Medicine & Life Sciences
Arabidopsis
100%
Soil
89%
Abscisic Acid
82%
Oryza
73%
Zea mays
41%
Genes
41%
Water
37%
Hong Kong
37%
Proteins
36%
China
33%
Growth
33%
Brassinosteroids
33%
Seedlings
28%
Fishes
26%
Droughts
26%
Heavy Metals
25%
Fresh Water
24%
Metals
24%
Seeds
24%
Gene Expression
24%
teleocalcin
23%
Nasopharyngeal Carcinoma
22%
Xylem
21%
Germination
21%
Rivers
19%
Gills
19%
Cadmium
19%
Genome
18%
Arsenic
18%
Sewage
18%
Dehydration
17%
Polycyclic Aromatic Hydrocarbons
17%
Neurons
16%
Nitrogen
15%
Spermatogenesis
15%
Osmotic Pressure
15%
Fungi
15%
Caenorhabditis elegans
15%
Transcriptome
15%
Eels
15%
Bacteria
15%
Oceans and Seas
15%
Neoplasms
14%
Salt Stress
14%
Indoleacetic Acids
14%
Triticum
14%
Apoptosis
13%
Snails
13%
Carbon
13%
Proteomics
13%
Biomass
13%
In Vitro Techniques
12%
Sertoli Cells
12%
MicroRNAs
12%
Air
12%
Transcription Factors
12%
Nutrients
12%
Neostriatum
12%
Enzymes
11%
Messenger RNA
11%
Temperature
11%
Testis
11%
Sedum
11%
Environmental Pollutants
11%
Caenorhabditis
11%
Ginsenosides
11%
Pteris
11%
Phosphorus
11%
Embryonic Structures
10%
ethylene
10%
Halogenated Diphenyl Ethers
10%
Polychlorinated Biphenyls
10%
Food
10%
Embryonic Development
10%
Composting
10%
Trichosanthin
10%
Phosphotransferases
10%
Risk Assessment
10%
Photosynthesis
10%
Bioaccumulation
10%
Anguilla
9%
Blood-Testis Barrier
9%
Plant Development
9%
Antioxidants
9%
Zinc
9%
Endoplasmic Reticulum
9%
Photochemistry
9%
Photosystem II Protein Complex
9%
Alternative Splicing
9%
Chlorophyll
9%
perfluorooctane sulfonic acid
9%
Annelida
9%
Cold Temperature
9%
Gastropoda
9%
phenanthrene
9%
Bivalvia
9%
Panax
8%
Mercury
8%
Ecosystem
8%
Zebrafish
8%
Earth & Environmental Sciences
food waste
45%
rice
41%
soil
40%
sewage sludge
36%
composting
33%
heavy metal
31%
effect
28%
sludge
27%
fish
26%
PAH
25%
gene
25%
exposure
25%
electronic waste
25%
metal
24%
compost
22%
arsenic
21%
cell
20%
nitrogen
19%
manure
19%
cadmium
18%
PBDE
18%
bacterium
18%
irrigation
17%
zinc
17%
protein
17%
contaminated soil
17%
risk assessment
16%
tolerance
16%
fungus
15%
sediment
15%
fly ash
15%
methane
15%
waste recycling
14%
anaerobic digestion
14%
coral
14%
toxicity
14%
shoot
14%
rhizosphere
14%
water
14%
rate
14%
DDT
14%
phenanthrene
14%
contamination
14%
PCB
13%
inoculation
13%
acid
13%
tailings
13%
tissue
13%
river
13%
water use efficiency
13%
digestion
12%
health risk
12%
nutrient
12%
biomass
12%
leachate
12%
new species
11%
maize
11%
pig
11%
seedling
11%
biochar
11%
landfill
11%
deep sea
11%
drying
11%
fermentation
11%
dust
11%
ash
10%
chemical
10%
degradation
10%
genome
10%
food
10%
pyrene
10%
dioxin
10%
product
9%
snail
9%
waste management
9%
organochlorine pesticide
9%
coal
9%
removal
9%
consumption
9%
loss
9%
sea
9%
biodegradation
8%
germination
8%
bioaccumulation
8%
lipid
8%
vegetable
8%
hypoxia
8%
mercury
8%
wetland
8%
revegetation
8%
crop
8%
reactor
8%
recycling
8%
phosphorus
8%
wastewater
8%
distribution
8%
pond
8%
copper
8%
wheat
8%
carbon
8%
Agriculture & Biology
rice
52%
China
49%
abscisic acid
47%
Arabidopsis
38%
soil
30%
drying
29%
filling period
27%
genes
25%
corn
22%
mutants
20%
water
19%
leaves
19%
brassinosteroids
18%
corals
18%
water stress
18%
irrigation
18%
water use efficiency
18%
spikelets
15%
proteins
15%
transcriptomics
13%
gene expression
13%
nitrogen
13%
biosynthesis
13%
South China Sea
12%
osmotic stress
12%
xylem
12%
Ampullariidae
12%
grain yield
11%
new species
11%
Annelida
11%
root growth
11%
seedlings
11%
metals
10%
Polychaeta
10%
seed germination
10%
shoots
9%
uptake mechanisms
9%
mine tailings
9%
wheat
9%
gills
9%
sap
9%
phylogeny
8%
stress response
8%
root zone drying
8%
transcription factors
8%
metabolism
8%
Pomacea canaliculata
8%
genome
8%
arsenic
8%
phosphorus
8%
cadmium
8%
salt stress
8%
cells
8%
nutrient use efficiency
8%
auxins
8%
flowering
8%
drought
8%
phosphates
7%
Oryza sativa
7%
phosphotransferases (kinases)
7%
tissues
7%
transcriptome
7%
carbon
7%
receptors
7%
snails
7%
alternative splicing
7%
mussels
7%
Arabidopsis thaliana
7%
bacteria
7%
Gastropoda
7%
ethylene
7%
zinc
7%
photochemistry
6%
seeds
6%
root systems
6%
plant growth
6%
hypoxia
6%
heavy metals
6%
abiotic stress
6%
sediments
6%
stems
6%
nutrients
6%
stomatal conductance
6%
Balanus amphitrite
6%
crops
6%
Anguilla japonica
6%
mutation
5%
signal transduction
5%
chlorophyll
5%
salinity
5%
plant response
5%
Pteris vittata
5%
Zea mays
5%
landfills
5%
stress tolerance
5%
mycorrhizal fungi
5%
biomass
5%
Cirripedia
5%
photosynthesis
5%
larvae
5%