MGYS00003939: Caprobiome_2 BiomeCC relation typeClimate change mitigating practicesEngineeredMitigating climate changeRelated phenomenonWastewater
MGYS00003503: Biodiversity-function relationships in methanogenic communities BiomeCausing climate changeCC relation typeEngineeredMethane productionRelated phenomenon
MGYS00002822: Marine sediment microorganisms Raw sequence reads BiomeBioreactorCausing climate changeCC relation typeEngineeredGreenhouse gas emissionRelated phenomenon
MGYS00002399: oxidative stress Methanoperedens nitroreducens BiomeBioreactorCC relation typeEngineeredMethanotrophyMitigating climate changeRelated phenomenon
MGYS00001879: Community composition and ultrastructure of a continuous bioreactor enrichment culture, in which anaerobic methane oxidation (AOM) was coupled to nitrate reduction. BiomeBioreactorCC relation typeEngineeredMethanotrophyMitigating climate changeRelated phenomenon
MGYS00001851: Heterotrophic methanogens dominate in anaerobic digesters BiomeCausing climate changeCC relation typeEngineeredMethane productionRelated phenomenonWastewater
MGYS00001632: The Usefulness and Reproducibility of Pyrosequencing for the Analysis of a Microbial Community of a Methane-Oxidizing Biofilm BiomeBioreactorCC relation typeEngineeredMethanotrophyMitigating climate changeRelated phenomenon
MGYS00001610: biogas BiomeCausing climate changeCC relation typeEngineeredMethane productionRelated phenomenonWastewater
MGYS00001585: A flow-through rolling tank allows to conduct experiments on particulate organic matter at near in-situ conditions. BiomeBioreactorCaused by climate changeCC relation typeEngineeredMitigating climate change
MGYS00001486: Growth and activity of ANME clades with different sulfate and sulfide concentrations in presence of methane BiomeBioreactorCC relation typeEngineeredMethanotrophyMitigating climate changeRelated phenomenon
