Grazing enhanced prokaryotic network complexity spatially in alpine grassland soils Grazing significantly increased the network complexity of prokaryotes in alpine grasslands, but its effect on fungal networks varied among sites, and the r

【🎉Latest accepted article】
Grazing enhanced prokaryotic network complexity spatially in alpine grassland soils

#GrasslandGrazing | #SpatialPattern | #Co_occurrenceNetwork | #MicrobialCommunityAssembly | #AlpineSteppe

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doi.org/10.1093/jpe/...

Tree species and urban green space types jointly drive rhizosphere SOC fractionation and stability via microbial-enzymatic pathways Abstract. Urban soil organic carbon (SOC) dynamics are governed by complex vegetation-microbe interactions, but the synergistic effects of tree functional

【🎉Latest accepted article】
Tree species and urban green space types jointly drive rhizosphere #SOCFractionation and stability via microbial-enzymatic pathways

#UrbanSoilCarbonSequestration | #EnzymeStoichiometry | #MicrobialCommunityAssembly

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doi.org/10.1093/jpe/...