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

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