What non-Linnaean phenomenon observed in *A. gracilipes* populations enables the coexistence of multiple reproductive queens?
Answer
Chimerism
Chimerism is a scientifically intriguing phenomenon noted in some populations of *Anoplolepis gracilipes*. This process involves the sharing of genetic material between different individuals. This genetic flexibility allows individuals that might otherwise be rejected as non-nestmates to be accepted into the colony. The primary consequence of this genetic acceptance is the development of massive, successful super-colonies where multiple reproductive queens can coexist, which is a major factor fueling the species' success as an invasive threat.
Related Questions
What is the scientific designation for the insect famously known as the Yellow Crazy Ant?What set of defining characteristics marks the Phylum Arthropoda for *A. gracilipes*?Which major groups are classified alongside ants in the Order Hymenoptera?What taxonomic rank confirms the insect is officially an ant, characterized by social structure and elbowed antennae?What is the distinguishing defensive chemistry associated with the Subfamily Formicinae, where *A. gracilipes* is placed?What physical traits define members of the Genus *Anoplolepis*?What non-Linnaean phenomenon observed in *A. gracilipes* populations enables the coexistence of multiple reproductive queens?Which Tribe does *Anoplolepis gracilipes* belong to within the Subfamily Formicinae?Why does the ecological success of *A. gracilipes* necessitate management focused on eradication over simple suppression?What characteristic defines the Kingdom Animalia membership for organisms like *A. gracilipes*?How does the typical defense mechanism of *A. gracilipes* compare to the secretions of some other invasive ant species?