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

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