FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2008045227> ?p ?o ?g. }

• W2008045227 endingPage "1803" @default.
• W2008045227 startingPage "1793" @default.
• W2008045227 abstract "It has long been assumed that inbreeding depression in haplodiploid organisms is low due to their ability to purge genetic load in haploid males. It has been suggested that this low genetic load could facilitate the evolution of inbreeding behaviors driven by local mate competition in hymenopteran parasitoids. I have examined inbreeding depression in haplodiploids in two ways. First I show that an outbreeding haplodiploid wasp Uscana semifumipennis (Hymenoptera: Trichogrammatidae) suffers substantial inbreeding depression. Longevity was 38% shorter, fecundity was 32% lower, and sex ratio was 5% more male for experimentally inbred wasps when compared to outbred controls. There were interactions between size and both fecundity and sex ratio for inbred wasps that were not seen for outbred individuals. Second, an analysis of data from the literature suggests that when inbreeding is experimentally imposed on populations, haplodiploid insects and mites as a group do suffer less from inbreeding depression than diploid insects, although substantial inbreeding depression in haplodiploid taxa does exist. The meta-analysis revealed no difference in inbreeding depression between gregarious haplodiploid wasps, which are likely to have a history of inbreeding, and solitary haplodiploid species, which are assumed to be primarily outbred." @default.
• W2008045227 created "2016-06-24" @default.
• W2008045227 creator A5020974778 @default.
• W2008045227 date "2003-08-01" @default.
• W2008045227 modified "2023-10-05" @default.
• W2008045227 title "INBREEDING DEPRESSION AND HAPLODIPLOIDY: EXPERIMENTAL MEASURES IN A PARASITOID AND COMPARISONS ACROSS DIPLOID AND HAPLODIPLOID INSECT TAXA" @default.
• W2008045227 cites W13329786 @default.
• W2008045227 cites W1610946819 @default.
• W2008045227 cites W1709309581 @default.
• W2008045227 cites W1855902163 @default.
• W2008045227 cites W1963754956 @default.
• W2008045227 cites W1967798295 @default.
• W2008045227 cites W1971082725 @default.
• W2008045227 cites W1976358862 @default.
• W2008045227 cites W1976775122 @default.
• W2008045227 cites W1978031195 @default.
• W2008045227 cites W1979690250 @default.
• W2008045227 cites W1981768588 @default.
• W2008045227 cites W1988018151 @default.
• W2008045227 cites W1989836905 @default.
• W2008045227 cites W1992363450 @default.
• W2008045227 cites W1998771425 @default.
• W2008045227 cites W1999899667 @default.
• W2008045227 cites W2002110270 @default.
• W2008045227 cites W2002356431 @default.
• W2008045227 cites W2002506996 @default.
• W2008045227 cites W2004778468 @default.
• W2008045227 cites W2012070722 @default.
• W2008045227 cites W2025060596 @default.
• W2008045227 cites W2039282470 @default.
• W2008045227 cites W2040245860 @default.
• W2008045227 cites W2044139724 @default.
• W2008045227 cites W2047883647 @default.
• W2008045227 cites W2054685215 @default.
• W2008045227 cites W2054900651 @default.
• W2008045227 cites W2064296090 @default.
• W2008045227 cites W2065430768 @default.
• W2008045227 cites W2065554686 @default.
• W2008045227 cites W2066702318 @default.
• W2008045227 cites W2069595344 @default.
• W2008045227 cites W2070221694 @default.
• W2008045227 cites W2080760979 @default.
• W2008045227 cites W2081095127 @default.
• W2008045227 cites W2085352030 @default.
• W2008045227 cites W2087257912 @default.
• W2008045227 cites W2088722838 @default.
• W2008045227 cites W2093588915 @default.
• W2008045227 cites W2097836751 @default.
• W2008045227 cites W2101058213 @default.
• W2008045227 cites W2112950340 @default.
• W2008045227 cites W2119587177 @default.
• W2008045227 cites W2131724321 @default.
• W2008045227 cites W2135922397 @default.
• W2008045227 cites W2138629705 @default.
• W2008045227 cites W2144072557 @default.
• W2008045227 cites W2150481706 @default.
• W2008045227 cites W22125599 @default.
• W2008045227 cites W2273275105 @default.
• W2008045227 cites W2288015672 @default.
• W2008045227 cites W2312752474 @default.
• W2008045227 cites W2313936443 @default.
• W2008045227 cites W2324030200 @default.
• W2008045227 cites W2512367684 @default.
• W2008045227 cites W2754726543 @default.
• W2008045227 cites W2991541239 @default.
• W2008045227 cites W2992097690 @default.
• W2008045227 cites W4230195378 @default.
• W2008045227 cites W4231952066 @default.
• W2008045227 cites W4232577293 @default.
• W2008045227 cites W4232938631 @default.
• W2008045227 cites W4235035675 @default.
• W2008045227 cites W4235114077 @default.
• W2008045227 cites W4238014993 @default.
• W2008045227 cites W4238771837 @default.
• W2008045227 cites W4239261027 @default.
• W2008045227 cites W4240799539 @default.
• W2008045227 cites W4243825749 @default.
• W2008045227 cites W4243955379 @default.
• W2008045227 cites W4244525699 @default.
• W2008045227 cites W4245058260 @default.
• W2008045227 cites W4246181775 @default.
• W2008045227 cites W4249191637 @default.
• W2008045227 cites W4249881768 @default.
• W2008045227 cites W4250073484 @default.
• W2008045227 cites W4251287324 @default.
• W2008045227 cites W4251871981 @default.
• W2008045227 cites W4253216840 @default.
• W2008045227 cites W4254034877 @default.
• W2008045227 cites W4255818064 @default.
• W2008045227 cites W4255841179 @default.
• W2008045227 cites W4250800234 @default.
• W2008045227 doi "https://doi.org/10.1111/j.0014-3820.2003.tb00587.x" @default.
• W2008045227 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/14503621" @default.
• W2008045227 hasPublicationYear "2003" @default.
• W2008045227 type Work @default.
• W2008045227 sameAs 2008045227 @default.
• W2008045227 citedByCount "128" @default.
• W2008045227 countsByYear W20080452272012 @default.

• next