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Table 1: Estimated Parameters of the Logistic Regression of the Proportion of Eggs, Immatures and Females of Raoiella Indica Consumed by the First, Second and Third Larval Instars of Ceraeochrysa Caligata.
doi 10.7717/peerj.7123/table-1
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Figure 2: Proportions (Ne/No) of Eggs, Immatures and Females of Raoiella Indica Consumed by First (A), Second (B) and Third (C) Larval Instars of Ceraeochrysa Caligata According to Prey Density.
Table 2: Attack Rate (Α) and Handling Time (Th) of the First, Second and Third Larval Instars of Ceraeochrysa Caligata Feeding Upon Eggs, Immatures and Adult Females of Raoiella Indica.
Figure 3: Average Consumption (±SD) of Eggs, Immatures and Females of R. Indica by First (A), Second (B) and Third Larval Instars (C) of Ceraeochrysa Caligata.
Figure 1: Mean Numbers (±SD) of Eggs, Immatures and Females of R. Indica Consumed by First (A), Second (B) and Third (C) Larval Instars of the Lacewing Ceraeochrysa Caligata in Relation to Prey Density Over a Period of 24 H.
Figure 5: Estimated Logistic Regression of the Proportion of Mature S. Trispinosus Females From the Abrolhos Bank, Brazil (Maximum of the Posterior Distribution).
Table 4: Larval Mortality Following Treatment of 1st Instars.
Table 10: Logistic Regression Analysis to Assess the Relevance of Environmental Parameters in Predicting the AMF Composition and Diversity.
Table S2: Output of Logistic Regression Models
The Origins of Logistic Regression
SSRN Electronic Journal
