FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3196500906> ?p ?o ?g. }

• W3196500906 abstract "Nano- and pico-eukaryotes play important roles in the diversity and functions of marine ecosystems. Warm, saline, and nutrient-depleted water that originates in the Kuroshio Current seasonally intrudes into the northern South China Sea (NSCS) from autumn to spring. To clarify the mechanisms in shaping the community structure of nano- and pico-eukaryotes as well as impacts of the Kuroshio intrusion on the NSCS ecosystem, genomic DNA and RNA were co-extracted from samples collected at two depths from nine stations, and then the V9 region of 18S rDNA and rRNA was sequenced with high-throughput sequencing. Our results showed that Dinophyceae was the most diverse and abundant nanoeukaryotic group during the study period revealed by both DNA and RNA surveys. In contrast, the relative read abundance of MAST, Pelagophyceae, and Dinophyceae in the size fraction of picoeukaryotes might be largely underestimated by the DNA survey. The RNA survey was the more reliable method to investigate the eukaryotic community structure. Environmental filtering played an important role in shaping the community structure, and the sampling depth became the governing factor of the beta diversity under the environmental setting of stratification during the study period. The spatial variations in the diversity of nanoeukaryotes were subject to the dispersal limitation under the size rule. The effects of the Kuroshio intrusion on the nanoeukaryotic community structure might also be explained by the dispersal limitation. Overall, neutral processes are critical in shaping the community structure of nanoeukaryotes. The relative metabolic activities of nanoeukaryotes were relatively stable in accordance with the high similarity of community structure between sampling sites. The responses of the relative metabolic activities of picoeukaryotes to environmental factors displayed two distinct patterns: positive correlations with salinity and nutrients and negative with temperature for Dinophyceae, MAST, and Pelagophyceae, while reversed patterns for Mamiellophyceae and Radiolaria. Our findings improve the understanding of the nano- and pico-eukaryotic communities in the NSCS and the mechanisms of their assembly." @default.
• W3196500906 created "2021-09-13" @default.
• W3196500906 creator A5014756364 @default.
• W3196500906 creator A5030368647 @default.
• W3196500906 creator A5040007058 @default.
• W3196500906 creator A5070475972 @default.
• W3196500906 creator A5081617318 @default.
• W3196500906 creator A5089704403 @default.
• W3196500906 date "2021-08-31" @default.
• W3196500906 modified "2023-10-17" @default.
• W3196500906 title "Diversity, Composition, and Activities of Nano- and Pico-Eukaryotes in the Northern South China Sea With Influences of Kuroshio Intrusion" @default.
• W3196500906 cites W1710807188 @default.
• W3196500906 cites W1816367738 @default.
• W3196500906 cites W1881066983 @default.
• W3196500906 cites W1946113201 @default.
• W3196500906 cites W1966827471 @default.
• W3196500906 cites W1967075719 @default.
• W3196500906 cites W1970909802 @default.
• W3196500906 cites W1973340888 @default.
• W3196500906 cites W1975429191 @default.
• W3196500906 cites W1976243692 @default.
• W3196500906 cites W1978468198 @default.
• W3196500906 cites W1981838062 @default.
• W3196500906 cites W1998599366 @default.
• W3196500906 cites W1999711901 @default.
• W3196500906 cites W2001913069 @default.
• W3196500906 cites W2006802554 @default.
• W3196500906 cites W2014452244 @default.
• W3196500906 cites W2022420759 @default.
• W3196500906 cites W2025585454 @default.
• W3196500906 cites W2030175144 @default.
• W3196500906 cites W2032647410 @default.
• W3196500906 cites W2034285706 @default.
• W3196500906 cites W2042961520 @default.
• W3196500906 cites W2049701560 @default.
• W3196500906 cites W2050071031 @default.
• W3196500906 cites W2055043387 @default.
• W3196500906 cites W2061582658 @default.
• W3196500906 cites W2068381362 @default.
• W3196500906 cites W2069172259 @default.
• W3196500906 cites W2072970694 @default.
• W3196500906 cites W2073834256 @default.
• W3196500906 cites W2075536793 @default.
• W3196500906 cites W2088833470 @default.
• W3196500906 cites W2090458200 @default.
• W3196500906 cites W2094399762 @default.
• W3196500906 cites W2102588251 @default.
• W3196500906 cites W2108107413 @default.
• W3196500906 cites W2113600928 @default.
• W3196500906 cites W2119201478 @default.
• W3196500906 cites W2128400030 @default.
• W3196500906 cites W2130689678 @default.
• W3196500906 cites W2130814388 @default.
• W3196500906 cites W2136879569 @default.
• W3196500906 cites W2137258243 @default.
• W3196500906 cites W2139338044 @default.
• W3196500906 cites W2148529558 @default.
• W3196500906 cites W2162052709 @default.
• W3196500906 cites W2165260970 @default.
• W3196500906 cites W2169960603 @default.
• W3196500906 cites W2255161155 @default.
• W3196500906 cites W2262129485 @default.
• W3196500906 cites W2309253962 @default.
• W3196500906 cites W2339142352 @default.
• W3196500906 cites W2549134242 @default.
• W3196500906 cites W2554677631 @default.
• W3196500906 cites W2606643791 @default.
• W3196500906 cites W2626506918 @default.
• W3196500906 cites W2761807127 @default.
• W3196500906 cites W2761955173 @default.
• W3196500906 cites W2768021120 @default.
• W3196500906 cites W2783751395 @default.
• W3196500906 cites W2792038902 @default.
• W3196500906 cites W2796508564 @default.
• W3196500906 cites W2800340710 @default.
• W3196500906 cites W2804330070 @default.
• W3196500906 cites W2808531947 @default.
• W3196500906 cites W2890489642 @default.
• W3196500906 cites W2890523537 @default.
• W3196500906 cites W2892586303 @default.
• W3196500906 cites W2904633337 @default.
• W3196500906 cites W2913018508 @default.
• W3196500906 cites W2966514282 @default.
• W3196500906 cites W2967652534 @default.
• W3196500906 cites W2973407973 @default.
• W3196500906 cites W2977541401 @default.
• W3196500906 cites W2981323893 @default.
• W3196500906 cites W2996289607 @default.
• W3196500906 cites W3000371051 @default.
• W3196500906 cites W3102950535 @default.
• W3196500906 cites W4238581974 @default.
• W3196500906 cites W4246089636 @default.
• W3196500906 cites W4371592323 @default.
• W3196500906 cites W658986656 @default.
• W3196500906 doi "https://doi.org/10.3389/fmars.2021.658233" @default.
• W3196500906 hasPublicationYear "2021" @default.
• W3196500906 type Work @default.
• W3196500906 sameAs 3196500906 @default.
• W3196500906 citedByCount "3" @default.
• W3196500906 countsByYear W31965009062022 @default.

• next