Based on Euclidian distance, principal component analysis (PCA)-3D graphical association between the indicator plants treated with Parthenium leaf, stem, and flower with methanol extract.</p
Circles represent young (7-weeks-old) plants while older (13-weeks-old) plants are represented by tr...
The stem surface and whole stem segments were from days 0, 1, 3, and 7; water samples were from days...
<p>PCA based on biometrical parameters: plant height (PH), plant diameter (PD), fresh weight (FW), d...
The first two components are shown in the X and Y axes, respectively. Arrows show how each descripto...
<p>(a) Correlation circle between SLA (specific leaf area), LDMC (leaf dry matter content), LNC (lea...
a) correlation plot for variables classified according to their type (length, angle and ratio, see S...
Principal component analysis (PCA) for individual compounds and selected springtail species.</p
<p>Principal component analysis (PCA) plot showing the grouping of the almond accessions.</p
Principal component analysis (PCA) of the substances identified in the essential oils (EOs) obtained...
<p>Scatter plot of the PCA-score showing the similarity of the bacterial (A) and fungal (B) communit...
Two-dimension plot obtained from principal component analysis for 63 V. corymbosum varieties and dat...
(A) PCA fails to clearly distinguish grapevine morphotypes. (B) A Mapper graph using PC1 as a lens r...
This paper describes a chemotaxonomic analysis of a database of triterpenoid compounds from the Cela...
<p>Principal component analysis (PCA) for metabolites in leaves of NIL-<i>SS1</i> and Teqing at the ...
Principal component analysis (PCA) biplot showing the ordination of studied Paramuricea macrospina c...
Circles represent young (7-weeks-old) plants while older (13-weeks-old) plants are represented by tr...
The stem surface and whole stem segments were from days 0, 1, 3, and 7; water samples were from days...
<p>PCA based on biometrical parameters: plant height (PH), plant diameter (PD), fresh weight (FW), d...
The first two components are shown in the X and Y axes, respectively. Arrows show how each descripto...
<p>(a) Correlation circle between SLA (specific leaf area), LDMC (leaf dry matter content), LNC (lea...
a) correlation plot for variables classified according to their type (length, angle and ratio, see S...
Principal component analysis (PCA) for individual compounds and selected springtail species.</p
<p>Principal component analysis (PCA) plot showing the grouping of the almond accessions.</p
Principal component analysis (PCA) of the substances identified in the essential oils (EOs) obtained...
<p>Scatter plot of the PCA-score showing the similarity of the bacterial (A) and fungal (B) communit...
Two-dimension plot obtained from principal component analysis for 63 V. corymbosum varieties and dat...
(A) PCA fails to clearly distinguish grapevine morphotypes. (B) A Mapper graph using PC1 as a lens r...
This paper describes a chemotaxonomic analysis of a database of triterpenoid compounds from the Cela...
<p>Principal component analysis (PCA) for metabolites in leaves of NIL-<i>SS1</i> and Teqing at the ...
Principal component analysis (PCA) biplot showing the ordination of studied Paramuricea macrospina c...
Circles represent young (7-weeks-old) plants while older (13-weeks-old) plants are represented by tr...
The stem surface and whole stem segments were from days 0, 1, 3, and 7; water samples were from days...
<p>PCA based on biometrical parameters: plant height (PH), plant diameter (PD), fresh weight (FW), d...