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

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