Науки об окружающей среде
phytoremediation
63%
bioaugmentation
48%
contaminated soil
47%
soil
45%
copper
41%
soil carbon
39%
soil property
34%
siderophore
33%
mercury
31%
endophyte
28%
natural forest
25%
drought stress
25%
antioxidant
25%
biomass
23%
metal
22%
inoculation
21%
carbon flux
20%
remediation
20%
plant species
20%
bacterium
20%
tolerance
20%
garden
20%
coal mine
19%
tropical forest
19%
shoot
17%
chromium
17%
field study
16%
seed
16%
nickel
16%
exposure
15%
air temperature
15%
fold
15%
acetic acid
14%
drought
13%
agriculture
13%
soil fertility
13%
solubilization
13%
bioconcentration factor
13%
rhizobacterium
13%
land
12%
hyperaccumulation
12%
protein
12%
antibiotic resistance
11%
translocation
11%
heavy metal
11%
carbon
11%
germination
11%
organic carbon
10%
cyanide
10%
decontamination
10%
ammonia
9%
coal mining
9%
phosphate
9%
gene
9%
attribute
9%
public health
8%
carbon stock
8%
soil ecosystem
8%
soil quality
7%
contamination
7%
hydrogen
7%
chlorophyll
6%
terrestrial ecosystem
6%
planting
6%
organic fertiliser
6%
plantation
5%
ecosystem
5%
experiment
5%
Физика и астрономия
turtles
63%
bacteria
62%
pigments
43%
biomass
41%
drought
36%
germination
35%
copper
34%
heavy metals
34%
peat
32%
barley
32%
tomatoes
31%
Bacillus
30%
biosynthesis
29%
agriculture
28%
fungi
27%
biotechnology
26%
seeds
25%
soils
25%
pollution
22%
slags
22%
leaves
21%
indoles
19%
ethyl alcohol
19%
silicates
18%
auxins
18%
isolation
18%
cells
18%
pituitary hormones
17%
sodium
17%
cortexes
16%
recovery
15%
stems
15%
chlorides
14%
toxicity
13%
chloroplasts
13%
epidermis
13%
phosphates
12%
organic compounds
11%
water
10%
sands
10%
metals
9%
potassium
9%
plant physiology
9%
bioavailability
7%
decomposition
7%
nitrogen
7%
synthesis
6%
smelting
6%
biochemistry
6%
plants (botany)
5%
inoculum
5%
organs
5%
Биологические науки и медицина
Soil
100%
Environmental Biodegradation
78%
Helianthus
61%
Copper
58%
Mustard Plant
57%
Mercury
43%
Pseudomonas
43%
1-aminocyclopropane-1-carboxylate deaminase
41%
Siderophores
33%
Endophytes
31%
Growth
30%
Metals
30%
Gardens
27%
Bacillus cereus
25%
Biomass
23%
Nickel
23%
Bacillus
19%
Heavy Metals
17%
indoleacetic acid
17%
Bioaccumulation
15%
Droughts
14%
Temperature
13%
Seeds
13%
Fertilizers
12%
Hydrogen Cyanide
10%
Trifolium
10%
Ammonia
10%
rRNA Genes
9%
16S Ribosomal RNA
9%
Germination
9%
Chlorophyll
8%
Zea mays
8%
Kanamycin
8%
Decontamination
8%
Phosphates
8%
Streptomycin
7%
Chloramphenicol
7%
Ecosystem
7%
Ampicillin
7%
Tetracycline
6%
Bacteria
6%
chlorophyll a'
6%
Penicillins
6%
Microbial Drug Resistance
6%
Plant Roots
6%
Proline
6%
Physiological Stress
5%
1-aminocyclopropane-1-carboxylic acid
5%