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

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