The goals of the proposed project are: 1. to develop a robust method and experimental set‐up to determine behaviour of fish in the vicinity of tidal turbines and collision risk in the strong turbid currents of the Marsdiep based on DIDSON technology, 2. to provide a first insight and measure avoidance and collision rate of fish (and although the focus will be on fish, also if marine mammals such as harbour porpoises and seals approach the device this will be determined within the project), 3. to develop data analysis methodology since analysing large DIDSON datasets manually is very labour‐intensive and will enhance the efficiency of future large scale studies using DIDSON
Tidal turbines are one source of marine renewable energy but development of tidal power is hampered ...
Owing to their predictability, tidal currents are an attractive source of renewable energy. However,...
A variety of hydrokinetic turbines are currently under development for power generation in rivers, t...
Commercial development of tidal stream energy is hampered by technical and financial challenges, and...
As the tidal energy industry looks to expand into commercial-scale array installations, uncertainty ...
As the tidal energy industry looks to expand into commercial-scale array installations, uncertainty ...
Fish ecology in regions of extreme tidal flows is poorly understood, but as these areas link on- and...
The goals of the proposed project are: 1. to develop a robust method and experimental set‐up to dete...
In the dynamic environments targeted for marine renewable energy extraction, such as tidal channels,...
Interaction uncertainties between tidal energy devices and marine animals have the potential to impe...
Tidal turbines are one source of marine renewable energy but development of tidal power is hampered ...
Tidal currents help shape coastal marine environments and are essential in life cycles of many fish ...
<div><p>A variety of hydrokinetic turbines are currently under development for power generation in r...
With the tidal energy industry moving towards commercial-scale developments, it is important to cons...
Tidal energy is an emerging form of ocean renewable energy that utilises large, freestanding turbine...
Tidal turbines are one source of marine renewable energy but development of tidal power is hampered ...
Owing to their predictability, tidal currents are an attractive source of renewable energy. However,...
A variety of hydrokinetic turbines are currently under development for power generation in rivers, t...
Commercial development of tidal stream energy is hampered by technical and financial challenges, and...
As the tidal energy industry looks to expand into commercial-scale array installations, uncertainty ...
As the tidal energy industry looks to expand into commercial-scale array installations, uncertainty ...
Fish ecology in regions of extreme tidal flows is poorly understood, but as these areas link on- and...
The goals of the proposed project are: 1. to develop a robust method and experimental set‐up to dete...
In the dynamic environments targeted for marine renewable energy extraction, such as tidal channels,...
Interaction uncertainties between tidal energy devices and marine animals have the potential to impe...
Tidal turbines are one source of marine renewable energy but development of tidal power is hampered ...
Tidal currents help shape coastal marine environments and are essential in life cycles of many fish ...
<div><p>A variety of hydrokinetic turbines are currently under development for power generation in r...
With the tidal energy industry moving towards commercial-scale developments, it is important to cons...
Tidal energy is an emerging form of ocean renewable energy that utilises large, freestanding turbine...
Tidal turbines are one source of marine renewable energy but development of tidal power is hampered ...
Owing to their predictability, tidal currents are an attractive source of renewable energy. However,...
A variety of hydrokinetic turbines are currently under development for power generation in rivers, t...