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

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