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Zooxanthellae density affects growth rate of Acropora hemprichii at reef flat and 10m depth, where the correlations were significantly moderate at reef flat (r=0.461 & P<0.01) and significantly high at 10m depth (r=0.636 & P=0.424). While non interactive effects were obtained at 20 and 25m depth, where the correlations were non significant (r=0.346 & P<0.19 and r=0.103 & P<0.706, respectively). Either zooxanthellae density, hosted by A. hemprichii, or growth rate was decreased with depth increase. Zooxanthellae density at reef flat (1.55±0.303×106cells/cm2) was twice higher than at 25m depth (0.706±0.253×106cells/cm2). However, growth rate at reef flat was approximately three times higher than 25m depth (0.013±0.0024mm/day). The maximum growth rate (0.0335mm/day) and zooxanthellae density (1.32×106cells/cm2) were recorded during summer season, and the minimum growth rate (0.01769mm/day) and zooxanthellae density (0.931106cells/cm2) were recorded during autumn

The effect of zooxanthellae availability on the rates of skeletal growth in the Red Sea coral Acropora hemprichii