Xperimental unit): n = 9; in the boxplot, the box represents the interquartile range divided at the median; vertical lines indicate minimum and maximum values, circles identify outliers (i.e. 1.5–3 box lengths from the edges of the box).<p><b>Copyright information:</b></p><p>Taken from "Effects of intraspecific competition on the life cycle of the stonefly, (Plecoptera: Nemouridae)"</p><p>http://www.biomedcentral.com/1472-6785/8/5</p><p>BMC Ecology 2008;8():5-5.</p><p>Published online 16 Apr 2008</p><p>PMCID:PMC2375861.</p><p></p
<p>(A) Composite image of eight superimposed frames indicating the locations of single fly with 0.2s...
<p>Mean (standard error) percent population reduction caused by intraspecific density-dependent larv...
Competition is a major regulatory factor in population and community dynamics. Its effects can be ei...
Xperimental unit): n = 9; in the boxplot, the box represents the interquartile range divided at the ...
Density (5 larvae per experimental unit): n = 5 (males), n = 9 (females); the star identifies an ext...
Val density (20 larvae per experimental unit): n = 9.<p><b>Copyright information:</b></p><p>Taken fr...
Abstract Background: Considerable variation of life cycle duration in given insect species has been ...
<p><b>Copyright information:</b></p><p>Taken from "Effects of intraspecific competition on the life ...
<p>Median-difference boxplots showing the interquartile range (box with median line) of individual c...
Figure 4 - Stonefly species richness vs. number of HUC8 unique locations. Simple linear reg...
<p><b>Graphic interpretation of maximum intraspecific distances plotted against minimum interspecifi...
<p>All other parameters fixed at , , , . Each point represents the outcome of 20 realisations of the...
<p>The density-dependent effect of intraspecific competition presented as the mean (± SE) survival p...
<p>The blank, punctate and netted bars represent the number (mean ± SE) of <i>En</i>. <i>sophia</i> ...
1. A shift in the relative arrival of offspring, e.g., a shift in hatching time, can affect competit...
<p>(A) Composite image of eight superimposed frames indicating the locations of single fly with 0.2s...
<p>Mean (standard error) percent population reduction caused by intraspecific density-dependent larv...
Competition is a major regulatory factor in population and community dynamics. Its effects can be ei...
Xperimental unit): n = 9; in the boxplot, the box represents the interquartile range divided at the ...
Density (5 larvae per experimental unit): n = 5 (males), n = 9 (females); the star identifies an ext...
Val density (20 larvae per experimental unit): n = 9.<p><b>Copyright information:</b></p><p>Taken fr...
Abstract Background: Considerable variation of life cycle duration in given insect species has been ...
<p><b>Copyright information:</b></p><p>Taken from "Effects of intraspecific competition on the life ...
<p>Median-difference boxplots showing the interquartile range (box with median line) of individual c...
Figure 4 - Stonefly species richness vs. number of HUC8 unique locations. Simple linear reg...
<p><b>Graphic interpretation of maximum intraspecific distances plotted against minimum interspecifi...
<p>All other parameters fixed at , , , . Each point represents the outcome of 20 realisations of the...
<p>The density-dependent effect of intraspecific competition presented as the mean (± SE) survival p...
<p>The blank, punctate and netted bars represent the number (mean ± SE) of <i>En</i>. <i>sophia</i> ...
1. A shift in the relative arrival of offspring, e.g., a shift in hatching time, can affect competit...
<p>(A) Composite image of eight superimposed frames indicating the locations of single fly with 0.2s...
<p>Mean (standard error) percent population reduction caused by intraspecific density-dependent larv...
Competition is a major regulatory factor in population and community dynamics. Its effects can be ei...