FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3214028093> ?p ?o ?g. }

• W3214028093 endingPage "2914" @default.
• W3214028093 startingPage "2901" @default.
• W3214028093 abstract "Invasive social insects rank among the most damaging of terrestrial species. They are responsible for extensive damage and severely threaten the biodiversity of environments where they are introduced. Variation in colony social form commonly occurs in introduced populations of yellowjacket wasps (genus Vespula). In particular, invasive colonies may contain multiple queens (i.e., polygyne) and persist several years, while in the native range, the colonies are usually annual and harbor a single queen (i.e., monogyne). In this study, we used genome-wide loci obtained by double digest restriction site-associated DNA sequencing (RADseq) to investigate the genetic structure and queen turnover in colonies of the western yellowjacket, Vespula pensylvanica, in their introduced range in Hawaii. Of the 27 colonies monitored over four months (October-January), 19 were polygyne and already contained multiple queens on the first day of sampling. Contrary to previous speculation, this finding suggests that polygyny often arises early in the annual colony cycle, before the production of new queens in the fall. Furthermore, polygyne colonies exhibited a prolonged average lifespan relative to those headed by a single queen. As a result, there is no clear window during which colony eradication efforts would be more effective than upon first discovery. The relatedness among nestmate queens was slightly above zero, indicating that these colonies are generally composed of nonrelatives. The queen turnover within each colony was low, and we detected some full-sibling workers sampled up to four months apart. Finally, we did not detect any population structure among colonies, suggesting that queens disperse up to several kilometers. Taken together, our results provide the first insights into the requeening dynamics in this invasive and incipiently polygyne population and illuminate the early establishment of multiple long-lasting queens in these damaging colonies." @default.
• W3214028093 created "2021-11-22" @default.
• W3214028093 creator A5029434782 @default.
• W3214028093 creator A5037403896 @default.
• W3214028093 creator A5061088501 @default.
• W3214028093 creator A5083043563 @default.
• W3214028093 creator A5086718764 @default.
• W3214028093 date "2021-11-30" @default.
• W3214028093 modified "2023-10-15" @default.
• W3214028093 title "Early queen joining and long‐term queen associations in polygyne colonies of an invasive wasp revealed by longitudinal genetic analysis" @default.
• W3214028093 cites W101948019 @default.
• W3214028093 cites W1591284262 @default.
• W3214028093 cites W1593262244 @default.
• W3214028093 cites W1643717963 @default.
• W3214028093 cites W1645951817 @default.
• W3214028093 cites W1904470786 @default.
• W3214028093 cites W1966972534 @default.
• W3214028093 cites W1968441846 @default.
• W3214028093 cites W1973437732 @default.
• W3214028093 cites W1974234250 @default.
• W3214028093 cites W1974875659 @default.
• W3214028093 cites W1975071161 @default.
• W3214028093 cites W1975892099 @default.
• W3214028093 cites W1994878981 @default.
• W3214028093 cites W1997301538 @default.
• W3214028093 cites W1999917976 @default.
• W3214028093 cites W2003423840 @default.
• W3214028093 cites W2009464537 @default.
• W3214028093 cites W2011251959 @default.
• W3214028093 cites W2017743091 @default.
• W3214028093 cites W2021370590 @default.
• W3214028093 cites W2023171186 @default.
• W3214028093 cites W2024112089 @default.
• W3214028093 cites W2025850468 @default.
• W3214028093 cites W2030570137 @default.
• W3214028093 cites W2031459819 @default.
• W3214028093 cites W2035839217 @default.
• W3214028093 cites W2042655620 @default.
• W3214028093 cites W2049118466 @default.
• W3214028093 cites W2049675654 @default.
• W3214028093 cites W2051621182 @default.
• W3214028093 cites W2052511935 @default.
• W3214028093 cites W2055625638 @default.
• W3214028093 cites W2057525306 @default.
• W3214028093 cites W2060676140 @default.
• W3214028093 cites W2062744002 @default.
• W3214028093 cites W2077486524 @default.
• W3214028093 cites W2097718644 @default.
• W3214028093 cites W2098126593 @default.
• W3214028093 cites W2103441770 @default.
• W3214028093 cites W2108234281 @default.
• W3214028093 cites W2108524369 @default.
• W3214028093 cites W2113727419 @default.
• W3214028093 cites W2118358832 @default.
• W3214028093 cites W2121512231 @default.
• W3214028093 cites W2123804281 @default.
• W3214028093 cites W2125092464 @default.
• W3214028093 cites W2128711701 @default.
• W3214028093 cites W2139463782 @default.
• W3214028093 cites W2142345851 @default.
• W3214028093 cites W2156093768 @default.
• W3214028093 cites W2160709291 @default.
• W3214028093 cites W2161339576 @default.
• W3214028093 cites W2161633633 @default.
• W3214028093 cites W2166881906 @default.
• W3214028093 cites W2178831476 @default.
• W3214028093 cites W2180840595 @default.
• W3214028093 cites W2313271358 @default.
• W3214028093 cites W2320022434 @default.
• W3214028093 cites W2321353617 @default.
• W3214028093 cites W2352158187 @default.
• W3214028093 cites W2466097449 @default.
• W3214028093 cites W2738081842 @default.
• W3214028093 cites W2770477108 @default.
• W3214028093 cites W2805839518 @default.
• W3214028093 cites W2807484131 @default.
• W3214028093 cites W2884017225 @default.
• W3214028093 cites W2892670279 @default.
• W3214028093 cites W2906107948 @default.
• W3214028093 cites W2911680648 @default.
• W3214028093 cites W2981192847 @default.
• W3214028093 cites W2981897228 @default.
• W3214028093 cites W2987991237 @default.
• W3214028093 cites W3043752958 @default.
• W3214028093 cites W3081904209 @default.
• W3214028093 cites W3159942981 @default.
• W3214028093 cites W3160757689 @default.
• W3214028093 cites W3213330862 @default.
• W3214028093 doi "https://doi.org/10.1111/eva.13324" @default.
• W3214028093 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34950236" @default.
• W3214028093 hasPublicationYear "2021" @default.
• W3214028093 type Work @default.
• W3214028093 sameAs 3214028093 @default.
• W3214028093 citedByCount "3" @default.
• W3214028093 countsByYear W32140280932022 @default.
• W3214028093 countsByYear W32140280932023 @default.
• W3214028093 crossrefType "journal-article" @default.
• W3214028093 hasAuthorship W3214028093A5029434782 @default.

• next