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

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