#totalcarbon — Public Fediverse posts

Yuxin Huang et al. explored global patterns and driving factors of non-leaf litter carbon quality across #PlantFunctionalTypes and environments.

#TotalCarbon | #Lignocellulose | #GeographicalFeature | #Climate | #SoilProperties | #Decomposition

https://doi.org/10.1093/jpe/rtaf082

Yuxin Huang et al. explored global patterns and driving factors of non-leaf litter carbon quality across #PlantFunctionalTypes and environments.

#TotalCarbon | #Lignocellulose | #GeographicalFeature | #Climate | #SoilProperties | #Decomposition

https://doi.org/10.1093/jpe/rtaf082

Yuxin Huang et al. explored global patterns and driving factors of non-leaf litter carbon quality across #PlantFunctionalTypes and environments.

#TotalCarbon | #Lignocellulose | #GeographicalFeature | #Climate | #SoilProperties | #Decomposition

https://doi.org/10.1093/jpe/rtaf082

Yuxin Huang et al. explored global patterns and driving factors of non-leaf litter carbon quality across #PlantFunctionalTypes and environments.

#TotalCarbon | #Lignocellulose | #GeographicalFeature | #Climate | #SoilProperties | #Decomposition

https://doi.org/10.1093/jpe/rtaf082

Yuxin Huang et al. explored global patterns and driving factors of non-leaf litter carbon quality across #PlantFunctionalTypes and environments.

#TotalCarbon | #Lignocellulose | #GeographicalFeature | #Climate | #SoilProperties | #Decomposition

https://doi.org/10.1093/jpe/rtaf082

💡 The Global patterns and driving factors of non-leaf litter carbon quality 💡

Results:
1️⃣ only #TotalCarbon and cellulose concentrations significantly varied;
2️⃣ C quality: angiosperms > gymnosperms, herbaceous > woody plants, broadleaved > coniferous trees;
3️⃣ soil properties generally showed strong impacts.

#Lignocellulose | #PlantFunctionalType | #GeographicalFeature | #Climate | #SoilProperties | #Decomposition

https://doi.org/10.1093/jpe/rtaf082

💡 The Global patterns and driving factors of non-leaf litter carbon quality 💡

Results:
1️⃣ only #TotalCarbon and cellulose concentrations significantly varied;
2️⃣ C quality: angiosperms > gymnosperms, herbaceous > woody plants, broadleaved > coniferous trees;
3️⃣ soil properties generally showed strong impacts.

#Lignocellulose | #PlantFunctionalType | #GeographicalFeature | #Climate | #SoilProperties | #Decomposition

https://doi.org/10.1093/jpe/rtaf082

💡 The Global patterns and driving factors of non-leaf litter carbon quality 💡

Results:
1️⃣ only #TotalCarbon and cellulose concentrations significantly varied;
2️⃣ C quality: angiosperms > gymnosperms, herbaceous > woody plants, broadleaved > coniferous trees;
3️⃣ soil properties generally showed strong impacts.

#Lignocellulose | #PlantFunctionalType | #GeographicalFeature | #Climate | #SoilProperties | #Decomposition

https://doi.org/10.1093/jpe/rtaf082

💡 The Global patterns and driving factors of non-leaf litter carbon quality 💡

Results:
1️⃣ only #TotalCarbon and cellulose concentrations significantly varied;
2️⃣ C quality: angiosperms > gymnosperms, herbaceous > woody plants, broadleaved > coniferous trees;
3️⃣ soil properties generally showed strong impacts.

#Lignocellulose | #PlantFunctionalType | #GeographicalFeature | #Climate | #SoilProperties | #Decomposition

https://doi.org/10.1093/jpe/rtaf082

💡 The Global patterns and driving factors of non-leaf litter carbon quality 💡

Results:
1️⃣ only #TotalCarbon and cellulose concentrations significantly varied;
2️⃣ C quality: angiosperms > gymnosperms, herbaceous > woody plants, broadleaved > coniferous trees;
3️⃣ soil properties generally showed strong impacts.

#Lignocellulose | #PlantFunctionalType | #GeographicalFeature | #Climate | #SoilProperties | #Decomposition

https://doi.org/10.1093/jpe/rtaf082

【🎉Latest accepted article】
Global patterns and driving factors of non-leaf litter carbon quality across #PlantFunctionalTypes and environments

#TotalCarbon | #Lignocellulose | #GeographicalFeature | #Climate | #SoilProperties | #Decomposition

https://doi.org/10.1093/jpe/rtaf082

Legumes play critical roles in agroecosystems by modulating nitrogen-fixing microorganisms to enhance #SoilFertility and promote #CropProductivity. Yi-Heng Tao et al. investigated the #CommunityStructure of soil #Nitrogen-fixingMicroorganisms in different soil layers under #Legume and non-legume cultivation .Both #TotalCarbon and #DissolvedOrganicCarbon were identified as key drivers of #Nitrogen-fixingGenes.
Details: https://doi.org/10.1093/jpe/rtae092