Medicine & Life Sciences
Sphagnopsida
100%
Soil
86%
Wetlands
68%
Microbiota
60%
Nitrogen Fixation
49%
Ecosystem
40%
Greenhouse Gases
34%
Sulfur
31%
Carbon
26%
Antimony
24%
Metagenomics
23%
Salts
22%
Temperature
22%
Rhizosphere
22%
Bacteria
19%
Oxidoreductases Acting on Sulfur Group Donors
19%
Acetylene
18%
antimonite
16%
Plant Germ Cells
16%
Pteris
16%
Arsenate Reductases
16%
Nitrogen Cycle
16%
Carbon Cycle
15%
Endophytes
14%
Bradyrhizobium
14%
Sulfates
14%
Arsenic
13%
Climate
12%
Selenious Acid
12%
Trichloroethylene
12%
Molybdenum
12%
Isotopes
12%
Viverridae
12%
Methane
11%
Islands
10%
Rivers
10%
Genome
10%
DNA
9%
Sex Ratio
9%
Metabolome
9%
Oxidation-Reduction
9%
Selenium
9%
Oxidoreductases
9%
Nitrogen
9%
Genes
9%
Population
8%
Oils
8%
Names
8%
Metals
7%
Health
7%
Earth & Environmental Sciences
peatland
32%
oxidation
30%
tailings
26%
bacterium
24%
peat
24%
stibnite
24%
gene
21%
DNA
21%
arsenate
19%
arsenic
19%
fixation
18%
stable isotope
18%
contaminated soil
17%
microbial community
15%
acetylene
15%
antimony
14%
biological nitrogen fixation
14%
warming
13%
microorganism
12%
bog
12%
vanadium
11%
selenite
11%
genome
11%
nitrogen fixation
10%
sulfur
10%
moss
9%
ecosystem
9%
soil
9%
nutrient removal
9%
trichloroethylene
9%
selenium
9%
phenotype
9%
community composition
9%
saltmarsh
9%
molybdenum
9%
rhizosphere
8%
contamination
8%
gas production
8%
virus
8%
porewater
8%
methane
8%
soil organic matter
8%
electrokinesis
8%
infection
7%
microcosm
7%
river water
7%
greenhouse gas
7%
biodegradation
7%
ammonium
7%
urea
6%
Agriculture & Biology
Sphagnum
48%
peatlands
29%
microbiome
24%
polluted soils
17%
peat
16%
antimony
15%
Sphagnum fallax
14%
Sphagnum magellanicum
14%
bogs
13%
oxidation
13%
mine tailings
12%
trichloroethylene
11%
Spartina alterniflora
11%
acetylene
11%
Bradyrhizobium
10%
microbial communities
10%
greenhouse gases
10%
salt marshes
9%
gas production (biological)
9%
molybdenum
9%
gametophytes
9%
cryptic species
9%
nitrogen fixation
8%
microorganisms
8%
sulfur
8%
soil organic matter
8%
sex ratio
7%
rhizosphere
7%
population structure
7%
nitrogen-fixing bacteria
6%
dissolved organic matter
6%
clones
5%
arsenates
5%
phenotype
5%
viruses
5%
nitrogenase
5%
bacteria
5%
degradation
5%