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

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