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• W1997536246 abstract "Massive phytoplankton blooms, like the recurrent Phaeocystis proliferation observed every year in the Eastern English Channel (EEC), have a significant influence on the overall planktonic community structure and their food web dynamics. As well as being an important area for local fisheries, the EEC is an ideal ecosystem for work on microbial diversity. This is because, although its environmental context is relatively complex, it is reasonably well understood due to several years of monitoring and morphological observations of its planktonic organisms. The objective of our study was to better understand the under-explored microbial eukaryotic diversity relative to the Phaeocystis bloom.The community structure of microplankton (diatoms, haptophytes, ciliates and dinoflagellates) was studied through morphological observations and tag pyrosequencing. During the annual Phaeocystis spring bloom, the phytoplankton biomass increased by 34-fold, while the microzooplankton biomass showed a 4-fold increase, representing on average about 4.6% of the biomass of their phytoplankton prey. Tag pyrosequencing unveiled an extensive diversity of Gymnodiniaceae, with G. spirale and G. fusiformis representing the most abundant reads. An extended diversity of Phaeocystales, with partial 18S rDNA genes sequence identity as low as 85% was found, with taxa corresponding to P. globosa, but also to unknown Phaeocystaceae.Morphological analyses and pyrosequencing were generally in accordance with capturing frequency shifts of abundant taxa. Tag pyrosequencing allowed highlighting the maintenance of microplankton diversity during the Phaeocystis bloom and the increase of the taxa presenting low number of reads (minor taxa) along with the dominant ones in response to biotic and/or abiotic changing conditions. Although molecular approaches have enhanced our perception on diversity, it has come to light that the challenge of modelling and predicting ecological change requires the use of different complementary approaches, to link taxonomic data with the functional roles of microbes in biogeochemical cycles." @default.
• W1997536246 created "2016-06-24" @default.
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• W1997536246 date "2012-06-29" @default.
• W1997536246 modified "2023-10-17" @default.
• W1997536246 title "Microplanktonic Community Structure in a Coastal System Relative to a Phaeocystis Bloom Inferred from Morphological and Tag Pyrosequencing Methods" @default.
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• W1997536246 cites W1510386531 @default.
• W1997536246 cites W1521408571 @default.
• W1997536246 cites W1789395799 @default.
• W1997536246 cites W1871934351 @default.
• W1997536246 cites W1965423747 @default.
• W1997536246 cites W1968293723 @default.
• W1997536246 cites W1975691160 @default.
• W1997536246 cites W1977993587 @default.
• W1997536246 cites W1979356034 @default.
• W1997536246 cites W1986098491 @default.
• W1997536246 cites W1986204325 @default.
• W1997536246 cites W1987912703 @default.
• W1997536246 cites W1988403721 @default.
• W1997536246 cites W1989142927 @default.
• W1997536246 cites W1997424630 @default.
• W1997536246 cites W2000072710 @default.
• W1997536246 cites W2002907295 @default.
• W1997536246 cites W2003615897 @default.
• W1997536246 cites W2004690942 @default.
• W1997536246 cites W2006303063 @default.
• W1997536246 cites W2009401064 @default.
• W1997536246 cites W2013425317 @default.
• W1997536246 cites W2019722506 @default.
• W1997536246 cites W2021313052 @default.
• W1997536246 cites W2024881434 @default.
• W1997536246 cites W2024918583 @default.
• W1997536246 cites W2025062192 @default.
• W1997536246 cites W2026469821 @default.
• W1997536246 cites W2027401815 @default.
• W1997536246 cites W2032205741 @default.
• W1997536246 cites W2033094203 @default.
• W1997536246 cites W2033143740 @default.
• W1997536246 cites W2033461047 @default.
• W1997536246 cites W2039428937 @default.
• W1997536246 cites W2047148594 @default.
• W1997536246 cites W2050725165 @default.
• W1997536246 cites W2051422008 @default.
• W1997536246 cites W2052134460 @default.
• W1997536246 cites W2055043387 @default.
• W1997536246 cites W2059079617 @default.
• W1997536246 cites W2064313964 @default.
• W1997536246 cites W2085039798 @default.
• W1997536246 cites W2087671769 @default.
• W1997536246 cites W2091342345 @default.
• W1997536246 cites W2094901406 @default.
• W1997536246 cites W2096607273 @default.
• W1997536246 cites W2097557545 @default.
• W1997536246 cites W2099132234 @default.
• W1997536246 cites W2099949568 @default.
• W1997536246 cites W2100836802 @default.
• W1997536246 cites W2103412200 @default.
• W1997536246 cites W2106882534 @default.
• W1997536246 cites W2111431026 @default.
• W1997536246 cites W2111455220 @default.
• W1997536246 cites W2114200698 @default.
• W1997536246 cites W2115291052 @default.
• W1997536246 cites W2115334848 @default.
• W1997536246 cites W2116895571 @default.
• W1997536246 cites W2119077881 @default.
• W1997536246 cites W2123453718 @default.
• W1997536246 cites W2123683849 @default.
• W1997536246 cites W2124351063 @default.
• W1997536246 cites W2130595252 @default.
• W1997536246 cites W2137682705 @default.
• W1997536246 cites W2139338044 @default.
• W1997536246 cites W2143182887 @default.
• W1997536246 cites W2145805392 @default.
• W1997536246 cites W2149531726 @default.
• W1997536246 cites W2149558019 @default.
• W1997536246 cites W2161872045 @default.
• W1997536246 cites W2163236435 @default.
• W1997536246 cites W2164203308 @default.
• W1997536246 cites W2167712150 @default.
• W1997536246 cites W2171004710 @default.
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• W1997536246 doi "https://doi.org/10.1371/journal.pone.0039924" @default.
• W1997536246 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3389043" @default.
• W1997536246 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22792138" @default.
• W1997536246 hasPublicationYear "2012" @default.
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