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

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