FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2952392248> ?p ?o ?g. }

• W2952392248 abstract "Abstract Marine snow aggregates represent heterogeneous agglomerates of dead and living organic matter. Composition is decisive for their sinking rates, and thereby for carbon flux to the deep sea. For oligotrophic oceans, information on aggregate composition is particularly sparse. To address this, the taxonomic composition of aggregates collected from the subtropical and oligotrophic Sargasso Sea (Atlantic Ocean) was characterized by 16S and 18S rRNA gene sequencing. Taxonomy assignment was aided by a collection of the contemporary plankton community consisting of 75 morphologically and genetically identified plankton specimens. The diverse rRNA gene reads of marine snow aggregates, not considering Trichodesmium puffs, were dominated by copepods (52%), cnidarians (21%), radiolarians (11%), and alveolates (8%), with sporadic contributions by cyanobacteria, suggesting a different aggregate composition than in eutrophic regions. Composition linked significantly with sampling location but not to any measured environmental parameters or plankton biomass composition. Nevertheless, indicator and network analyses identified key roles of a few rare taxa. This points to complex regulation of aggregate composition, conceivably affected by the environment and plankton characteristics. The extent to which this has implications for particle densities, and consequently for sinking rates and carbon sequestration in oligotrophic waters, needs further interrogation." @default.
• W2952392248 created "2019-06-27" @default.
• W2952392248 creator A5009350958 @default.
• W2952392248 creator A5016247420 @default.
• W2952392248 creator A5021251536 @default.
• W2952392248 creator A5028682496 @default.
• W2952392248 creator A5033243563 @default.
• W2952392248 creator A5041553637 @default.
• W2952392248 creator A5059435484 @default.
• W2952392248 creator A5076736851 @default.
• W2952392248 creator A5083022410 @default.
• W2952392248 date "2019-06-20" @default.
• W2952392248 modified "2023-10-18" @default.
• W2952392248 title "Eukaryotic and cyanobacterial communities associated with marine snow particles in the oligotrophic Sargasso Sea" @default.
• W2952392248 cites W1561303221 @default.
• W2952392248 cites W1572824337 @default.
• W2952392248 cites W1590050327 @default.
• W2952392248 cites W1864161604 @default.
• W2952392248 cites W1936093352 @default.
• W2952392248 cites W1959113564 @default.
• W2952392248 cites W1966371547 @default.
• W2952392248 cites W1967586980 @default.
• W2952392248 cites W1977985357 @default.
• W2952392248 cites W1980841078 @default.
• W2952392248 cites W1982636742 @default.
• W2952392248 cites W1984006825 @default.
• W2952392248 cites W1984156791 @default.
• W2952392248 cites W1984566014 @default.
• W2952392248 cites W1988072320 @default.
• W2952392248 cites W1994982199 @default.
• W2952392248 cites W1995642298 @default.
• W2952392248 cites W2004081844 @default.
• W2952392248 cites W2008916616 @default.
• W2952392248 cites W2010990200 @default.
• W2952392248 cites W2014944048 @default.
• W2952392248 cites W2016866428 @default.
• W2952392248 cites W2016969072 @default.
• W2952392248 cites W2020863384 @default.
• W2952392248 cites W2028552397 @default.
• W2952392248 cites W2028596084 @default.
• W2952392248 cites W2031141341 @default.
• W2952392248 cites W2034509594 @default.
• W2952392248 cites W2034543579 @default.
• W2952392248 cites W2036733793 @default.
• W2952392248 cites W2039699689 @default.
• W2952392248 cites W2039865536 @default.
• W2952392248 cites W2046408679 @default.
• W2952392248 cites W2051412889 @default.
• W2952392248 cites W2057926030 @default.
• W2952392248 cites W2060626638 @default.
• W2952392248 cites W2066556213 @default.
• W2952392248 cites W2069289943 @default.
• W2952392248 cites W2071680935 @default.
• W2952392248 cites W2072227797 @default.
• W2952392248 cites W2072970694 @default.
• W2952392248 cites W2075142898 @default.
• W2952392248 cites W2086066170 @default.
• W2952392248 cites W2088726249 @default.
• W2952392248 cites W2088833470 @default.
• W2952392248 cites W2089196290 @default.
• W2952392248 cites W2095283170 @default.
• W2952392248 cites W2098713296 @default.
• W2952392248 cites W2099464153 @default.
• W2952392248 cites W2101289502 @default.
• W2952392248 cites W2103707971 @default.
• W2952392248 cites W2109293107 @default.
• W2952392248 cites W2111602407 @default.
• W2952392248 cites W2124205963 @default.
• W2952392248 cites W2124351063 @default.
• W2952392248 cites W2128964206 @default.
• W2952392248 cites W2130538044 @default.
• W2952392248 cites W2130890445 @default.
• W2952392248 cites W2131256597 @default.
• W2952392248 cites W2145913874 @default.
• W2952392248 cites W2147907385 @default.
• W2952392248 cites W2149853789 @default.
• W2952392248 cites W2151427711 @default.
• W2952392248 cites W2151700983 @default.
• W2952392248 cites W2152207030 @default.
• W2952392248 cites W2152885278 @default.
• W2952392248 cites W2157281339 @default.
• W2952392248 cites W2159675211 @default.
• W2952392248 cites W2159841275 @default.
• W2952392248 cites W2179438025 @default.
• W2952392248 cites W2270456711 @default.
• W2952392248 cites W2288625043 @default.
• W2952392248 cites W2324324611 @default.
• W2952392248 cites W2337260716 @default.
• W2952392248 cites W2444224059 @default.
• W2952392248 cites W2461165776 @default.
• W2952392248 cites W2741467152 @default.
• W2952392248 cites W2762689553 @default.
• W2952392248 cites W2772581529 @default.
• W2952392248 cites W2789582164 @default.
• W2952392248 cites W2799743608 @default.
• W2952392248 cites W2807183202 @default.
• W2952392248 cites W2809395518 @default.
• W2952392248 cites W2905527914 @default.
• W2952392248 cites W4232522948 @default.
• W2952392248 doi "https://doi.org/10.1038/s41598-019-45146-7" @default.

• next