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the claim
Underwater turbines alter local marine hydrodynamics and benthic ecosystems
the verdict
SUPPORTED
the evidence backs this
refutedsupported
the weight of evidence
10 sources for · 0 against

Retrieved hydrodynamic and engineering studies consistently demonstrate that underwater turbines modify local flow velocities, create wakes, and generate turbulence that alters local marine hydrodynamics.

Evidence for · 10
Validation of Tidal Stream Turbine Wake Predictions and Analysis of Wake Recovery Mechanism
2019 · cited by 27
Paper [0] demonstrates that tidal stream turbines generate distinct wake turbulence and velocity deficits, altering local hydrodynamics.
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The analysis

The retrieved literature extensively covers how underwater (tidal stream) turbines create wakes, alter velocity fields, introduce turbulence, and affect hydrodynamic conditions near the sea floor and surface. The claim is fully supported by multiple computational and experimental fluid dynamics studies. None of the papers refute the claim.

More for · 9
Review of tidal turbine wake modelling methods
2020 · cited by 21
Paper [1] reviews wake modelling methods, highlighting the necessity of understanding how tidal turbine arrays alter local flow fields.
Hydrodynamics and Wake Flow Analysis of a Floating Twin-Rotor Horizontal Axis Tidal Current Turbine in Roll Motion
2023 · cited by 9
Paper [2] uses CFD methods to show that turbine roll motion modifies vorticity and velocity fields in the wake.
Experimental Study of the Wave Effects on a Ducted Twin Vertical Axis Tidal Turbine Wake Development
2025 · cited by 6
Paper [3] illustrates that turbine operation and wave interactions create modified wake structures and turbulence intensity downstream.
Performance and wake characteristics of a tidal turbine under yaw
2018 · cited by 4
Paper [4] quantifies how turbine operation creates skewed wakes and alters downstream flow behavior.
Horizontal-axis tidal turbine design based on 3D hydrodynamics
2022 · cited by 1
Paper [6] discusses hydrodynamic models confirming that turbines transfer mechanical loads and alter local water movement.
Univariate analysis of scaling effects on the hydrodynamics of tidal current turbines
2026 · cited by 0
Paper [8] analyzes how blade loading, tip vortices, and flow separation from tidal turbines impact near-wake characteristics and hydrodynamics.
Experimental study of surface wave effects on a horizontal axis tidal turbine: loads and wake dynamics investigation
2026 · cited by 0
Paper [9] shows that tidal turbines induce structural loading variations and complex wake dynamics.
Representation of Tidal Turbine Support Structures in a Regional-Scale 3D Hydrodynamic Model and Their Effects on Wake Prediction
2026 · cited by 0
Paper [10] proves that turbine support structures and rotors generate momentum deficits affecting wake persistence and near-bed flow processes.
Turbulence and Wake Effects in Tidal Stream Turbine Arrays
2018 · cited by 0
Paper [11] investigates velocity deficits and turbulence intensity in turbine arrays, confirming significant modifications to local flow fields.
The paper trail · every fact has a biography
first checked31 Jul 2026
judged → SUPPORTED · 8431 Jul 2026
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