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

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