INIS
metals
100%
lakes
79%
pits
72%
iron
58%
ph value
58%
concentration
49%
minerals
45%
nutrients
44%
strains
41%
mining
39%
sulfur
37%
communities
37%
water
36%
mines
36%
wastes
33%
environment
33%
residues
32%
layers
31%
pyrite
28%
sulfates
27%
ores
27%
oxidation
26%
microorganisms
25%
leaching
25%
bacteria
23%
sulfides
23%
growth
22%
copper
20%
carbon
19%
precipitation
19%
spain
19%
dissolution
18%
applications
18%
oxygen
17%
extraction
17%
mine wastes
17%
reduction
15%
genes
15%
tailings
14%
populations
13%
toxicity
13%
aluminium
12%
aluminum
12%
sediments
12%
solutions
12%
biomass
11%
transformations
11%
pyrrhotite
11%
mineralogy
11%
nitrogen
11%
Earth and Planetary Sciences
Mine Waste
40%
Spain
34%
Microbial Activity
26%
Pyrrhotite
20%
Mineralogy
20%
Waste Recycling
20%
Circular Economy
15%
Finland
15%
Microbial Community
11%
Relatedness
10%
Pentlandite
10%
Rare Earth Element
10%
Lacustrine Deposit
10%
Zincblende
10%
Non-Ferrous Metal
10%
Chalcopyrite
10%
Redox Potential
10%
Nitrification
10%
Sequential Extraction
10%
Serbia
10%
Europe
10%
Mining District
10%
Schwertmannite
10%
Heterotroph
10%
Mining
10%
Aluminosilicate
10%
Bioprocessing
10%
Sulfur Compounds
10%
Sulfide Mineral
10%
Geomicrobiology
10%
Bioreactor
10%
Copper Sulfide
10%
Mine Drainage
10%
Flotation
10%
Hypolimnion
10%
Bioremediation
10%
Phylogenetics
10%
Sediment Core
10%
Oxic Condition
10%
Chemical Element
10%
Lepidolite
10%
Spodumene
10%
Micro-Organism
9%
Ammonia
7%
Acid Mine Drainage
6%
Deep Sea
5%
Diagenesis
5%
Electronic Waste
5%
Laterite
5%
Oxidant
5%
Immunology and Microbiology
Bioleaching
48%
Microorganism
45%
Acidithiobacillus
41%
Acidophile
29%
Metagenome
20%
Metagenomics
15%
Bioreactor
13%
RNA Gene
12%
Type Strain
11%
Archaeon
11%
Chemolithotroph
11%
Microbial Activity
11%
Carbon Cycling
10%
Neutrophil
10%
Sulfate Reducing Bacterium
10%
Gammaproteobacteria
10%
Microbiology
10%
Dynamics
10%
Nitrogen Cycling
10%
Chemolithoautotroph
10%
Acidobacterium
10%
Acidiphilium
10%
Phototroph
10%
Bioremediation
10%
Cladistics
8%
Eukaryote
7%
Gene Expression
7%
Thermoplasmatales
7%
Oxygen Concentration
6%
Heterotroph
6%
Phylogeny
5%
Microbial Growth
5%
Chloroflexi
5%
Microalga
5%
Nitrospirae
5%
Acclimatization
5%
Proteobacteria
5%
Phytoplankton
5%
Taxon
5%
Body Water
5%
Actinobacteria
5%
Solid
5%
Chemical Parameter
5%
Biogeochemical Cycling
5%
Cell Regeneration
5%
Toxic Concentration
5%
Homeostasis
5%
Acidithiobacillus ferrooxidans
5%
Aqueous Solution
5%
