Agriculture & Biology
submergence
84%
aeration
65%
photosynthesis
64%
gases
58%
oxygen
55%
leaves
45%
rice
43%
wetland plants
42%
submerged aquatic plants
42%
flooding tolerance
37%
flooded conditions
35%
adventitious roots
33%
films (materials)
32%
carbon dioxide
31%
shoots
29%
hypoxia
28%
tissues
26%
sediments
25%
halophytes
22%
Oryza sativa
21%
aerenchyma
19%
aquatic plants
17%
stems
17%
Haloragis
15%
stele
15%
Zea nicaraguensis
15%
Melilotus siculus
15%
salinity
14%
salt marsh soils
14%
Rumex palustris
13%
soil
12%
uptake mechanisms
12%
wetlands
12%
Urochloa
12%
turf algae
12%
Posidonia
12%
Isoetes
11%
microelectrodes
11%
water
11%
tides
11%
porosity
11%
ocean acidification
10%
lateral roots
10%
seagrasses
10%
Zostera marina
10%
Crassulacean acid metabolism
10%
hexanoic acid
10%
inorganic phosphorus
9%
acclimation
9%
Medicine & Life Sciences
Photosynthesis
100%
Oryza
83%
Gases
70%
Wetlands
49%
Oxygen
33%
Soil
33%
Light
26%
Respiration
22%
Hypoxia
19%
Salinity
15%
Plant Dispersal
15%
Carbon
14%
Rumex
13%
Xylem
13%
Water
13%
Cicer
13%
Microelectrodes
12%
Plant Roots
12%
Hordeum
11%
Synchrotrons
10%
Poaceae
10%
Growth
10%
Darkness
10%
Acclimatization
10%
Pressure
9%
Waxes
9%
Zea mays
9%
Fresh Water
9%
Triticum
9%
Ions
9%
Air
9%
Genotype
8%
Hydrophobic and Hydrophilic Interactions
8%
Heat-Shock Response
8%
Bicarbonates
8%
suberin
8%
Sugars
8%
Caproates
7%
Partial Pressure
7%
Droughts
7%
Heavy Metals
6%
Chromosomes
6%
Economics
6%
X-Rays
6%
Acids
5%
Genes
5%
Lighting
5%
Temperature
5%
Chloroplasts
5%
Tomography
5%
Earth & Environmental Sciences
oxygen
16%
humic lake
11%
tissue
11%
rock pool
11%
shoot
11%
posidonia
10%
coralline alga
10%
inorganic phosphorus
10%
epiphyte
10%
rhizome
10%
seagrass
9%
submergence
9%
ocean acidification
9%
aquatic plant
9%
halophyte
8%
saltmarsh
8%
sediment
7%
water column
7%
wave velocity
7%
wetland
6%
sulfide
6%
organic matter
5%
decomposition
5%
alga
5%
boundary layer
5%
degradation
5%
speed
5%