Canonical Analysis of Soil pH Impact on Bacterial Community Structure in Plot Experiments

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This study explores the relationship between soil pH and the structure of bacterial communities across different plot types, including monoculture and multi-species setups. Utilizing canonical analysis and multi-dimensional scaling based on Bray-Curtis similarity measures, we assess how varying pH levels influence bacterial composition. Supplementary materials provide additional insights into the data and methods used in this analysis, with the goal of enhancing our understanding of microbial dynamics in diverse agricultural systems.

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May 08, 2026

1 soil ph 2 bacterial community 3 canonical analysis 4 multidimensional scaling 5 braycurtis similarity 6 plot experiments 7 monoculture 8 multispecies text

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Canonical Analysis of Soil pH Impact on Bacterial Community Structure in Plot Experiments

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7 3-species plots Monoculture plots 5-species plots 6.5 Ae Ae1 Ae2 Ls pH Co 6 Co Co1 Co2 Hc y = 0.24x + 5.84 Hc Hc1 Hc2 2 R = 0.38 5.5 Ls Ls1 0-species plot Ls2 Tr Tr1 Tr2 0 5 - 2 - 1 0 1 2 Canonical Distance Supplementary Material Figure S4. Canonical analysis of the relationship between soil pH and bacterial community structure. Canonical distance is the relative position of datasets in the first dimension, generated from multi-dimensional scaling using the Bray-Curtis similarity measure.