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• W2893961903 startingPage "1712" @default.
• W2893961903 abstract "Premise of the Study Clonal reproduction is often associated with polyploidy and is expected to influence polyploid establishment success, but the immediate effects of whole‐genome duplication ( WGD ) on clonal reproduction in autopolyploids are unknown. Methods We used synthesized neopolyploids to assess the direct effects of WGD on stolon and plantlet production in the wild strawberry Fragaria vesca by (1) comparing absolute clonal investment between diploids and neotetraploids under high and low resource conditions in the greenhouse and (2) determining realized clonal plantlet establishment and genet spatial structure using artificial field populations comprising both cytotypes. Key Results Neotetraploids produced fewer stolons and plantlets than diploids at slower weekly rates in the greenhouse when resources were high, resulting in lower total investment in clonal reproduction. Low resources led to smaller reductions in clonal biomass for neotetraploids and less pronounced differences between cytotypes. Comparisons between neotetraploids representing 13 independent WGD events and close diploid relatives revealed considerable variation in the response to polyploidization for some clonal traits. Field populations corroborated greenhouse results; neotetraploid genets were smaller than diploid genets, containing 28% fewer stolons and 46% fewer rooted plantlets. Conclusions WGD significantly decreases the clonal output of neotetraploid F. vesca , which is likely attributable to slower whole‐plant growth of the neotetraploids than the diploids. In natural populations, smaller neotetraploid genets could decrease the probability of polyploid establishment in this species. However, variation between separate neopolyploid lines emphasizes that the response of clonal investment to WGD may not be uniform across polyploid origins." @default.
• W2893961903 created "2018-10-05" @default.
• W2893961903 creator A5002165728 @default.
• W2893961903 creator A5007730735 @default.
• W2893961903 date "2018-09-24" @default.
• W2893961903 modified "2023-10-02" @default.
• W2893961903 title "Whole-genome duplication decreases clonal stolon production and genet size in the wild strawberry<i>Fragaria vesca</i>" @default.
• W2893961903 cites W1687409363 @default.
• W2893961903 cites W1842686806 @default.
• W2893961903 cites W1883752748 @default.
• W2893961903 cites W1951724000 @default.
• W2893961903 cites W1964119052 @default.
• W2893961903 cites W1971761397 @default.
• W2893961903 cites W1979994911 @default.
• W2893961903 cites W1987175531 @default.
• W2893961903 cites W1989324980 @default.
• W2893961903 cites W1993026968 @default.
• W2893961903 cites W1993187100 @default.
• W2893961903 cites W1994524533 @default.
• W2893961903 cites W1995489690 @default.
• W2893961903 cites W1997601148 @default.
• W2893961903 cites W2006851284 @default.
• W2893961903 cites W2012393730 @default.
• W2893961903 cites W2013588085 @default.
• W2893961903 cites W2034678559 @default.
• W2893961903 cites W2036413608 @default.
• W2893961903 cites W2042564168 @default.
• W2893961903 cites W2042974534 @default.
• W2893961903 cites W2052605678 @default.
• W2893961903 cites W2055924741 @default.
• W2893961903 cites W2061325948 @default.
• W2893961903 cites W2070307399 @default.
• W2893961903 cites W2070644382 @default.
• W2893961903 cites W2072318030 @default.
• W2893961903 cites W2072458302 @default.
• W2893961903 cites W2073360258 @default.
• W2893961903 cites W2073504781 @default.
• W2893961903 cites W2073510184 @default.
• W2893961903 cites W2077445314 @default.
• W2893961903 cites W2077615221 @default.
• W2893961903 cites W2086186526 @default.
• W2893961903 cites W2090742435 @default.
• W2893961903 cites W2105634166 @default.
• W2893961903 cites W2108124658 @default.
• W2893961903 cites W2108291371 @default.
• W2893961903 cites W2110099688 @default.
• W2893961903 cites W2110507826 @default.
• W2893961903 cites W2112833394 @default.
• W2893961903 cites W2118396278 @default.
• W2893961903 cites W2121561294 @default.
• W2893961903 cites W2122618426 @default.
• W2893961903 cites W2124252508 @default.
• W2893961903 cites W2126653400 @default.
• W2893961903 cites W2127863127 @default.
• W2893961903 cites W2128640824 @default.
• W2893961903 cites W2131212430 @default.
• W2893961903 cites W2135411100 @default.
• W2893961903 cites W2136109113 @default.
• W2893961903 cites W2139681286 @default.
• W2893961903 cites W2139791478 @default.
• W2893961903 cites W2144227693 @default.
• W2893961903 cites W2147158176 @default.
• W2893961903 cites W2149133395 @default.
• W2893961903 cites W2158785334 @default.
• W2893961903 cites W2168557059 @default.
• W2893961903 cites W2170806459 @default.
• W2893961903 cites W2244968210 @default.
• W2893961903 cites W2284626112 @default.
• W2893961903 cites W2291756255 @default.
• W2893961903 cites W2296982611 @default.
• W2893961903 cites W2317374759 @default.
• W2893961903 cites W2320935622 @default.
• W2893961903 cites W2323287544 @default.
• W2893961903 cites W2325343934 @default.
• W2893961903 cites W2325985707 @default.
• W2893961903 cites W2334567638 @default.
• W2893961903 cites W2346870455 @default.
• W2893961903 cites W2406319006 @default.
• W2893961903 cites W2480759114 @default.
• W2893961903 cites W2609011139 @default.
• W2893961903 cites W2610457827 @default.
• W2893961903 cites W267982383 @default.
• W2893961903 cites W2748316616 @default.
• W2893961903 cites W2753593790 @default.
• W2893961903 cites W2801697248 @default.
• W2893961903 cites W4233229770 @default.
• W2893961903 cites W4242266355 @default.
• W2893961903 cites W4377371472 @default.
• W2893961903 cites W63361685 @default.
• W2893961903 doi "https://doi.org/10.1002/ajb2.1159" @default.
• W2893961903 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30248174" @default.
• W2893961903 hasPublicationYear "2018" @default.
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