<p>(A) Mean proportion of consumed algae biomass; (B) and (C) Mean number of bites on each macroalgae by the herbivorous fishes <i>Acanthurus chirurgus</i> and <i>A</i>. <i>coeruleus</i>, respectively; (D) Mean proportion of bites taken by the two herbivorous species on each algae; (E) Strauss linear selectivity index for the two herbivores on each algae. (*) indicates significant differences at a 5% significance level. In (A), (B), (C) and (D) error bars represent standard errors, and in (E) it represents the 95% confidence interval.</p
<p>Benthic habitat condition (PC1 axis): low values – complex coral habitats; high values – low-comp...
Understanding how the impact of different herbivores varies spatially on coral reefs is important in...
Little is known about the mechanisms individuals might use to compare group sizes when making decisi...
<p>Letters indicate homogeneous subgroups. Note scale differences between y-axes.</p
<p>The values are means per site ± standard error. The last column highlights significant difference...
<p>The mean densities (fish m<sup>2</sup> 45 min<sup>-1</sup>) of a) all herbivores and b) browsing ...
Worldwide, many coral reefs are at risk of shifting to degraded algal-dominated states, due to compr...
Comparison of mean consumption scores between a) prey sacoglossan species b) prey size classes c) in...
<p><b>A. Number of shoals (Mean ± SD); B. Number of fish/shoal (Mean ± SD); C. Single isolated fish ...
<p>Selective ability of <i>Acartia grani</i> when offered 1:1 mixtures of distinct <i>Heterocapsa</i...
<p>The horizontal axis is taken as the overall edible algae frequency in the fish's habitat (), and ...
<p>Mean difference (closed : open zones, ±95% confidence limits) is presented for each of the five s...
<p>Non-metric multidimensional scaling (nMDS) analysis showing the relationship between 8 sites at t...
The removal of macroalgal biomass by fishes is a key process on coral reefs. Numerous studies have i...
<p>The predator treatments were: CNTRL = control, no added predators, I = invertebrate predators ...
<p>Benthic habitat condition (PC1 axis): low values – complex coral habitats; high values – low-comp...
Understanding how the impact of different herbivores varies spatially on coral reefs is important in...
Little is known about the mechanisms individuals might use to compare group sizes when making decisi...
<p>Letters indicate homogeneous subgroups. Note scale differences between y-axes.</p
<p>The values are means per site ± standard error. The last column highlights significant difference...
<p>The mean densities (fish m<sup>2</sup> 45 min<sup>-1</sup>) of a) all herbivores and b) browsing ...
Worldwide, many coral reefs are at risk of shifting to degraded algal-dominated states, due to compr...
Comparison of mean consumption scores between a) prey sacoglossan species b) prey size classes c) in...
<p><b>A. Number of shoals (Mean ± SD); B. Number of fish/shoal (Mean ± SD); C. Single isolated fish ...
<p>Selective ability of <i>Acartia grani</i> when offered 1:1 mixtures of distinct <i>Heterocapsa</i...
<p>The horizontal axis is taken as the overall edible algae frequency in the fish's habitat (), and ...
<p>Mean difference (closed : open zones, ±95% confidence limits) is presented for each of the five s...
<p>Non-metric multidimensional scaling (nMDS) analysis showing the relationship between 8 sites at t...
The removal of macroalgal biomass by fishes is a key process on coral reefs. Numerous studies have i...
<p>The predator treatments were: CNTRL = control, no added predators, I = invertebrate predators ...
<p>Benthic habitat condition (PC1 axis): low values – complex coral habitats; high values – low-comp...
Understanding how the impact of different herbivores varies spatially on coral reefs is important in...
Little is known about the mechanisms individuals might use to compare group sizes when making decisi...