Community leaf nutrient characteristics drive soil carbon stabilization by regulating #SoilNutrient and #MicrobialCommunity in a subtropical forest plantation.
#Biodiversity_ecosystemFunctioning | #PhospholipidFattyAcidAnalysis | #MicrobialCommunityComposition | #EnzymeActivities
πAbiotic and biotic factors jointly affect #AbovegroundBiomass in #SedgeWetlands of China, but biotic factors play a dominant roleβοΈ.
#Biodiversity_ecosystemFunctioning | #SpeciesRichness | #ClimateZone | #EnvironmentalChange
γπLatest accepted articleγ
Contrasting roles of #OverstoreyAndUnderstorey #StructuralDiversity in regulating temperate #ForestProductivity
γπLatest accepted articleγ
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.
Pengcheng Jiang et al. assessed the relative importance of #CanopyProperties and plant species diversity in regulating #Above_groundBiomass along environmental gradients in a temperate #NaturalForest in Northeast China.
#Biodiversity_ecosystemFunctioning | #ImagingSpectroscopy | #LiDAR
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γπLatest accepted articleγ
Abiotic and biotic factors jointly affect #AbovegroundBiomass in #SedgeWetlands of China
#Biodiversity_ecosystemFunctioning | #SpeciesRichness | #ClimateZone | #EnvironmentalChange
Journal of Plant Ecology