FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2102091229> ?p ?o ?g. }

• W2102091229 endingPage "398" @default.
• W2102091229 startingPage "381" @default.
• W2102091229 abstract "Odonates (dragonflies) are well known for the ability of the males to displace sperm stored in the female's sperm-storage organs during copulation. By this means, copulating males are able to increase their fertilization success. This ability has been used as an example to illustrate a conflict of interests between the sexes in which males have evolved sperm-displacement mechanisms whilst females have presumably evolved means to avoid sperm displacement. The present review has four aims: (1) to describe the copulatory mechanisms used during sperm displacement; (2) to analyse the causes of sperm usage patterns; (3) to discuss this information using current hypotheses on conflict between the sexes; and (4) to illuminate topics for further research. Four copulatory mechanisms are described: sperm removal (physical withdrawal of stored sperm), sperm repositioning (‘pushing’ of rival sperm to sites where its use will be least likely), female sensory stimulation to induce sperm ejection, and sperm flushing (displacement of sperm using the copulating male's sperm). Sperm-precedence studies in Odonata are scarce and their values vary considerably between species. In those species in which sperm displacement is incomplete, the last copulating male obtains a high but variable short-term fertilization success which decreases with time. Some male and female factors affecting sperm precedence patterns are mentioned: (1) male variation in genital morphology; (2) duration of copulation influenced by the male (the longer the copulation, the more stored sperm displaced); (3) adaptations of the sperm-storage organs that allow the female to manipulate the sperm she has received (i.e. avoiding sperm displacement, re-distributing sperm masses, favouring sperm located in certain sites and ejecting sperm after copulation). We suggest that male and female odonates have co-evolved at the level of genital function with the control of stored sperm as the focus of the conflict. The benefits for males in this co-evolution lie in maximizing their fertilization success. However, it is not clear what females obtain from storing sperm and making it unreachable during sperm displacement. Two hypothetical benefits that females may obtain for which some evidence has been gathered are genetic diversity and viability genes. It is finally suggested that odonates can become excellent subjects of study for testing current ideas related to sexual conflict and speciation processes through sexual selection." @default.
• W2102091229 created "2016-06-24" @default.
• W2102091229 creator A5013274834 @default.
• W2102091229 creator A5020304945 @default.
• W2102091229 creator A5045261900 @default.
• W2102091229 date "2003-12-01" @default.
• W2102091229 modified "2023-10-14" @default.
• W2102091229 title "Sperm competition in Odonata (Insecta): the evolution of female sperm storage and rivals' sperm displacement" @default.
• W2102091229 cites W138980460 @default.
• W2102091229 cites W1501042241 @default.
• W2102091229 cites W1575660782 @default.
• W2102091229 cites W1605862216 @default.
• W2102091229 cites W175363748 @default.
• W2102091229 cites W1968377524 @default.
• W2102091229 cites W1969750926 @default.
• W2102091229 cites W1970144380 @default.
• W2102091229 cites W1971812790 @default.
• W2102091229 cites W1971890072 @default.
• W2102091229 cites W1973094898 @default.
• W2102091229 cites W1978512427 @default.
• W2102091229 cites W1984733729 @default.
• W2102091229 cites W1986346321 @default.
• W2102091229 cites W1988090523 @default.
• W2102091229 cites W1988325516 @default.
• W2102091229 cites W1993985323 @default.
• W2102091229 cites W1995690036 @default.
• W2102091229 cites W1998160335 @default.
• W2102091229 cites W2001227412 @default.
• W2102091229 cites W2008263519 @default.
• W2102091229 cites W2009578482 @default.
• W2102091229 cites W2010485540 @default.
• W2102091229 cites W2012596772 @default.
• W2102091229 cites W2012919829 @default.
• W2102091229 cites W2016843181 @default.
• W2102091229 cites W2020217688 @default.
• W2102091229 cites W2025678670 @default.
• W2102091229 cites W2032395601 @default.
• W2102091229 cites W2034103130 @default.
• W2102091229 cites W2035775002 @default.
• W2102091229 cites W2037679864 @default.
• W2102091229 cites W2038502099 @default.
• W2102091229 cites W2044790612 @default.
• W2102091229 cites W2044943415 @default.
• W2102091229 cites W2051557828 @default.
• W2102091229 cites W2052740900 @default.
• W2102091229 cites W2054963542 @default.
• W2102091229 cites W2055014072 @default.
• W2102091229 cites W2055374444 @default.
• W2102091229 cites W2063454329 @default.
• W2102091229 cites W2063599891 @default.
• W2102091229 cites W2066288316 @default.
• W2102091229 cites W2077762443 @default.
• W2102091229 cites W2078815995 @default.
• W2102091229 cites W2082341922 @default.
• W2102091229 cites W2088929616 @default.
• W2102091229 cites W2093228741 @default.
• W2102091229 cites W2104634119 @default.
• W2102091229 cites W2107548720 @default.
• W2102091229 cites W2119678879 @default.
• W2102091229 cites W2122612394 @default.
• W2102091229 cites W2126135190 @default.
• W2102091229 cites W2151071293 @default.
• W2102091229 cites W2155341948 @default.
• W2102091229 cites W2158728818 @default.
• W2102091229 cites W2162335786 @default.
• W2102091229 cites W239867568 @default.
• W2102091229 cites W2489700015 @default.
• W2102091229 cites W249354855 @default.
• W2102091229 cites W2506708360 @default.
• W2102091229 cites W2991078759 @default.
• W2102091229 cites W3015638326 @default.
• W2102091229 cites W3025229916 @default.
• W2102091229 cites W3149707773 @default.
• W2102091229 cites W4234128401 @default.
• W2102091229 cites W4241550729 @default.
• W2102091229 cites W4291089950 @default.
• W2102091229 cites W591736636 @default.
• W2102091229 cites W92642163 @default.
• W2102091229 doi "https://doi.org/10.1017/s0952836903004357" @default.
• W2102091229 hasPublicationYear "2003" @default.
• W2102091229 type Work @default.
• W2102091229 sameAs 2102091229 @default.
• W2102091229 citedByCount "91" @default.
• W2102091229 countsByYear W21020912292012 @default.
• W2102091229 countsByYear W21020912292013 @default.
• W2102091229 countsByYear W21020912292014 @default.
• W2102091229 countsByYear W21020912292015 @default.
• W2102091229 countsByYear W21020912292016 @default.
• W2102091229 countsByYear W21020912292017 @default.
• W2102091229 countsByYear W21020912292018 @default.
• W2102091229 countsByYear W21020912292019 @default.
• W2102091229 countsByYear W21020912292020 @default.
• W2102091229 countsByYear W21020912292021 @default.
• W2102091229 countsByYear W21020912292022 @default.
• W2102091229 countsByYear W21020912292023 @default.
• W2102091229 crossrefType "journal-article" @default.
• W2102091229 hasAuthorship W2102091229A5013274834 @default.
• W2102091229 hasAuthorship W2102091229A5020304945 @default.

• next