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Means and standard deviations for soil physico-chemical properties at three studied elevations (n=5). One-way ANOVA results with Tukey test. Values bearing different letters in superscripts differ significantly between elevations. Table 3

Table 3 Means and standard deviations for soil physico-chemical properties at three studied elevations (n=5). One-way ANOVA results with Tukey test. Values bearing different letters in superscripts differ significantly between elevations. Table 3

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Means and standard deviations for botanical characteristics at three studied elevations (n=5). One-way ANOVA results with Tukey test. Values bearing different letters in superscripts differ significantly between elevations. Table 2
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Component weights of individual physico-chemical soil parameters in particular principal components (PCs). Results of PCA analysis. Table 4
Component weights of individual physico-chemical soil parameters in particular principal components (PCs). Results of PCA analysis. Table 4
Means and standard deviations for soil biological properties at three studied elevations (n=5). One-way ANOVA results with Tukey test. Values bearing different letters in superscripts differ significantly between elevations. decomposers of recalcitrant compounds (Myers et al. 2001). Amine utilisation was lowest in these soils where the concentration of DON was highest and, oppositely, DON was lowest in these soils where the amine utilisation was the highest. These findings con- firm the importance of nitrogen transformation in organic matter Amines contain an ammonia group in their chemical structure and are organic derivatives of ammonia, a final product of pro- tein decomposition (van der Heijden et al. 2008). Soil bacteria are the primary decomposers of amino acids and other simple C compounds, whereas soil fungi are thought to be the primary
Means and standard deviations for soil biological properties at three studied elevations (n=5). One-way ANOVA results with Tukey test. Values bearing different letters in superscripts differ significantly between elevations. decomposers of recalcitrant compounds (Myers et al. 2001). Amine utilisation was lowest in these soils where the concentration of DON was highest and, oppositely, DON was lowest in these soils where the amine utilisation was the highest. These findings con- firm the importance of nitrogen transformation in organic matter Amines contain an ammonia group in their chemical structure and are organic derivatives of ammonia, a final product of pro- tein decomposition (van der Heijden et al. 2008). Soil bacteria are the primary decomposers of amino acids and other simple C compounds, whereas soil fungi are thought to be the primary
Fig. 1. Simple regression between (a) bacterial activity AUC and plant diversity H’piant» (b) bacterial functional diversity H’,,¢ and plant species number and (c) H’bact and H’piant- Points indicate data, the main bolded line indicates a simple regression line, closer curves indicate 95% confidence limits, and the additional lines indicate prediction limits; the p value is provided in the lower right corner. Regression statistics (regression equation; r value and R? a4; value) are as follows: (a) AUC = —16.448 + 41.133 x H’ plant? 1= 0.69; R? aaj = 47.5%, (D) H’ pact = 0.882 + 0.006 x N; r= 0.59; R? qj = 35.6% and (C) H’bact = 0.633 + 0.303 x H’ plant; 7= 0.61; R? aqj = 37.5%.
Fig. 1. Simple regression between (a) bacterial activity AUC and plant diversity H’piant» (b) bacterial functional diversity H’,,¢ and plant species number and (c) H’bact and H’piant- Points indicate data, the main bolded line indicates a simple regression line, closer curves indicate 95% confidence limits, and the additional lines indicate prediction limits; the p value is provided in the lower right corner. Regression statistics (regression equation; r value and R? a4; value) are as follows: (a) AUC = —16.448 + 41.133 x H’ plant? 1= 0.69; R? aaj = 47.5%, (D) H’ pact = 0.882 + 0.006 x N; r= 0.59; R? qj = 35.6% and (C) H’bact = 0.633 + 0.303 x H’ plant; 7= 0.61; R? aqj = 37.5%.
Fig. 2. Simple relationships between the proportion of amines chemical group use by bacteria on Biolog® ECO plates and plant diversity (N species, H’piant). Points indicate data, the main bolded line indicates a simple regression line, closer curves indicate 95% confidence limits, additional lines indicate prediction limits and the p value is provided in the lower right corner. Regression statistics (regression equa- tion; r value and R?,q; value) are as follows: (a) usage =0.234+ 0.001 x N; r=0.56; R? aaj = 25.5%, (b) usage = —0.009 + 0.041 x H’ plant; 1= 0.56; R? qj = 26.1%.
Fig. 2. Simple relationships between the proportion of amines chemical group use by bacteria on Biolog® ECO plates and plant diversity (N species, H’piant). Points indicate data, the main bolded line indicates a simple regression line, closer curves indicate 95% confidence limits, additional lines indicate prediction limits and the p value is provided in the lower right corner. Regression statistics (regression equa- tion; r value and R?,q; value) are as follows: (a) usage =0.234+ 0.001 x N; r=0.56; R? aaj = 25.5%, (b) usage = —0.009 + 0.041 x H’ plant; 1= 0.56; R? qj = 26.1%.
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Plant BiologyBiologyEcologySoil sciencesClimatic GradientVegetation diversity
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