<p>Panel A shows PCA results based on trophic state variables, panel B shows PCA results based on Heterogeneity variables (standard deviation among depths in variables) and panel C shows the correlation between the trophic state PC 1 scores and heterogeneity PC 1 scores (R<sup>2</sup> = 0.57). Arrows show significant variables (p<0.05) and values in parentheses show percentages of total environmental variation among lakes explained by each axis. ‘EpiTN’ = epilimnetic TN, ‘EpiTP’ = epilimnetic TP, ‘HypoTP’ = Hypolimnetic TP, ‘HypoDO’ = hypolimnetic DO, and DO = epilimnetic DO. ‘.std’ indicates that the standard deviation of measurements of the specified variable among layers. Triangles = eutrophic, stars = mesotrophic, and squares = oligotro...
<p>PCA axis 1 largely represents decreasing moisture supply, while axis 2 is mostly associated with ...
Understanding the process of the changing phytoplankton patterns can be particularly useful in water...
Understanding the process of the changing phytoplankton patterns can be particularly useful in water...
<p>The two groups of lakes (‘dark water’ lakes RL and US vs. ‘white’ lakes OS and GN) are significan...
<p>The ordination plot summarizes the variation of the environmental and biotic variables across the...
<p>Dots represent sites within estuaries. Vectors show the two-dimensional (PC1 and PC2) correlation...
<p>Principal components analysis (PCA) for all environmental variables labeling different factors: r...
<p>Principal component analysis (PCA) of rhizosphere (triangle) and bulk (square) communities of sed...
We explore relationships between lake chemistry and species abundance of zooplankton populations in ...
Abstract: Complex water quality of Lake was assessed with Multivariate statistical techniques during...
<p>Principal component analysis normalized environmental data from stations along the Ellett Line tr...
<p>The PCA analysis was based on the gene expression pattern in <i>C</i>. <i>elegans</i> exposed to ...
<p>Projection of the environmental variables (arrows) and the sampling dates (colored points) on the...
<p>The first two principal components (PC1 and PC2) accounted for 59.4% and 20.3% of total variance,...
<p>The axes 1 and 2 explained 53% of the variance in distribution of the lake populations (1: Mjöträ...
<p>PCA axis 1 largely represents decreasing moisture supply, while axis 2 is mostly associated with ...
Understanding the process of the changing phytoplankton patterns can be particularly useful in water...
Understanding the process of the changing phytoplankton patterns can be particularly useful in water...
<p>The two groups of lakes (‘dark water’ lakes RL and US vs. ‘white’ lakes OS and GN) are significan...
<p>The ordination plot summarizes the variation of the environmental and biotic variables across the...
<p>Dots represent sites within estuaries. Vectors show the two-dimensional (PC1 and PC2) correlation...
<p>Principal components analysis (PCA) for all environmental variables labeling different factors: r...
<p>Principal component analysis (PCA) of rhizosphere (triangle) and bulk (square) communities of sed...
We explore relationships between lake chemistry and species abundance of zooplankton populations in ...
Abstract: Complex water quality of Lake was assessed with Multivariate statistical techniques during...
<p>Principal component analysis normalized environmental data from stations along the Ellett Line tr...
<p>The PCA analysis was based on the gene expression pattern in <i>C</i>. <i>elegans</i> exposed to ...
<p>Projection of the environmental variables (arrows) and the sampling dates (colored points) on the...
<p>The first two principal components (PC1 and PC2) accounted for 59.4% and 20.3% of total variance,...
<p>The axes 1 and 2 explained 53% of the variance in distribution of the lake populations (1: Mjöträ...
<p>PCA axis 1 largely represents decreasing moisture supply, while axis 2 is mostly associated with ...
Understanding the process of the changing phytoplankton patterns can be particularly useful in water...
Understanding the process of the changing phytoplankton patterns can be particularly useful in water...