Community leaf nutrient characteristics drive soil carbon stabilization by regulating #SoilNutrient and #MicrobialCommunity in a subtropical forest plantation.
#Biodiversity_ecosystemFunctioning | #PhospholipidFattyAcidAnalysis | #MicrobialCommunityComposition | #EnzymeActivities
Dandan Zhang et al. explored drivers of #MicrobialNecromass carbon and its contribution to #SoilOrganicCarbon along an elevational gradient.
#MontaneEcosystems | #SoilOrganicCarbonDynamics | #EnzymeActivities | #AlpineForest
❓ Drivers of #MicrobialNecromass carbon (MNC) and its contribution to #SoilOrganicCarbon (SOC) along an elevational gradient
Results:
The rapid decomposition of bacteria necromass C is the main way of MNC loss in wet season in #AlpineForest.
#MontaneEcosystems | #SoilOrganicCarbonDynamics | #EnzymeActivities
【🎉Latest accepted article】
Community leaf nutrient characteristics drive soil carbon stabilization by regulating #SoilNutrient and microbial community in a subtropical forest plantation
#Biodiversity_ecosystemFunctioning | #PhospholipidFattyAcidAnalysis | #MicrobialCommunityComposition | #EnzymeActivities
Abstract. Tree species diversity has been found to promote soil organic carbon (SOC) in forests, but its effects on SOC stability have been poorly studied.
【🎉Latest accepted article】
Linking #MicrobialNecromass carbon to #SoilOrganicCarbon: seasonal and elevational patterns and potential drivers in the mountain forest ecosystems of Southwest China
Journal of Plant Ecology