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

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