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- W3132281283 abstract "Abstract The development of population genomic approaches in non‐model species allows for renewed studies of the impact of reproductive systems and genetic drift on population diversity. Here, we investigate the genomic signatures of partial clonality in the deep water kelp Laminaria rodriguezii , known to reproduce by both sexual and asexual means. We compared these results with the species Laminaria digitata , a closely related species that differs by different traits, in particular its reproductive mode (no clonal reproduction). We analysed genome‐wide variation with dd‐RAD sequencing using 4,077 SNPs in L . rodriguezii and 7,364 SNPs in L . digitata . As predicted for partially clonal populations, we show that the distribution of F IS within populations of L . rodriguezii is shifted toward negative values, with a high number of loci showing heterozygote excess. This finding is the opposite of what we observed within sexual populations of L . digitata , characterized by a generalized deficit in heterozygotes. Furthermore, we observed distinct distributions of F IS among populations of L . rodriguezii , which is congruent with the predictions of theoretical models for different levels of clonality and genetic drift. These findings highlight that the empirical distribution of F IS is a promising feature for the genomic study of asexuality in natural populations. Our results also show that the populations of L . rodriguezii analysed here are genetically differentiated and probably isolated. Our study provides a conceptual framework to investigate partial clonality on the basis of RAD‐sequencing SNPs. These results could be obtained without any reference genome, and are therefore of interest for various non‐model species." @default.
- W3132281283 created "2021-03-01" @default.
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- W3132281283 date "2021-03-17" @default.
- W3132281283 modified "2023-10-17" @default.
- W3132281283 title "Genomic signatures of clonality in the deep water kelp<i>Laminaria rodriguezii</i>" @default.
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- W3132281283 cites W1596272374 @default.
- W3132281283 cites W1855659492 @default.
- W3132281283 cites W1964708040 @default.
- W3132281283 cites W1965175390 @default.
- W3132281283 cites W1992944599 @default.
- W3132281283 cites W1997476591 @default.
- W3132281283 cites W1998019829 @default.
- W3132281283 cites W2007840635 @default.
- W3132281283 cites W2016603972 @default.
- W3132281283 cites W2016996135 @default.
- W3132281283 cites W2026101518 @default.
- W3132281283 cites W2032128951 @default.
- W3132281283 cites W2047318351 @default.
- W3132281283 cites W2047417387 @default.
- W3132281283 cites W2060271393 @default.
- W3132281283 cites W2063368594 @default.
- W3132281283 cites W2063789166 @default.
- W3132281283 cites W2075371279 @default.
- W3132281283 cites W2085315239 @default.
- W3132281283 cites W2088507947 @default.
- W3132281283 cites W2091450548 @default.
- W3132281283 cites W2092145305 @default.
- W3132281283 cites W2097932845 @default.
- W3132281283 cites W2102695206 @default.
- W3132281283 cites W2103441770 @default.
- W3132281283 cites W2105353860 @default.
- W3132281283 cites W2109190566 @default.
- W3132281283 cites W2110076538 @default.
- W3132281283 cites W2111281319 @default.
- W3132281283 cites W2112175944 @default.
- W3132281283 cites W2119734204 @default.
- W3132281283 cites W2124205617 @default.
- W3132281283 cites W2129337136 @default.
- W3132281283 cites W2131271579 @default.
- W3132281283 cites W2144466865 @default.
- W3132281283 cites W2144632317 @default.
- W3132281283 cites W2146872410 @default.
- W3132281283 cites W2149992227 @default.
- W3132281283 cites W2161184021 @default.
- W3132281283 cites W2161901637 @default.
- W3132281283 cites W2164595396 @default.
- W3132281283 cites W2165725065 @default.
- W3132281283 cites W2169773990 @default.
- W3132281283 cites W2170290952 @default.
- W3132281283 cites W2256641777 @default.
- W3132281283 cites W2268038961 @default.
- W3132281283 cites W2296884990 @default.
- W3132281283 cites W2303836724 @default.
- W3132281283 cites W2314696530 @default.
- W3132281283 cites W2325592647 @default.
- W3132281283 cites W2401722078 @default.
- W3132281283 cites W2411519956 @default.
- W3132281283 cites W2416300898 @default.
- W3132281283 cites W2523308727 @default.
- W3132281283 cites W2537445610 @default.
- W3132281283 cites W2537906169 @default.
- W3132281283 cites W2553804235 @default.
- W3132281283 cites W2573360810 @default.
- W3132281283 cites W2598650907 @default.
- W3132281283 cites W2730729099 @default.
- W3132281283 cites W2771588219 @default.
- W3132281283 cites W2806536476 @default.
- W3132281283 cites W2807484131 @default.
- W3132281283 cites W2808174063 @default.
- W3132281283 cites W2833129587 @default.
- W3132281283 cites W2907099021 @default.
- W3132281283 cites W2933036213 @default.
- W3132281283 cites W2936020504 @default.
- W3132281283 cites W2949231000 @default.
- W3132281283 cites W2953875311 @default.
- W3132281283 cites W2976876706 @default.
- W3132281283 cites W2995209692 @default.
- W3132281283 cites W3007322834 @default.
- W3132281283 cites W3014579696 @default.
- W3132281283 cites W3040020853 @default.
- W3132281283 cites W3044161677 @default.
- W3132281283 cites W3073642276 @default.
- W3132281283 cites W4211065717 @default.
- W3132281283 doi "https://doi.org/10.1111/mec.15860" @default.
- W3132281283 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33629449" @default.
- W3132281283 hasPublicationYear "2021" @default.
- W3132281283 type Work @default.