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Dive into the research topics of 'Productivity and community composition of low biomass/high silica precipitation hot springs: A possible window to earth’s early biosphere?'. Together they form a unique fingerprint.
Earth & Environmental Sciences
early Earth
thermal spring
biosphere
community composition
chemoautotrophy
silica
productivity
biomass
microbial community
substrate
hydrothermal deposit
photooxidation
history
photosynthesis
niche
Archean
national park
planet
sulfur
electron
Chemical Compounds
Hot springs
Silicon Dioxide
Biomass
Earth (planet)
Productivity
Chemical analysis
Photooxidation
Redox reactions
Photosynthesis
Substrates
Oxidation-Reduction
Sulfur
Planets
Deposits
Electrons
Availability
Water
Medicine & Life Sciences
Hot Springs
Biomass
Silicon Dioxide
Chemoautotrophic Growth
Microbiota
Oxidation-Reduction
Recreational Parks
Planets
History
Photosynthesis
Sulfur
Electrons
Water
Physics & Astronomy
biosphere
biomass
productivity
silicon dioxide
Yellowstone National Park (ID-MT-WY)
histories
photooxidation
photosynthesis
availability
delivery
sulfur
planets
deposits
occurrences
water
Agriculture & Biology
hot springs
biosphere
silica
biomass
autotrophs
microbial communities
history
redox reactions
photooxidation
national parks
niches
sulfur
photosynthesis
iron
electrons
energy