<p>93.6% of variance is accounted for by discriminant function 1 and 6.4% by function 2. Polygons are drawn to include all individual specimens.</p
<p>Includes 31 AT (•) and 31 AZ (▴) used as training dataset for heteroscedastic linear discriminant...
<p>Shallow (3–10 m) - circles, Medium depth (15–25 m) – open squares, Deep (30–50 m) – closed square...
<p>Plot of discriminant functions 1 (x axis) and 2 (y axis) resulting from the DFA (see <a href="htt...
<p>Discriminant functions DF1 and DF2 account for 65.7% and 32.0% of the total variance, respectivel...
<p>Eigenvalues: 4.79 (DF1) and 0.73 (DF2); variance: 74.32% (DF1) and 11.41% (DF2).</p
<p>Filled triangles represent the western lineage and unfilled circles represent the eastern lineage...
<p>Embedded is also a plot of the first two eigenvalues of the discriminant analysis. Circles encomp...
Discriminant function analysis of the PLFA composition of soil in control (Control) and root trenche...
While discriminant function analysis is an inherently Bayesian method, researchers attempting to est...
The technique of discriminant function analysis was originated by R.A. Fisher and first applied by B...
<p>Eigenvalues: 4.19 (DF1) and 0.52 (DF2); variance: 84.44% (DF1) and 10.41% (DF2).</p
Scatterplot showing the discrimination of species groups based on the canonical discriminant functio...
<p>Eigenvalues: 40.22 (DF1) and 0.31 (DF2); variance: 87.07% (DF1) and 6.80% (DF2).</p
<p>The first discriminant function (x-axis) accounted for ~74% of the between group variation and th...
<p>Ungrouped fossil specimens, with their DF values, are: Ileret (3.12, 2.28), with <i>simum</i> mal...
<p>Includes 31 AT (•) and 31 AZ (▴) used as training dataset for heteroscedastic linear discriminant...
<p>Shallow (3–10 m) - circles, Medium depth (15–25 m) – open squares, Deep (30–50 m) – closed square...
<p>Plot of discriminant functions 1 (x axis) and 2 (y axis) resulting from the DFA (see <a href="htt...
<p>Discriminant functions DF1 and DF2 account for 65.7% and 32.0% of the total variance, respectivel...
<p>Eigenvalues: 4.79 (DF1) and 0.73 (DF2); variance: 74.32% (DF1) and 11.41% (DF2).</p
<p>Filled triangles represent the western lineage and unfilled circles represent the eastern lineage...
<p>Embedded is also a plot of the first two eigenvalues of the discriminant analysis. Circles encomp...
Discriminant function analysis of the PLFA composition of soil in control (Control) and root trenche...
While discriminant function analysis is an inherently Bayesian method, researchers attempting to est...
The technique of discriminant function analysis was originated by R.A. Fisher and first applied by B...
<p>Eigenvalues: 4.19 (DF1) and 0.52 (DF2); variance: 84.44% (DF1) and 10.41% (DF2).</p
Scatterplot showing the discrimination of species groups based on the canonical discriminant functio...
<p>Eigenvalues: 40.22 (DF1) and 0.31 (DF2); variance: 87.07% (DF1) and 6.80% (DF2).</p
<p>The first discriminant function (x-axis) accounted for ~74% of the between group variation and th...
<p>Ungrouped fossil specimens, with their DF values, are: Ileret (3.12, 2.28), with <i>simum</i> mal...
<p>Includes 31 AT (•) and 31 AZ (▴) used as training dataset for heteroscedastic linear discriminant...
<p>Shallow (3–10 m) - circles, Medium depth (15–25 m) – open squares, Deep (30–50 m) – closed square...
<p>Plot of discriminant functions 1 (x axis) and 2 (y axis) resulting from the DFA (see <a href="htt...
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