Soil Analysis Results of Silicate Site Quantitative Pits

data from all silicate site quantitive pits n.w
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Explore the data analysis findings from silicate site quantitative pits regarding base saturation, carbon content, nitrogen content, and C:N ratio in different soil horizons. Significant differences between the horizons are indicated based on Kruskal-Wallis tests. View the detailed results for Ah topsoil horizon and organic horizons Ol, Of, Oh in the German soil classification system.

  • Soil Analysis
  • Silicate Site
  • Quantitative Pits
  • Base Saturation
  • Kruskal-Wallis

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  1. Data from all silicate site quantitive pits a) a) b) b) Different letters indicate significant differences between the horizons, two sided Kruskal-Wallis-Test, significance level = 0,05 Base saturation in the Ah topsoil horizon and the three organic horizons Ol, Of, Oh, horizon designation according the German soil classification system, KA6 (AG Boden, 2024)

  2. Data from all silicate site quantitive pits a) b) c) c) Different letters indicate significant differences between the horizons, two sided Kruskal-Wallis-Test, significance level = 0,05 Base saturation in the Ah topsoil horizon and the three organic horizons Ol, Of, Oh, horizon designation according the German soil classification system, KA6 (AG Boden, 2024)

  3. Data from all silicate site quantitive pits a) b) bc) c) Different letters indicate significant differences between the horizons, two sided Kruskal-Wallis-Test, significance level = 0,05 Carbon content in mg g-1, in the Ah topsoil horizon and the three organic horizons Ol, Of, Oh, horizon designation according the German soil classification system, KA6 (AG Boden, 2024)

  4. Data from all silicate site quantitive pits a) b) b) c) Different letters indicate significant differences between the horizons, two sided Kruskal-Wallis-Test, significance level = 0,05 Nitrogen content in mg g-1, in the Ah topsoil horizon and the three organic horizons Ol, Of, Oh, horizon designation according the German soil classification system, KA6 (AG Boden, 2024)

  5. Data from all silicate site quantitive pits a) ab) b) c) Different letters indicate significant differences between the horizons, two sided Kruskal-Wallis-Test, significance level = 0,05 C:N ratio, in the Ah topsoil horizon and the three organic horizons Ol, Of, Oh, horizon designation according the German soil classification system, KA6 (AG Boden, 2024)

  6. Data from all silicate site quantitive pits a) ab) b) c) Different letters indicate significant differences between the horizons, two sided Kruskal-Wallis-Test, significance level = 0,05 Citrate soluble P in mg g-1, in the Ah topsoil horizon and the three organic horizons Ol, Of, Oh, horizon designation according the German soil classification system, KA6 (AG Boden, 2024)

  7. Data from all silicate site quantitive pits a) a) a) b) Different letters indicate significant differences between the horizons, two sided Kruskal-Wallis-Test, significance level = 0,05 Total P content in mg g-1, in the Ah topsoil horizon and the three organic horizons Ol, Of, Oh, horizon designation according the German soil classification system, KA6 (AG Boden, 2024)

  8. Data from all silicate site quantitive pits a) a) b) c) Different letters indicate significant differences between the horizons, two sided Kruskal-Wallis-Test, significance level = 0,05 pH values (H2O), in the Ah topsoil horizon and the three organic horizons Ol, Of, Oh, horizon designation according the German soil classification system, KA6 (AG Boden, 2024)

  9. Data from all silicate site quantitive pits a) a) b) c) Different letters indicate significant differences between the horizons, two sided Kruskal-Wallis-Test, significance level = 0,05 pH values (KCl), in the Ah topsoil horizon and the three organic horizons Ol, Of, Oh, horizon designation according the German soil classification system, KA6 (AG Boden, 2024)

  10. Data from all silicate site quantitive pits a) ab) b) Different letters indicate significant differences between the horizons, two sided Kruskal-Wallis-Test, significance level = 0,05 Forest Floor mass under beech t ha -1, according to the temperature gradient of the study sites

  11. Data from all silicate site quantitive pits a) ab) b) ab) Different letters indicate significant differences between the horizons, two sided Kruskal-Wallis-Test, significance level = 0,05 Forest Floor mass under beech t ha -1, according to the phosphorous gradient of the study sites

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