Keyphrases
Olkiluoto
100%
Groundwater
100%
Sulfate Reducers
100%
Methanogens
100%
Methyl
55%
Methane
44%
Sulfate-reducing Bacteria
33%
Microorganisms
33%
Methanogenic Archaea
33%
Microbial Community
22%
Sulfate-reducing
22%
DsrB
22%
Corrosion
11%
Risk Assessment
11%
Radioactive Waste
11%
Microbial Groups
11%
Carbon Source
11%
Groundwater System
11%
Drill Hole
11%
Final Disposal
11%
Quantitative PCR
11%
Microbial Processes
11%
Sulfate Reduction
11%
Organic Carbon
11%
Sulfide
11%
Long-term Storage
11%
In Situ Conditions
11%
Carbon Compounds
11%
Methanogenesis
11%
Molecular Methods
11%
Microbiology
11%
Methanotrophs
11%
Marker Genes
11%
Two-sample
11%
Ecological Function
11%
PCR Method
11%
Radioactive nuclear Waste
11%
ONKALO
11%
Groundwater Samples
11%
Essential Enzymes
11%
Dissimilatory Sulphite Reductase Gene
11%
Methane-rich Water
11%
Gas Discharge
11%
Small Fraction
11%
Uncultured Microorganisms
11%
INIS
sulfates
100%
ground water
100%
methane
50%
coenzymes
41%
microorganisms
33%
genes
33%
environment
25%
sulfate-reducing bacteria
25%
communities
16%
depth
16%
mixtures
8%
enzymes
8%
safety
8%
production
8%
storage
8%
water
8%
corrosion
8%
salinity
8%
wastes
8%
reduction
8%
carbon dioxide
8%
gases
8%
bacteria
8%
nuclear wastes
8%
copper
8%
zones
8%
carbon sources
8%
sulfides
8%
reductases
8%
fractures
8%
sulfites
8%
pcr
8%
microbial processes
8%
radioactive wastes
8%
carbon compounds
8%
Pharmacology, Toxicology and Pharmaceutical Science
Ground Water
100%
Sulfate Reducer
100%
Methanogen
100%
Microorganism
44%
Sulfate
44%
Sulfate Reducing Bacterium
33%
Methanogenic Archaeon
33%
Hydrogen Sulfite Reductase
11%
Carbon Dioxide
11%
Organic Carbon
11%
Biochemistry, Genetics and Molecular Biology
Sulfate Reducer
100%
Methanogen
100%
Coenzyme
55%
Microorganism
44%
Sulfate
44%
Sulfate Reducing Bacterium
33%
Methanogenic Archaeon
33%
Enzyme
11%
Salinity
11%
Real-Time Polymerase Chain Reaction
11%
Methanogenesis
11%
Marker Gene
11%
Sulfite Reductase
11%
Immunology and Microbiology
Methanogen
100%
Sulfate Reducer
100%
Coenzyme
55%
Microorganism
44%
Sulfate Reducing Bacterium
33%
Methanogenic Archaeon
33%
Real-Time Polymerase Chain Reaction
11%
Microbiology
11%
Methanogenesis
11%
Marker Gene
11%
Salinity
11%
Earth and Planetary Sciences
Sulphate Reducer
100%
Methanogens
100%
Methane
66%
Microbial Community
22%
Radioactive Waste
22%
Salinity
11%
Methanogenesis
11%
Gas Discharges
11%
Carbon Dioxide
11%
Organic Carbon
11%
Sulfite
11%