MGYS00000554: Microbial community composition in the sediment at naturally CO2-rich sites and its implications for ocean acidification research AquaticCaused by climate changeMetagenomicOcean acidificationPart of the CCMRI corpus
MGYS00000529: Permafrost 454 amplicons AmpliconCaused by climate changeCausing climate changeGreenhouse gas emissionPart of the CCMRI corpusPermafrost thawingTerrestrialTime series
MGYS00000496: Central Alaskan Permafrost Metagenome AssemblyCaused by climate changeCausing climate changeGreenhouse gas emissionPart of the CCMRI corpusPermafrost thawingTerrestrialTime series
MGYS00000450: Enriched Hetertrophic-Methantrophic Cultures from Different Soils (amplicon) AmpliconCausing climate changeGreenhouse gas emissionMethanotrophyMitigating climate changePart of the CCMRI corpusTerrestrial
MGYS00000387: Lime was injected to acid sulfate soils with aim to balance the acidity. The indigenous microbial communities before and after injection were investigated. Caused by climate changeMetagenomicMitigating climate changePart of the CCMRI corpusSoil acidificationTerrestrialTime series
MGYS00000373: ASS lime injection – injection site Caused by climate changeMetagenomicMitigating climate changePart of the CCMRI corpusSoil acidificationTerrestrial
MGYS00000369: Microbial Community of Mobilong Acid Sulfate Soil depth profile using Metagenomics Caused by climate changeExtreme weather eventsMetagenomicPart of the CCMRI corpusSoil acidificationTerrestrial
MGYS00000368: metagenomic study targeting N cycling processes Causing climate changeGreenhouse gas emissionMetagenomicMitigating climate changePart of the CCMRI corpusTerrestrial
MGYS00000365: Functional metagenomic profiling of Tibetan Plateau soils affected by permafrost or seasonal freezing Caused by climate changeCausing climate changeGreenhouse gas emissionMetagenomicPart of the CCMRI corpusPermafrost thawingTerrestrial
