index - Service National d'Observation des Tourbières Accéder directement au contenu

 


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

   

Recherche

 

 
 

Les 5 derniers dépôts

Chargement de la page

 

   

Politique des Editeurs

 

 

Mots clés

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

 

     
 

Collaborations