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Hydrothermal Vent Metagenome Targeted Locus (Loci)
Microorganisms throughout the dark ocean use reduced sulfur compounds for chemolithoautotrophy. In many deep-sea hydrothermal vents, sulfide oxidation is quantitatively the most... -
Kallisti Limnes subsea pools Metagenome Study
Metagenome studies of the Kallisti Limnes, carbon dioxide-accumulating subsea pools -
Loihi Seamount Targeted loci environmental
We propose 16s tag sequencing from subsurface fluid samples and microbial mats sampled directly above the venting fluids to further our understanding of subsurface microbial... -
Old City hydrothermal field Metagenome
DNA has been extracted from several carbonated chimneys associated with the alkaline hydrothermal field of Lost City near the Mid Atlantic Ridge, revealing a dense microbial... -
Gigantidas platifrons Genome sequencing and assembly
We would like to reveal the molecular adaption process of deep-sea mussel in such harsh environment with whole genome sequencing. -
Microbial community of sediments at JaichMaa Ja'ag' hydrothermal vent field i...
The JaichMaa ja'ag' hydrothermal vent field is located at 3700m depth in Pescadero Basin, at the mouth of the Gulf of California. JaichMaa ja'ag' is a sediment hosted... -
Subseafloor microbes at Mid-Cayman Rise
The Mid-Cayman Rise hosts two geochemically distinct vent fields: Von Damm, situated in ultramafic rock, and Piccard, a mafic vent field that is the deepest known vent site in... -
Mid-Cayman Rise Targeted Locus (Loci)
Archaea and bacteria in diffuse vents and mats from Mid-Cayman Rise -
Tu'i Malila hydrothermal vent chimney Metagenomic assembly
Metagenomic sequencing of a piece of White smoker chimney from the northern part of the Tu’i Malila vent field (176° 34.060’ W, 21°59.350’ S), a large (~15 cm) to compare the... -
Inactive Hydrothermal Chimney Metagenome Study
Metagenomic profiling of three biofilm layers from the exterior of an inactive hydrothermal chimney -
Methanothermococcus single cell amplified whole genome sequencing
The evolution and spread of microbial communities has profoundly impacted our planet’s biogeochemical cycles and biosphere, yet we lack a fundamental understanding of the... -
Microbial communities in continental smokers of northern Greece Targeted loci...
We propose the analysis of subsurface microbial and archeal communities</p><p>from hydrothermal waters collected from geothermal exploration... -
Axial Seamount Marker 113 RNA-SIP metatranscriptomes from 2013
Hydrothermal vent systems provide access points to the extensive microbial communities of the rocky subseafloor. These subseafloor communities have the potential to influence... -
Pisciarelli hot springs marker gene sequencing
A combined geochemical and microbiological exploration in ten sampling points along a sharp temperature gradient (90-15 degrees C) within an extremely acidic hot springs... -
Basaltic glass metagenome
The goal was to study the colonization of basaltic glass substrates and the basalt weathering by microorganisms -
Holobiont genome of Gigantopelta aegis living in hydrothermal vent
To understand the symbiotic relationship of the deep-sea gastropod Gigantopelta aegis. -
Heterologous Genetic complementation of Thermococcus barophilus
the goal of this project is to demonstrate the functional heterologous complementation of DNA repair enzymes between two Thermococcales species. The model species are... -
Deep-sea post-eruption "snowblower" microbial blooms raw sequence reads
Microbial community analysis of fluid samples and white flocculent material from active snowblower vents as well as orange flocculent material found on top of newly formed lava... -
Axial Seamount RNA-SIP experiments from Marker 33 vent, via shipboard and sea...
Diverse microbial communities drive biogeochemical cycles in the ocean and account for ~70% of the total marine biomass, yet studying these organisms and processes is limited by... -
Chemoautotrophic enrichment from hydrothermal vent
Cultivation and metabolic insights of an uncultured clade, Bacteroidetes VC2.1 Bac22 (Candidatus Sulfidibacteriales ord. nov.), from deep-sea hydrothermal vents