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Le Service National d’Observation Tourbières (SNO Tourbières) ou « l’impact des changements globaux sur la fonction puits de carbone des tourbières tempérées »

   

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Chamber Abondance Vegetation changes Polyphenols Methane emissions Bioindicators Confined pyrolysis Bayesian optimization Eddy-covariance N2O Sphagnum Q10 Climate change Calibration Carbon Climate change Enzymes Microbial biomass Moisture Open-top chambers Carbone Changement climatique Core lipids Tourbière Carbon dynamics models CH4 Air pollution abatement policies evaluation Greenhouse gas emissions Carbohydrates Chemistry of fresh water Dissolved organic carbon Chamber method Ecosystem respiration Activity Labile organic matter Bryophyte CO2 Bilan de carbone Phenoloxidase Branched GDGTs Peatlands CO 2 fluxes Net ecosystem carbon exchange CO2 production Aromaticity Cypéracées CO2 and CH4 fluxes Carbon Climatic changes Arbon balance Atmospheric pressure DOC Biotic and abiotic factors Testate amoebae Dissolved Organic Carbon Cryo-MEB Climate warming Litter mixture effect CO₂ and CH₄ fluxes Deconvolution Dark septate endophyte Decomposition Data sharing Biomarker Sphagnum mosses Carbon C Air warming C Biogeochemical parameter Biogenic sulphur Decarboxylation Cellulose Carbon cycle Biophysical interface Biodégradation Betula spp Azote Bog Burrow-lining Catalysis Activité Methane Carbon balance Abundance Conditions environnementales Carbon Dioxide CO2 Molinia caerulea Dissolved organic matter Cyperaceae Greenhouse gas Communautés microbiennes Cryo-SEM PEATWARM Amibes à thèque Data-model fusion Archaea Peatland Biodiversity-ecosystem functioning Carbon budget Greenhouse gases fluxes Sphagnum moss Decomposition rate Bacteria Peatlands invading species CO2 and CH4

 

     
 

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