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Clasificar por
Earth and Planetary Sciences
Macrophyte
100%
Eutrophication
85%
Pollution
75%
Algal Bloom
75%
Water Exchange
75%
Nitrogen
75%
Methylmercury
75%
Microbial Activity
75%
Carbon
75%
Low Molecular Weight
75%
Green Alga
75%
Remediation
75%
Bolivia
75%
Lake
75%
Mercury Contamination
75%
Isotopic Fractionation
75%
Efflux
75%
Reactivity
75%
Photodegradation
75%
Stable Isotope
75%
Particulate Organic Matter
75%
Periphyton
75%
Fractionation
75%
Mercury Compounds
75%
Stable Isotope
75%
Selenium
75%
Periphyton
56%
Waste Water
50%
Time
37%
Biomass
37%
Suspended Matter
37%
Aquatic Plant
31%
Aggregate
30%
Porewater
30%
Aquatic Ecosystem
27%
Scientist
24%
Polluted Site
24%
Risk Exposure
24%
Watershed Management
24%
Urbanisation
24%
Landscape Alteration
24%
Environmental Policy
24%
Convention
24%
Engineer
24%
Avoidance
24%
Rice
24%
Creativity
24%
Point Source Pollution
24%
Input
24%
Wildlife
24%
Agricultural and Biological Sciences
Macrophyte
75%
Floodplains
75%
Liver
75%
Alligatoridae
75%
Muscle
75%
Caiman Yacare
75%
Macroinvertebrate
75%
Chlorophyta
75%
Collectors
75%
Remediation
75%
Bioaccumulation Factor
75%
Early Development
75%
Nutrient Uptake
75%
Constructed Wetland
75%
Plankton
75%
Periphyton
75%
Algae
60%
Chlorophyll
60%
Tolumonas
50%
Equations
50%
Periphyton
45%
Kidneys
37%
Zungaro
30%
Klebsiella
24%
Polygonum
24%
Tracer Techniques
24%
Eichhornia crassipes
24%
Freshwater
24%
Principal Component Analysis
24%
Scraper
24%
Buildings
24%
Meat
18%
Diet
18%
Water Bird
18%
Hymenachne
15%
C4 Plant
15%
Ludwigia
15%
C3 Plant
15%
Chlorella
15%
Water Purification
15%
Aquatic Plants
15%
Oedogonium
15%
Altitude
15%
Scenedesmus
15%
Trophic Level
15%
Plagioscion Squamosissimus
15%
Leiarius
15%
Natural Resources
15%
Inductively Coupled Plasma Mass Spectrometry
15%
Diatom
15%
Immunology and Microbiology
Demethylation
75%
Biofilm
75%
Methylation
75%
Green Alga
75%
Periphyton
75%
Sulfate Reducing Bacterium
75%
Molecular Weight
75%
Microbial Activity
75%
Bioaccumulation
75%
Macrophyte
75%
Desulfobacteraceae
50%
Electric Potential
37%
Desulfovibrio
37%
Deltaproteobacteria
37%
Biomass
30%
Desulfovibrionaceae
24%
Electron
24%
Macrophyte
24%
Algal Growth
24%
Proteobacteria
24%
Cyanobacteria
24%
Klebsiella
18%
Pressure
15%
Scenedesmus
15%
Kinetics
15%
Chlorella
15%
Methanogen
15%
Sulfate Reducer
15%
Biogeochemical Cycling
15%
Volume
15%
X-Ray Absorption Spectroscopy
15%
Schoenoplectus californicus
15%
Eichhornia crassipes
12%
Real-Time Polymerase Chain Reaction
12%
Mediator
12%
Organismal Interaction
12%
Real Time Polymerase Chain Reaction
12%
RNA Gene
12%
Gene Sequence
12%
Polygonum
12%
Microorganism
12%
Reduction (Chemistry)
12%
Bacterium
12%
Desulfobulbaceae
12%
