Sentence examples for mean leaf damage from inspiring English sources

The results show that the mean leaf damage was higher on rapeseed plants from which predatory arthropods were excluded than on control plants.

The mean leaf damage within predatory arthropod exclosures decreased with increasing tree, forest and perennial cover but increased with increasing grazing land cover and annual crop cover, while on control plants it was low across the tree cover variation.

Mean standing leaf damage was significantly lower on S. macrophylla than all 10 other co-occurring species surveyed at Cabrits (unbalanced mixed-model ANOVA on log-transformed percent damage, with plot as the random factor, P<0.0001, F10, 180 = 9.22; planned post-hoc comparisons of Swietenia vs. 10 native species using sequential-Bonferroni corrected α; Fig. 1).

Mean normalized leaf damage of GSL genotypes from the laboratory population grown in the field.

We used generalized linear mixed models (GLMM) fitted by the Laplace approximation with an assumed quasipoisson distribution and a log-link [38] to test for the effects of vertebrate exclusion on leaf damage (mean damage of leaf area and mean number of holes per leaf) by taking repeated samplings into account.

Mean normalized values for leaf damage in the field.

The UWY2012 field trial (mean = 2.610) had significantly higher levels of leaf damage than both UWY2011 (mean = 1.17, p value <1e-04) and UCD2012 (mean = 1.50, p value <1e-04), thoUCD20122012 and UWY2011 environments did not differ significantly for leaf damage (p value = 0.44).

However, although Mexican populations had a higher mean leaf trichome density, its effect on leaf damage was not consistent.

For each leaf, we calculated leaf damage by differentiating between mean percentage of damaged leaf area and mean number of holes (≥1 mm2) per leaf chewed by arthropods.

However, empirical evidence combined with the quantification of leaf damage as a means to demonstrate the effects of vertebrates as top-down controllers of herbivores is still scarce, especially in the canopies of temperate ecosystems.

The mean and the frequency distribution pattern of leaf damage were very similar between Araucaria Forest and all three tree monocultures.