<p><b>A</b>: experimental data as mean growth (measured in mm increase in the 3 shell dimensions length, height, and width) in relation to the corresponding shell strength means from the 28 experimental tanks with 16 mussels each. <b>B</b>: field data as individual growth in the first year post settlement in relation to shell strength of 556 mussels. Dashed lines denote 95% confidence intervals for the fit.</p
<p>(A) The colonization density on the internal and external surfaces of different shells. (B) The r...
<p>Allometric relationships of shell length (cm) and total weight (i.e. sum of shell and wet weights...
Freshwater mussels are ecologically and economically important members of many aquatic ecosystems, b...
<p><b>A</b>: experimental data as mean growth (measured in mm increase in the 3 shell dimensions len...
<p><b>A</b>: experimental data from 448 mussels. <b>B</b>: field data from 756 mussels. The contours...
<p>Relationship between shell strength of zebra mussels and the two major shell strength determining...
<p>Mean (±SE) shell shape (triangles = PC1, squares = PC2) and shell strength (filled circles) of 84...
<p>Anti-predator responses of zebra mussels from the four experimental treatments: either a single c...
<p>*Linear models are of the form M = <i>b</i>D+<i>a</i>; logarithmic models are of the form M = <i...
Mean (thick lines) and 95% bootstrap confidence bands of the growth curves (left) and rates (right) ...
Distribution of shell length (left) and total fresh weight (right) over the sequential samplings.</p
<p>Data were drawn from lab populations of <i>C. digueti</i> (<i>N</i> = 75) and <i>P. perrieri</i> ...
<p>Shell length (grey) and dry flesh mass (DFM) (black) mean values and deviations correspond to mon...
<p>Regressions of tissue stoichiometry (C∶P and N∶P molar ratios) and Tissue Condition Index (TCI) o...
<p>(A) Growth after 3 months in the field. (B) Shell length after 12 months in the field. SS = shelt...
<p>(A) The colonization density on the internal and external surfaces of different shells. (B) The r...
<p>Allometric relationships of shell length (cm) and total weight (i.e. sum of shell and wet weights...
Freshwater mussels are ecologically and economically important members of many aquatic ecosystems, b...
<p><b>A</b>: experimental data as mean growth (measured in mm increase in the 3 shell dimensions len...
<p><b>A</b>: experimental data from 448 mussels. <b>B</b>: field data from 756 mussels. The contours...
<p>Relationship between shell strength of zebra mussels and the two major shell strength determining...
<p>Mean (±SE) shell shape (triangles = PC1, squares = PC2) and shell strength (filled circles) of 84...
<p>Anti-predator responses of zebra mussels from the four experimental treatments: either a single c...
<p>*Linear models are of the form M = <i>b</i>D+<i>a</i>; logarithmic models are of the form M = <i...
Mean (thick lines) and 95% bootstrap confidence bands of the growth curves (left) and rates (right) ...
Distribution of shell length (left) and total fresh weight (right) over the sequential samplings.</p
<p>Data were drawn from lab populations of <i>C. digueti</i> (<i>N</i> = 75) and <i>P. perrieri</i> ...
<p>Shell length (grey) and dry flesh mass (DFM) (black) mean values and deviations correspond to mon...
<p>Regressions of tissue stoichiometry (C∶P and N∶P molar ratios) and Tissue Condition Index (TCI) o...
<p>(A) Growth after 3 months in the field. (B) Shell length after 12 months in the field. SS = shelt...
<p>(A) The colonization density on the internal and external surfaces of different shells. (B) The r...
<p>Allometric relationships of shell length (cm) and total weight (i.e. sum of shell and wet weights...
Freshwater mussels are ecologically and economically important members of many aquatic ecosystems, b...