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

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