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

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