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

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