Bacterial community diversity in the rhizosphere of nickel hyperaccumulator plant species from Borneo Island (Malaysia)

Lopez, Séverine; Ent, Antony van der; Sumail, Sukaibin; Sugau, John B.; Buang, Matsain Mohd; Amin, Zarina; Echevarria, Guillaume; Morel, Jean-Louis; Benizri, Émile

doi:10.1111/1462-2920.14970

Cited by 17 publications

(6 citation statements)

References 95 publications

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“…This is identified by a previous study that reported how biogeography affects the microbiome composition in three species of Agave from distinct sites (Coleman‐Derr et al ., 2016). Therefore, the interactions among different geographical and environmental conditions can shape the distinct microbial community composition (Lopez et al ., 2020).…”

Section: Discussionmentioning

confidence: 99%

Stochastic processes shape the biogeographic variations in core bacterial communities between aerial and belowground compartments of common bean

Liu

et al. 2020

Environmental Microbiology

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Although studies of biogeography in soil bacterial communities have attracted considerable attention, the generality of these patterns along with assembly processes and underlying drivers is poorly understood in the inner tissues of plants. Plant tissues provide unique ecological habitats for microorganisms, which play an essential role in plant performance. Here, we compared core bacterial communities among five soil–plant associated compartments of common bean across five sampling sites in China. Neutral and null modelling consistently suggested that stochastic processes dominated the core community assembly processes and escalated from the belowground compartments to the inner tissues of aerial plant parts. The multiple distance‐decay relationships also varied and had flattened patterns in the stem endosphere, which were shaped by distinct environmental factors in each compartment. Coexistence patterns also varied in topological features, in addition with the sparsest networks in the stem endosphere resulted from the interaction with the stochastic processes. This study considerably expanded our understanding of various biogeographic patterns, assembly processes, and the underlying mechanisms of core bacterial communities between aerial and belowground compartments of common bean. That will provide a scientific basis for the reasonable regulation of core bacterial consortia to get better plant performance.

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Section: Discussionmentioning

confidence: 99%

Stochastic processes shape the biogeographic variations in core bacterial communities between aerial and belowground compartments of common bean

Liu

et al. 2020

Environmental Microbiology

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“…In this study, their relative abundances in HL and BQL were higher than those in QS. There are many Acidobacteria species found in soil samples throughout the terrestrial ecosystems, including Acidobacteriaceae , which is capable of adapting to varied environments and using a variety of polysaccharides 47 . These Acidobacteria are usually acidophilic and less likely to compete in the more neutral soil pH environment and thus can be enriched in the acidic soil samples of BQL.…”

Section: Discussionmentioning

confidence: 99%

Pedogenesis of typical zonal soil drives belowground bacterial communities of arable land in the Northeast China Plain

Hou,

Zhao,

Wang

et al. 2023

Sci Rep

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Belowground bacterial communities play essential roles in maintaining ecosystem multifunction, while our understanding of how and why their distribution patterns and community compositions may change with the distinct pedogenetic conditions of different soil types is still limited. Here, we evaluated the roles of soil physiochemical properties and biotic interactions in driving belowground bacterial community composition across three typical zonal soil types, including black calcium soil (QS), typical black soil (HL) and dark brown soil (BQL), with distinct pedogenesis on the Northeast China Plain. Changes in soil bacterial diversity and community composition in these three zonal soil types were strongly correlated with soil pedogenetic features. SOC concentrations in HL were higher than in QS and BQL, but bacterial diversity was low, and the network structure revealed greater stability and connectivity. The composition of the bacterial community correlated significantly with soil pH in QS but with soil texture in BQL. The bacterial co-occurrence network of HL had higher density and clustering coefficients but lower edges, and different keystone species of networks were also detected. This work provides a basic understanding of the driving mechanisms responsible for belowground bacterial biodiversity and distribution patterns over different pedogenetic conditions in agroecosystems.

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“…nutrients and oxygen) in the deeper soil layers leading to reduced microbial diversity and biomass (Goebes et al 2019;Jobbágy and Jackson, 2000). However, rhizodeposition can increase microbial activity at deeper soil layers (Lopez et al 2020), potentially leading to different drivers of microbial activity and biomass across soil layers (Blume et al 2002;Loeppmann et al 2016).…”

Section: Introductionmentioning

confidence: 99%

The spatial distribution of tree-tree interaction effects on soil microbial biomass and respiration

Christel,

Bruelheide,

Cesarz

et al. 2024

Preprint

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The capacity of forests to sequester carbon in both above- and belowground compartments is a crucial tool to mitigate rising atmospheric carbon concentrations. Belowground carbon storage in forests is strongly linked to soil microbial communities that are the key drivers of soil heterotrophic respiration, organic matter decomposition, and thus nutrient cycling. However, the relationships between tree diversity and soil microbial properties such as biomass and respiration remain unclear with inconsistent findings among studies. It is unknown so far how the spatial configuration and soil depth affects the relationship of tree richness and microbial properties. Here, we studied the spatial distribution of soil microbial properties in the context of a tree diversity experiment by measuring soil microbial biomass and respiration in subtropical forests (BEF-China experiment). We sampled soil cores at two depths at five locations along a spatial transect between the trees in mono- and heterospecific tree pairs of the native deciduous species Liquidambar formosana and Sapindus saponaria. Our analyses showed decreasing soil microbial biomass and respiration with increasing soil depth and distance from the tree in monospecific tree pairs. We calculated belowground overyielding of soil microbial biomass and respiration - which is a higher microbial biomass or respiration than expected from the monocultures - and analysed the distribution patterns along the transect. We found no general overyielding across all sampling positions and depths. Yet, we encountered a spatial pattern of microbial overyielding with a significant microbial overyielding close to L. formosana trees and microbial underyielding close to S. saponaria trees. We found similar spatial patterns across microbial properties and depths that only differed in their effect size. Our results highlight the importance of small-scale variations of tree-tree interaction effects on soil microbial communities and functions and are calling for better integration of within-plot variability to understand biodiversity-ecosystem functioning relationships.

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Bacterial community diversity in the rhizosphere of nickel hyperaccumulator plant species from Borneo Island (Malaysia)

Cited by 17 publications

References 95 publications

Stochastic processes shape the biogeographic variations in core bacterial communities between aerial and belowground compartments of common bean

Stochastic processes shape the biogeographic variations in core bacterial communities between aerial and belowground compartments of common bean

Pedogenesis of typical zonal soil drives belowground bacterial communities of arable land in the Northeast China Plain

The spatial distribution of tree-tree interaction effects on soil microbial biomass and respiration

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