Additional file 4 of Holobiont nitrogen control and its potential for eutrophication resistance in an obligate photosymbiotic jellyfish

Additional file 3: Table S2. ASV abundance table detailing ASV numbers over samples, including taxonomy and representative sequences. Number of ASVs 303, of which 7 are contaminants (marked with *), core microbiome members in bold, 'symbiome' members underlined for symbiotic samples and 'apobiome' members underlined for aposymbiotic samples. Table S3. Detailed stable isotope measurements of Cassiopea xamachana and its associated Symbiodiniaceae in symbiotic-light (SymL), symbiotic-dark (SymD), aposymbiotic-light (ApoL) treatments and upon heterotrophic feeding. Table S4. Stable isotope analysis enrichment statistics. Table S5. Stable isotope labelling of Isochrysis galbana and Artemia salina. 13C and 15N enriched Isochrysis galbana algae were employed to label Artemia salina as a heterotrophic food source for C. xamachana. Table S6. OTU abundance table detailing OTU numbers over samples, including taxonomy and representative sequences. Number of OTUs 697, of which 9 are contaminants (marked with *), core microbiome members in bold, 'symbiome' members underlined for symbiotic samples and 'apobiome' members underlined for aposymbiotic samples. Table S7. Closest blastn hits considered for presumably important OTUs (including core microbiome, symbiome, and apobiome; assessed June 2020). Table S8. Closest complete genomes of the 20 most abundant ASVs based on an NCBI blastn search (assessed November 2020). Considered gene homologs are related to nitrogen cycling and transport.