<p>I = Intensity, L = larvae, mA = mean abundance, mI = mean intensity and P = prevalence.</p><p>Parasitological parameters for the parasite fauna of <i>N. melanostomus</i>.</p
Developmental constraints and selective pressures interact to determine the strength of allometric s...
6 pagesParasitism is a pervasive phenomenon in nature involving, either as hosts or as parasites, vi...
<p>Prevalence of intestinal parasitic infections according to species (N = 503).</p
<p>In = intestine, I = Intensity, l = larvae, L = liver, BC = body cavity, mA = mean abundance, Mes ...
Mathematical modelling of parasite transmission systems can provide useful information about host pa...
Mathematical modelling of parasite transmission systems can provide useful information about host pa...
<p>* represents <i>P</i> < 0.05</p><p>** represents <i>P</i> < 0.01</p><p>DI and SP represent the de...
We compiled species richness and prevalence data from parasitological studies of 26 invasive species...
Measures of (1) infection prevalence, (2) host abundance and (3) mean parasite shedding rates for th...
<p>Each bar at the lower level represents a host species and each bar at the upper level a parasitoi...
We measured the elemental content (%C, N, and P) and ratios (C:N, C:P, N:P) of a diverse assemblage ...
Nematode burdens and variation in morphological characteristics were assessed in eighty-eight animal...
Several epidemiological models predict a positive relationship between host population density and a...
<p>Values chosen for the parameters were as follows: PfHRP2 concentration, 1,000 μg/l; Hct, 0.35; an...
<p>In this boxplot, the median of initial body mass (17 kg) was used as the criterion to divide into...
Developmental constraints and selective pressures interact to determine the strength of allometric s...
6 pagesParasitism is a pervasive phenomenon in nature involving, either as hosts or as parasites, vi...
<p>Prevalence of intestinal parasitic infections according to species (N = 503).</p
<p>In = intestine, I = Intensity, l = larvae, L = liver, BC = body cavity, mA = mean abundance, Mes ...
Mathematical modelling of parasite transmission systems can provide useful information about host pa...
Mathematical modelling of parasite transmission systems can provide useful information about host pa...
<p>* represents <i>P</i> < 0.05</p><p>** represents <i>P</i> < 0.01</p><p>DI and SP represent the de...
We compiled species richness and prevalence data from parasitological studies of 26 invasive species...
Measures of (1) infection prevalence, (2) host abundance and (3) mean parasite shedding rates for th...
<p>Each bar at the lower level represents a host species and each bar at the upper level a parasitoi...
We measured the elemental content (%C, N, and P) and ratios (C:N, C:P, N:P) of a diverse assemblage ...
Nematode burdens and variation in morphological characteristics were assessed in eighty-eight animal...
Several epidemiological models predict a positive relationship between host population density and a...
<p>Values chosen for the parameters were as follows: PfHRP2 concentration, 1,000 μg/l; Hct, 0.35; an...
<p>In this boxplot, the median of initial body mass (17 kg) was used as the criterion to divide into...
Developmental constraints and selective pressures interact to determine the strength of allometric s...
6 pagesParasitism is a pervasive phenomenon in nature involving, either as hosts or as parasites, vi...
<p>Prevalence of intestinal parasitic infections according to species (N = 503).</p
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