Wetland and landscape features explained a significant amount of community richness.
Both test and grade explained a significant amount of effect-size heterogeneity.
Light availability explained a significant fraction of the variation in species richness also on conventionally managed field margins (r2 = 8%).
The measurement of stressors at multiple levels explained a significant proportion of the racial disparity in the rates of occurrence of bacterial vaginosis.
Furthermore, inclusion of the CSF regressor was crucial as it explained a significant amount of signal variance in the cord and increased the number of active cord voxels.
Soil organic matter content, soil pH, and soil and litter water content explained a significant part of the variance observed in the distribution of the mite community.
Moreover, the scores for presence significantly predicted the Flow State Scale, and explained a significant proportion of variance in the Flow State Scale.
Root depth explained a significant proportion of the variation in seed weight, independently from life form or dispersal mode and, in some cases, more than either of them.
Redundancy analysis (RDA) of the three structural layers revealed that the measured parameters explained a significant (P<0.05) percentage of the variation in individual species distributions.
Both science models explained a significant amount of effect-size heterogeneity, as respectively indicated by QM 3) = 18.9, p <.05 and QM 2) = 13.8, p <.05.
Again, the predictors explained a significant amount of variance in the criterion variable, F 3, 206) = 13.41, p < .001, R 2 = .163.163
