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- W3087345708 endingPage "104255" @default.
- W3087345708 startingPage "104255" @default.
- W3087345708 abstract "The Yellow Sea Cold Water Mass (YSCWM) is a unique hydrological phenomenon in the central Yellow Sea, resulting in different macrobenthos community compositions inside and outside the YSCWM. However, this pattern in benthic microeukaryotes has never been identified by morphological methods and DNA sequencing. To determine whether microeukaryotes differ from macrobenthos in terms of regional geographical distribution, we investigated the distribution of benthic microeukaryotes in the Yellow Sea using RNA metabarcoding. We identified a distinct distribution pattern of benthic microeukaryotes inside and outside the YSCWM, similar to that of macrobenthos. The community differentiation was likely attributable to the rare but unique OTUs, which accounted for approximately 31% of the total OTUs. Moreover, the sequence proportion of some abundant OTUs inside the YSCWM was also significantly different compared to that outside the YSCWM. Cluster analysis based on the microeukaryote communities clearly separated the Yellow Sea into different compartments. Similar pattern was also detected for the communities of abundant microeukaryotes, Diatomea, Fungi and Dinoflagellata. Variation partitioning analysis showed that spatial factors had stronger effects than environmental factors on shaping the distribution of the total, abundant and the top five dominant taxonomic groups, while environmental factors contributed more to regulating rare communities. This research indicates that the geographical distributions of marine benthic microeukaryotes and macrobenthos are similar, which can be shown by RNA sequencing." @default.
- W3087345708 created "2020-09-25" @default.
- W3087345708 creator A5002166337 @default.
- W3087345708 creator A5005965539 @default.
- W3087345708 creator A5043764128 @default.
- W3087345708 creator A5056606879 @default.
- W3087345708 date "2020-12-01" @default.
- W3087345708 modified "2023-10-12" @default.
- W3087345708 title "Are marine benthic microeukaryotes different from macrobenthos in terms of regional geographical distribution? New insights revealed by RNA metabarcoding" @default.
- W3087345708 cites W1204667376 @default.
- W3087345708 cites W1509618266 @default.
- W3087345708 cites W1543719235 @default.
- W3087345708 cites W1591189181 @default.
- W3087345708 cites W1946113201 @default.
- W3087345708 cites W1960046401 @default.
- W3087345708 cites W1966086904 @default.
- W3087345708 cites W1968459127 @default.
- W3087345708 cites W1973133434 @default.
- W3087345708 cites W1986685135 @default.
- W3087345708 cites W1989223646 @default.
- W3087345708 cites W1992266216 @default.
- W3087345708 cites W1995135945 @default.
- W3087345708 cites W1998678237 @default.
- W3087345708 cites W1999455283 @default.
- W3087345708 cites W2006802554 @default.
- W3087345708 cites W2020558432 @default.
- W3087345708 cites W2030405935 @default.
- W3087345708 cites W2039717124 @default.
- W3087345708 cites W2041078605 @default.
- W3087345708 cites W2050239554 @default.
- W3087345708 cites W2063746383 @default.
- W3087345708 cites W2072970694 @default.
- W3087345708 cites W2075773494 @default.
- W3087345708 cites W2082193063 @default.
- W3087345708 cites W2088833470 @default.
- W3087345708 cites W2091914347 @default.
- W3087345708 cites W2092977521 @default.
- W3087345708 cites W2100167171 @default.
- W3087345708 cites W2101120467 @default.
- W3087345708 cites W2103098672 @default.
- W3087345708 cites W2112465128 @default.
- W3087345708 cites W2119762376 @default.
- W3087345708 cites W2120966181 @default.
- W3087345708 cites W2121258973 @default.
- W3087345708 cites W2129163149 @default.
- W3087345708 cites W2136879569 @default.
- W3087345708 cites W2139338044 @default.
- W3087345708 cites W2143148448 @default.
- W3087345708 cites W2149981091 @default.
- W3087345708 cites W2154661089 @default.
- W3087345708 cites W2157107905 @default.
- W3087345708 cites W2158134464 @default.
- W3087345708 cites W2159233754 @default.
- W3087345708 cites W2161872045 @default.
- W3087345708 cites W2164435125 @default.
- W3087345708 cites W2168416981 @default.
- W3087345708 cites W2189909264 @default.
- W3087345708 cites W2193807484 @default.
- W3087345708 cites W2212911571 @default.
- W3087345708 cites W2293180531 @default.
- W3087345708 cites W2298077956 @default.
- W3087345708 cites W2322704317 @default.
- W3087345708 cites W2402793207 @default.
- W3087345708 cites W2409607942 @default.
- W3087345708 cites W2444224059 @default.
- W3087345708 cites W2468163130 @default.
- W3087345708 cites W2549134242 @default.
- W3087345708 cites W2572158257 @default.
- W3087345708 cites W2603295317 @default.
- W3087345708 cites W2621020848 @default.
- W3087345708 cites W2626506918 @default.
- W3087345708 cites W2737103592 @default.
- W3087345708 cites W2752689985 @default.
- W3087345708 cites W2761807127 @default.
- W3087345708 cites W2765432080 @default.
- W3087345708 cites W2767140392 @default.
- W3087345708 cites W2776648538 @default.
- W3087345708 cites W2782080545 @default.
- W3087345708 cites W2796644755 @default.
- W3087345708 cites W2797625321 @default.
- W3087345708 cites W2802566327 @default.
- W3087345708 cites W2810951606 @default.
- W3087345708 cites W2889182938 @default.
- W3087345708 cites W2891568792 @default.
- W3087345708 cites W2899630353 @default.
- W3087345708 cites W2910408746 @default.
- W3087345708 cites W2946886079 @default.
- W3087345708 cites W2951468263 @default.
- W3087345708 cites W2953977481 @default.
- W3087345708 cites W2985281616 @default.
- W3087345708 cites W2993587344 @default.
- W3087345708 cites W3000444553 @default.
- W3087345708 cites W3013444249 @default.
- W3087345708 cites W3013941782 @default.
- W3087345708 cites W3021923993 @default.
- W3087345708 cites W3101000907 @default.
- W3087345708 cites W617909907 @default.
- W3087345708 doi "https://doi.org/10.1016/j.csr.2020.104255" @default.