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

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