, an eight percent of nests were reused in the population, suggesting that reusing old nests might allow foundresses to save energy and gain time, but in turn it might also impose additional costs such as the risk of incurring in a higher pathogen pressure.

Better colony performance, not natural enemy release, explains numerical dominance of the exotic Polistes dominula wasp over a native congener in South Africa

TLDR
Contrary to expectation, the exotic species suffered significantly higher parasitism than the native species, however, P. dominula is able to reach much greater population size than P. marginalis despite higher parasitoid pressure and similar individual size due to better colony performance.

Sexual interactions and nestmate recognition in invasive populations of Polistes dominulus wasps

TLDR
Sexual interactions and nestmate recognition in male and female P. dominulus are investigated and successful copulations were very rare and occurred between non-nestmates and nestmates, and are discussed within the context of invasion biology.

Mating system and genetic structure in the paper wasp (Polistes humilis)

TLDR
Analysis of genotypic data from four microsatellite loci provided no evidence of males siring offspring in their natal colony and heterozygote excesses within most colonies suggest that this form of outbreeding is typical in P. humilis.

Polistes smithii vs. Polistes dominula: the contrasting endocrinology and epicuticular signaling of sympatric paper wasps in the field

TLDR
The divergence of endocrine and chemical profiles within Polistes offers an unforeseen opportunity to study the evolution of proximate mechanisms underlying phenotypic plasticity.

Ecological effects and management of invasive alien Vespidae

TLDR
The social structure of colonies and their high reproductive efficiency have facilitated invasion by these species, but it also means management at the population level will be difficult, which emphasises the need to prevent such invasions from occurring in the first place.

The Invasive Vespidae in South Africa: Potential Management Strategies and Current Status

TLDR
Various control methods, including mechanical, chemical and biological control have been developed and implemented internationally in an effort to curb population expansion of social wasps.

Prey capture and caste-specific payload capacities in the European paper wasp Polistes dominulus

TLDR
It is shown that wasp body mass is significantly positively correlated with payload capacity in foundresses, a relationship not seen among workers or late reproductives, suggesting a beneficial adaptation of foundresses for combating early season pressures associated with the foundation of a new colony.

Pro dutividade e m co lô nias de Po lis t e s (Ap hanilo p t e rus ) ve rs ico lo r Olivie r, 17 91 (Hyme no pte ra: Ve spidae , Polis tinae )

TLDR
From August 2000 to Dece mber 2003, 185 colonies of Polistes versicolor were observed at the Bioterio of the Instituto de Biociencias, UNESP, Ca mpus de Rio Claro, SP and it was not possible to obtain the numbe r of me conia.

Origin of an evolutionary novelty: the worker phenotype of eusocial wasps

TLDR
How paper wasps’ allomaternal non-reproductive worker phenotype originates in every colony cycle via confluence of multiple factors of paper wasp biology is shown, showing that relatedness among colony members is not the target of selection in simple eusociality.

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