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Integral growth of submersed macrophytes in varying light regimes
William R. Herb
, Heinz G. Stefan
St. Anthony Falls Laboratory
Research output
:
Contribution to journal
›
Article
›
peer-review
28
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Scopus citations
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Dive into the research topics of 'Integral growth of submersed macrophytes in varying light regimes'. Together they form a unique fingerprint.
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Keyphrases
Macrophyte Growth
100%
Submerged Macrophytes
100%
Light Regime
100%
Growth Rate
66%
Growth Model
66%
Dimensionless Parameters
66%
Water Quality
33%
Nutrient Cycling
33%
Plant Species
33%
Water Temperature
33%
Physical Parameters
33%
Ecosystem Health
33%
Physical Condition
33%
Aquatic Macrophytes
33%
Production Rate
33%
Light Attenuation
33%
Respiration Rate
33%
Species Diversity
33%
Growth Behavior
33%
Physiological Parameters
33%
Growth Regimes
33%
Instantaneous Rate
33%
Phytoplankton
33%
Coverage Density
33%
Uniform Temperature
33%
Macrophytes
33%
Dimensional Parameters
33%
Growth Equation
33%
Oxygen Production
33%
Sediment Deposition
33%
Macrophyte Biomass
33%
Incident Irradiance
33%
Daily Production
33%
Fishing
33%
Complex Requirements
33%
Waterfowl Habitat
33%
Earth and Planetary Sciences
Macrophyte
100%
Plant Specie
16%
Ecosystem Health
16%
Water Temperature
16%
Irradiance
16%
Light Attenuation
16%
Oxygen Production
16%
Aquatic Macrophytes
16%
Nutrient Cycling
16%
Species Diversity
16%
Water Quality
16%
Plankton
16%
Agricultural and Biological Sciences
Macrophyte
100%
Growth Models
28%
Plankton
14%
Sediment Deposition
14%
Species Diversity
14%
Water Quality
14%