Earth and Planetary Sciences
Periphyton
100%
Food Web
66%
Primary Production
52%
Intertidal Zone
50%
Humic Lake
50%
Phytoplankton
46%
Zooplankton
38%
Methane
38%
Surface Water
35%
Climate Change
34%
Vegetation
33%
Thermal Structure
32%
Trophic Structure
32%
Temperature Profile
23%
Stoichiometry
21%
Finland
20%
Open Water
20%
Dissolved Organic Carbon
18%
Salmonid
18%
Secondary Production
18%
Seasonality
18%
Isotopic Ratio
18%
Isotopic Fractionation
18%
Water Temperature
18%
Community Composition
18%
Deep Water
18%
Autotrophy
18%
Zoobenthos
18%
Niche Partitioning
18%
Carbon 14
18%
Chlorophyll
18%
Epiphyton
17%
Long-Term Trend
15%
Aquatic Environment
15%
Fractionation
14%
Lake Ecosystem
14%
Net Primary Production
13%
Organic Carbon
12%
United States of America
12%
Stable Isotope
11%
Pelagic Zone
10%
Time Series
10%
Biofilm
9%
Submerged Vegetation
9%
Water Body
9%
Latent Heat Flux
9%
Isotopic Enrichment
9%
Greenhouse Gas
9%
Algal Community
9%
Boundary Layer
9%
Agricultural and Biological Sciences
Periphyton
93%
Primary Production
42%
Intertidal Zone
40%
Food Web
34%
Daphnia
21%
Phytoplankton
19%
Mysis
18%
Mysis diluviana
18%
Morphometry
18%
Photosystem
18%
Fatty Acids
18%
Chlorophyll
18%
Cane Sugar
18%
Collectors
15%
Zooplankton
11%
Biofilm
9%
Global Change
9%
Microbial Community
9%
Peatlands
9%
Euphotic Zone
8%
Surface Area
7%
Primary Productivity
7%
Predation
6%
Trout
5%
Immunology and Microbiology
Stoichiometry
28%
Zooplankton
24%
Mixotroph
18%
Periphyton
18%
Perca fluviatilis
18%
Microorganism
15%
Phytoplankton
14%
Phagotroph
9%
Oxygen Concentration
9%
Carbon Cycling
9%
Metagenomics
9%
Acidovorax
9%
Burkholderiales
9%
RNA Gene
9%
Bacterial Metabolism
9%
Bacterial Cell
9%
Next Generation Sequencing
9%
Mineralization
9%
Chlorobi
9%
Chlorobium
9%
Daphnia
9%
Betaproteobacteria
9%
Biological Activity
9%
Dynamics
8%
Suspended Particulate Matter
6%
Denitrification
6%
