Earth & Environmental Sciences
alga
11%
antifouling
13%
bacterium
16%
biofilm
31%
biofouling
68%
bioindicator
11%
biomass
15%
cell
14%
coastal lagoon
53%
community composition
13%
desalination
10%
desalination plant
48%
diatom
54%
diet
18%
distribution
12%
drought
19%
environmental change
19%
environmental conditions
19%
estuary
30%
eukaryote
12%
fatty acid
16%
filamentous alga
14%
fish
22%
fluidics
18%
forage
11%
fouling
11%
gulf
18%
lagoon
55%
long-term change
11%
macrophyte
14%
membrane
27%
microbial community
42%
multimedia
17%
niche partitioning
14%
North Atlantic Ocean
12%
nutrient
26%
phytoplankton
49%
picoplankton
11%
plankton
43%
population structure
11%
protist
20%
reverse osmosis
54%
rheology
10%
river
14%
salinity
88%
seawater
66%
soybean
11%
transparent exopolymer particle
64%
water
20%
wetland
17%
Engineering & Materials Science
Bacteria
17%
Beaches
13%
Biodiesel
34%
Biofilms
34%
Biofouling
62%
Biomass
34%
Chemical analysis
11%
Chlorophyll
20%
Colorimetry
11%
Contamination
5%
Conversion efficiency
12%
Costs
7%
Desalination
36%
Disinfection
7%
Ecosystems
9%
Experiments
8%
Fatty acids
22%
Fluidic devices
16%
Fluidics
12%
Fourier transform infrared spectroscopy
7%
Glass
8%
Lipids
12%
Magic angle spinning
19%
Membranes
22%
Microfluidics
11%
Microorganisms
8%
Microplastic
36%
Nuclear magnetic resonance
12%
Nutrients
49%
Oligonucleotides
16%
Osmosis membranes
38%
Phytoplankton
99%
Plastics
9%
Polarization
9%
Pollution
9%
Polydimethylsiloxane
13%
Polymers
7%
Polysaccharides
7%
Reverse osmosis
61%
Rivers
18%
Seawater
65%
Sediments
6%
Thin film devices
8%
Thin films
20%
Transesterification
19%
Ultraviolet radiation
13%
Vortex flow
9%
Water
28%
Water content
8%
Water tanks
6%
Agriculture & Biology
Acartia
19%
aminopeptidases
13%
Bacillariophyceae
37%
beaches
11%
Calanoida
14%
case studies
9%
Cocconeis
35%
Copepoda
14%
Cryptista
8%
diet
9%
drought
15%
ecosystems
7%
environmental factors
15%
environmental health
9%
environmental indicators
7%
estuaries
36%
eukaryotic cells
9%
fish meal
11%
forage fish
28%
habitats
8%
Hyperlophus vittatus
25%
hypersalinity
11%
Lates calcarifer
15%
Macropodidae
13%
microbial communities
12%
microplastics
16%
Miozoa
9%
mouth
8%
nanomaterials
12%
nauplii
8%
nutrient content
14%
nutrients
9%
phytoplankton
38%
plankton
11%
plasticity
7%
polymers
8%
population structure
9%
Prochlorococcus
19%
protists
12%
rivers
20%
salinity
100%
sampling
9%
sediments
12%
South Australia
90%
soybean meal
10%
species recruitment
9%
thermal stress
12%
water quality
7%
wetlands
20%