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comparative evaluations
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transport
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loading
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velocity
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water quality
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lakes
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transport theory
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data
66%
water
66%
regulations
66%
depth
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hydrodynamics
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decay
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finland
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biomass
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distribution
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stratification
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oxygen
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surface area
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weather
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humans
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phosphorus
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measured values
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sodium
33%
dissolved oxygen
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phytoplankton
33%
biological oxygen demand
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Keyphrases
Water Quality
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Three-dimensional (3D)
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Flow-through
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Transport Model
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Ecological Model
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Transport Velocity
66%
Industrial Load
66%
Finland
33%
Natural Conditions
33%
Weather Conditions
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Water Flow
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Model Validation
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Dissolved Oxygen
33%
Total Phosphorus
33%
Sparse Data
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Flow Velocity
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Maximum Depth
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Water Bodies
33%
Velocity Change
33%
Biological Oxygen Demand
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Phytoplankton Biomass
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Field Observation Data
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Mutual Reaction
33%
Effects of Human Activity
33%
Mean Depth
33%
Temperature Stratification
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Sodium Lignosulfonate
33%
Sub-basin
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Three-dimensional Hydrodynamics
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Earth and Planetary Sciences
Surface Area
100%
Water Body
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Flow Velocity
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Finland
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Weather Condition
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Dissolved Oxygen
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Flow Regulation
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Phytoplankton
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Water Flow
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Engineering
Field Observation
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Hydrodynamics
100%
Transport Velocity
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Measured Value
50%
Coupled Model
50%
Flow Velocity
50%
Biochemical Oxygen Demand
50%
Temperature Stratification
50%