Tidal Energy Fish Impact: method development to determine the impact of open water tidal energy converters on fish

Marck Smit; Erwin Winter; Peter Scheijgrond; Pieter Bergmeijer; Roelof Schuitema; Carly  Nichols; B. Visser; Martijn Thijssen; Benoit Quesson; Luca van Duren; A.B. Griffioen; O.A. van Keeken; Lorendz Boom; Janine Nauw

Tidal Energy Fish Impact: method development to determine the impact of open water tidal energy converters on fish

Marck Smit, Erwin Winter, Peter Scheijgrond, Pieter Bergmeijer, Roelof Schuitema, Carly Nichols, B. Visser, Martijn Thijssen, Benoit Quesson, Luca van Duren, A.B. Griffioen, O.A. van Keeken, Lorendz Boom, Janine Nauw

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Abstract

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.

Original language	English
Publisher	Netherlands Institute for Sea Research (NIOZ)
Number of pages	28
Publication status	Published - 2016

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Smit, M., Winter, E., Scheijgrond, P., Bergmeijer, P., Schuitema, R., Nichols, C., Visser, B., Thijssen, M., Quesson, B., van Duren, L., Griffioen, A. B., van Keeken, O. A., Boom, L., & Nauw, J. (2016). Tidal Energy Fish Impact: method development to determine the impact of open water tidal energy converters on fish. Netherlands Institute for Sea Research (NIOZ). https://edepot.wur.nl/420676

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title = "Tidal Energy Fish Impact: method development to determine the impact of open water tidal energy converters on fish",

abstract = "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.",

author = "Marck Smit and Erwin Winter and Peter Scheijgrond and Pieter Bergmeijer and Roelof Schuitema and Carly Nichols and B. Visser and Martijn Thijssen and Benoit Quesson and {van Duren}, Luca and A.B. Griffioen and {van Keeken}, O.A. and Lorendz Boom and Janine Nauw",

year = "2016",

language = "English",

publisher = "Netherlands Institute for Sea Research (NIOZ)",

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Smit, M, Winter, E, Scheijgrond, P, Bergmeijer, P, Schuitema, R, Nichols, C, Visser, B, Thijssen, M, Quesson, B, van Duren, L, Griffioen, AB, van Keeken, OA, Boom, L & Nauw, J 2016, Tidal Energy Fish Impact: method development to determine the impact of open water tidal energy converters on fish. Netherlands Institute for Sea Research (NIOZ). <https://edepot.wur.nl/420676>

TY - BOOK

T1 - Tidal Energy Fish Impact

T2 - method development to determine the impact of open water tidal energy converters on fish

AU - Smit, Marck

AU - Winter, Erwin

AU - Scheijgrond, Peter

AU - Bergmeijer, Pieter

AU - Schuitema, Roelof

AU - Nichols, Carly

AU - Visser, B.

AU - Thijssen, Martijn

AU - Quesson, Benoit

AU - van Duren, Luca

AU - Griffioen, A.B.

AU - van Keeken, O.A.

AU - Boom, Lorendz

AU - Nauw, Janine

PY - 2016

Y1 - 2016

N2 - 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.

AB - 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.

M3 - Report

BT - Tidal Energy Fish Impact

PB - Netherlands Institute for Sea Research (NIOZ)

ER -

Tidal Energy Fish Impact: method development to determine the impact of open water tidal energy converters on fish

Abstract

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