Using the FLOWBEC seabed frame to understand underwater interactions between diving seabirds, prey, hydrodynamics and MREDs

Benjamin Williamson, Philippe Blondel, James Waggitt, Shaun Fraser, Chris Hall, Eric Armstrong, Paul Bell, Beth Scott

Research output: Contribution to conferenceOther

20 Downloads (Pure)
Original languageEnglish
Publication statusPublished - 2015
EventMarine Renewable Energy Knowledge Exchange Programme - , UK United Kingdom
Duration: 1 Mar 2015 → …

Conference

ConferenceMarine Renewable Energy Knowledge Exchange Programme
CountryUK United Kingdom
Period1/03/15 → …

Keywords

  • marine renewable energy
  • acoustic sensors
  • underwater acoustics

Cite this

Williamson, B., Blondel, P., Waggitt, J., Fraser, S., Hall, C., Armstrong, E., ... Scott, B. (2015). Using the FLOWBEC seabed frame to understand underwater interactions between diving seabirds, prey, hydrodynamics and MREDs. Marine Renewable Energy Knowledge Exchange Programme, UK United Kingdom.

Using the FLOWBEC seabed frame to understand underwater interactions between diving seabirds, prey, hydrodynamics and MREDs. / Williamson, Benjamin; Blondel, Philippe; Waggitt, James; Fraser, Shaun; Hall, Chris; Armstrong, Eric; Bell, Paul; Scott, Beth.

2015. Marine Renewable Energy Knowledge Exchange Programme, UK United Kingdom.

Research output: Contribution to conferenceOther

Williamson, B, Blondel, P, Waggitt, J, Fraser, S, Hall, C, Armstrong, E, Bell, P & Scott, B 2015, 'Using the FLOWBEC seabed frame to understand underwater interactions between diving seabirds, prey, hydrodynamics and MREDs' Marine Renewable Energy Knowledge Exchange Programme, UK United Kingdom, 1/03/15, .
Williamson B, Blondel P, Waggitt J, Fraser S, Hall C, Armstrong E et al. Using the FLOWBEC seabed frame to understand underwater interactions between diving seabirds, prey, hydrodynamics and MREDs. 2015. Marine Renewable Energy Knowledge Exchange Programme, UK United Kingdom.
Williamson, Benjamin ; Blondel, Philippe ; Waggitt, James ; Fraser, Shaun ; Hall, Chris ; Armstrong, Eric ; Bell, Paul ; Scott, Beth. / Using the FLOWBEC seabed frame to understand underwater interactions between diving seabirds, prey, hydrodynamics and MREDs. Marine Renewable Energy Knowledge Exchange Programme, UK United Kingdom.
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T1 - Using the FLOWBEC seabed frame to understand underwater interactions between diving seabirds, prey, hydrodynamics and MREDs

AU - Williamson, Benjamin

AU - Blondel, Philippe

AU - Waggitt, James

AU - Fraser, Shaun

AU - Hall, Chris

AU - Armstrong, Eric

AU - Bell, Paul

AU - Scott, Beth

PY - 2015

Y1 - 2015

KW - marine renewable energy

KW - acoustic sensors

KW - underwater acoustics

UR - http://noc.ac.uk/science-technology/marine-resources/energy/marine-renewables/knowledge-exchange-programme

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