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

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