. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 212 S. K DAVY KT AL Homologous zooxanthellae 4 6 8 36. / B H h 468 Time (weeks) i 36 Figure 2. Long-term persistence patterns of homologous and heterologous zooxanthellae in infected Cereus pedunculatus. All anemones dark-treated for more than 3 years prior to infection and fed weekly over period shown, n = 5, except n = 4 for zooxanthellae from Antlwpleura halln and laoioanlhus sulcatus at 36 weeks. Points at 36 weeks offset for clarity. All values are means ± 1 SE.(A) Persistence of homologous zooxanthellae from C. peduncu
. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 212 S. K DAVY KT AL Homologous zooxanthellae 4 6 8 36. / B H h 468 Time (weeks) i 36 Figure 2. Long-term persistence patterns of homologous and heterologous zooxanthellae in infected Cereus pedunculatus. All anemones dark-treated for more than 3 years prior to infection and fed weekly over period shown, n = 5, except n = 4 for zooxanthellae from Antlwpleura halln and laoioanlhus sulcatus at 36 weeks. Points at 36 weeks offset for clarity. All values are means ± 1 SE.(A) Persistence of homologous zooxanthellae from C. pedunculatus (• — •). and heterologous zooxanthellae from A. balln (A A) and / sulcatus (O- • -O). D - • - D represents zooxanthellae in non-inoculated dark-treated controls, and white diamond represents /ooxanthellae in naturally infected C pedunculatus (B) Persistence of heterologous zooxanthellae from Anenwnia viridis from Lough Hyne (*-•-*) and Shell Island (V V), and Aiptasia pallida (•• • ••). from A. ballii (Fig. 1A). Subsequently, homologous zoo- xanthellae persisted at the highest densities. Homolo- gous zooxanthellae were present at significantly greater densities than any of the heterologous strains at 2 days (Bonferroni post-hoc ANOVA, P < ). Short-term infection patterns by heterologous zooxan- thellae were similar to one another, with the only major difference being the relatively low uptake of zooxanthel- lae from A. bal/ii. Zooxanthellae from A. ballii were pres- ent at significantly lower densities than zooxanthellae from /. sulcatus at 4 h (Bonferroni post-hoc ANOVA, P <). Long-term persistence of zooxanthellae Figure 2 summarizes the densities of zooxanthellae 2, 4, 6, 8, and 36 weeks after reinfection (, over the long- term), and the density of zooxanthellae in naturally in- fected C. pedunculatus. Homologous zooxanthellae persisted at significantly greater densities than any of the heterologous zooxan- thellae at 2 and 6 we
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Keywords: ., bookauthorlilliefrankrat, booksubjectbiology, booksubjectzoology
