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Keyphrases
Saccharina Latissima
56%
Growth Rate
49%
Southern Ocean
33%
Phaeophyceae
33%
Kelp
29%
S. Latissima
26%
Sporophyte
24%
Diatoms
24%
Co-limitation
22%
Nitrate Uptake
22%
Phosphate Uptake
22%
Sugar Kelp
22%
Laminariales
22%
Climate Change
19%
Brevis
18%
Nutrient Cycling
18%
High Temperature
17%
Macroalgae
16%
Coastal Waters
16%
Nutrient Availability
16%
Chaetoceros
15%
Iron Availability
15%
Temperature Effect
15%
Temperature Treatment
15%
Iron Limitation
14%
Vertical Stratification
13%
Uptake Rate
13%
Antarctic Diatoms
13%
Physiological Response
13%
Emiliania Huxleyi
12%
Kelp Aquaculture
12%
Phosphate Depletion
12%
Kelp Forest
11%
Multi-annual
11%
Belgian Part of the North Sea
11%
Uptake Dynamics
11%
Macroalgae Biomass
11%
Gametophyte
11%
Transportation Biofuels
11%
Uptake Kinetics
11%
Bacillariophyceae
11%
Suspended Matter
11%
In Situ
11%
Northeast Atlantic Ocean
11%
Tensile Strength
11%
Phylogeography
11%
Micromonas Pusilla
11%
Natural Seawater
11%
Organic Ligands
11%
Fe(III)
11%
Agricultural and Biological Sciences
Saccharina Latissima
100%
Kelp
93%
Sporophyte
67%
Phaeophyceae
45%
Aquaculture
42%
Plankton
33%
Laminariales
28%
Diatom
24%
Macroalga
22%
Genetics
22%
Reproductive Success
21%
Nutrient Availability
20%
Transportation
19%
Alaria esculenta
15%
Biofuel
13%
Nitrate Reductase
13%
Chlorophyll
12%
Laminaria digitata
11%
Vegetative Growth
11%
Palmaria palmata
11%
Coastal Water
11%
Inbreeding
11%
UK
11%
Red Alga
11%
Heme
11%
Phylogeography
11%
Bioenergy
11%
Population Structure
11%
Sex Ratio
11%
Life Cycle
11%
Carbohydrate
9%
Climate Change
9%
Gametogenesis
8%
Spring
8%
Photosynthetic Efficiency
7%
Gene Flow
7%
Genetic Divergence
7%
Hydrology
5%
Nanotechnology
5%
Biotic Factor
5%
Selective Breeding
5%
Saturated Condition
5%
Unsaturated Conditions
5%
Bioremediation
5%
Genetic Resource
5%
Biofiltration
5%
Environmental Factor
5%
Solar Radiation
5%
Aquatic Environment
5%
