<p>Numbers on paths between variables are standardized path coefficients (scaled by the standard deviations of the variables). Green arrows represent positive effects and red arrows represent negative effects. The thickness of lines and arrows is proportional to effect size.</p
<p>Arrows indicate the direct effect of one variable on another. Number of suitable breeding habitat...
<p>The plus signs (+) indicate different herbivore species upon which the sub-network ordination was...
<p>There is no significant misfit between the empirical data and the causal structure specified by t...
<p>Models relate plant community variables (diversity, quantity and quality), species richness and a...
<p>For details and explanations, see legend for <a href="http://www.plosone.org/article/info:doi/10....
<p>Spider treatment (exogenous variable) is shown as a yellow box and has direct effects (single-hea...
<p>Treatment (exogenous) variables are shown in yellow boxes and have direct effects (single-headed ...
<p>Causal relationships between forest fragmentation, tree diversity, herbivore abundance, number of...
<p>The plus signs (+) indicate the network parameters upon which the sub-network ordination was perf...
<p>We show the relationships between plant C:N ratio and herbivore abundance (a), herbivore species ...
<p>The result of χ<sup>2</sup> goodness-of-fit for the path model is indicated. One-headed arrows in...
My goal is to investigate global patterns in the structure of interaction networks of insect herbivo...
My goal is to investigate global patterns in the structure of interaction networks of insect herbivo...
<p>One-headed arrows depict causal relationships whereas two-headed arrows depict correlations. Posi...
<p>Plus/minus symbols at each arrow head show a positive/negative effect, and asterisks denote signi...
<p>Arrows indicate the direct effect of one variable on another. Number of suitable breeding habitat...
<p>The plus signs (+) indicate different herbivore species upon which the sub-network ordination was...
<p>There is no significant misfit between the empirical data and the causal structure specified by t...
<p>Models relate plant community variables (diversity, quantity and quality), species richness and a...
<p>For details and explanations, see legend for <a href="http://www.plosone.org/article/info:doi/10....
<p>Spider treatment (exogenous variable) is shown as a yellow box and has direct effects (single-hea...
<p>Treatment (exogenous) variables are shown in yellow boxes and have direct effects (single-headed ...
<p>Causal relationships between forest fragmentation, tree diversity, herbivore abundance, number of...
<p>The plus signs (+) indicate the network parameters upon which the sub-network ordination was perf...
<p>We show the relationships between plant C:N ratio and herbivore abundance (a), herbivore species ...
<p>The result of χ<sup>2</sup> goodness-of-fit for the path model is indicated. One-headed arrows in...
My goal is to investigate global patterns in the structure of interaction networks of insect herbivo...
My goal is to investigate global patterns in the structure of interaction networks of insect herbivo...
<p>One-headed arrows depict causal relationships whereas two-headed arrows depict correlations. Posi...
<p>Plus/minus symbols at each arrow head show a positive/negative effect, and asterisks denote signi...
<p>Arrows indicate the direct effect of one variable on another. Number of suitable breeding habitat...
<p>The plus signs (+) indicate different herbivore species upon which the sub-network ordination was...
<p>There is no significant misfit between the empirical data and the causal structure specified by t...