Table 3 in Growth and grazing of the chlorarachniophyte Bigelowiella natans (Chlorarachniophyceae) on the marine cyanobacterium Synechococcus
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Table 3. Comparison of ingestion rates and carbon acquisition of mixotrophic and heterotrophic nanoflagellates on diverse Synechococcus strains in the literature. NM, nutrition mode; ESD, estimated spherical diameter (μm); BC, body carbon (pg C cell –1); T, temperature (°C); LI, light intensity (µmol photons m –2 s –1); Nut, nutrient condition; IR, ingestion rates (cells predator –1 h –1) are corrected to 20°C using Q = 2.8 (Hansen et al. 1997); CR, clearance rate (nl predator –1 h –1); CA, 10 carbon acquired from prey by predator per day (pg C predator –1 d –1); % BC: acquired carbon as percentage of predator’s carbon.CHL, chlorarachniophyte; CIL, ciliate; CRY, cryptophyte; EUG, euglenophyte, HNF: heterotrophic nanoflagellate. DIN: dinoflagellate. Och: ochrophyte, RAP, raphidophyte; CM, constitutive mixotrophy; HT, heterotroph. Predator speciesTaxonNMESDBCTLINutIRCRCA% BCRef.Bigelowiella natans aCHLCM5.011.02020f/22.8197.216.61521Teleaulax amphioxeiaCRYCM5.617.02020f/20.24.62.48.62Heterosigma akashiwo*RAPCM11.01012020f/23.930018.718.53Effrenium voratumDINCM11.11882020f/25.3165.425.413.64Prorocentrum donghaienseDINCM13.22742020f/27.72,60037.013.55Eutreptiella eupharyngeaEUGCM13.61302020f/20.7129.04.43.46Heterocapsa triquetraDINCM15.03642020f/24.4NA21.15.85Alexandrium minutumDINCM16.74622020f/23.2NA15.43.35Gymnodinium impudicumDINCM17.85322020f/214.5NA94.817.85Picophagus flagellatusOchHT2.50.81915PCR-S110.82.54.75757Pseudobodo sp.HNFHT3.02.61815PCR-S113.310.919.07728Cafeteria roenbergensisHNFHT3.43.617NANA18.5NA24.07189Bodo saltansHNFHT4.47.722NANA2.0NA2.329.610Spumella sp.HNFHT5.212.517NANA48.1NA73.55879Ochromonas sp.HNFHT6.825.817NANA176NA30112019Gonimonas pacificaCRYHT7.028.32215SN0.44.62.48.611Uronema sp.CILHT11.71712015NA31.014856.733.212Oxyrrhis marina bDINHT14.51941515SN4.542.226.913.811Oxyrrhis marina bDINHT14.51942030SN8.0NA48.024.713 * The maximum value among the ingestion rates measured at given prey concentrations. a Synechococcus strain CC9311 as prey b Synechococcus strain WH8102 as prey References: 1, this study; 2, Yoo et al. (2017); 3, Jeong et al. (2010); 4, Jeong et al. (2012); 5, Jeong et al. (2005); 6, Yoo et al. (2018); 7, Guillou et al. (2001); 8, Christaki et al. (2002); 9, Boenigk et al. (2001); 10, Dolan & Simek (1998); 11, Apple et al. (2011); 12, Christaki et al. (1999); 13, Strom et al. (2012).



