Figure S4-4. Most abundant individual RubisCO genes in GeoChip samples (n = 3; station ids: BF04, BF07, and BF15 on Figure 1) collected from the Burger lease area, Chukchi Sea, in September 2012. Genes with > 3% abundance of total RubisCO genes are shown. Different letters correspond to significant differences between water column locations for each gene (p < 0.05; MRPP). Error bars correspond to standard errors of the mean. Gene name is followed by its GenBank accession number. Figure S4-5. Most abundant individual nitrogen cycling in GeoChip samples (n = 3; station ids: BF04, BF07, and BF15 on Figure 1) collected from the Burger lease area, Chukchi Sea, in September 2012. Genes with > 1.3% abundance based on total nitrogen cycling genes are shown. Different letters correspond to significant differences between water column locations for each gene (p < 0.05; MRPP). Error bars correspond to standard errors of the mean. Each individual gene is followed by its GenBank accession number.
Figure S4-4. Most abundant individual RubisCO genes in GeoChip samples (n = 3; station ids: BF04, BF07, and BF15 on Figure 1) collected from the Burger lease area, Chukchi Sea, in September 2012. Genes with > 3% abundance of total RubisCO genes are shown. Different letters correspond to significant differences between water column locations for each gene (p < 0.05; MRPP). Error bars correspond to standard errors of the mean. Gene name is followed by its GenBank accession number. Figure S4-5. Most abundant individual nitrogen cycling in GeoChip samples (n = 3; station ids: BF04, BF07, and BF15 on Figure 1) collected from the Burger lease area, Chukchi Sea, in September 2012. Genes with > 1.3% abundance based on total nitrogen cycling genes are shown. Different letters correspond to significant differences between water column locations for each gene (p < 0.05; MRPP). Error bars correspond to standard errors of the mean. Each individual gene is followed by its GenBank accession number.