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2013 - University College Cork

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Research Projects Listing<br />

SEDIMENTARY PROCESSES & QUATERNARY<br />

STRATIGRAPHY OF THE CELTIC SEA, (OFFSHORE<br />

SOUTH COAST) IRELAND AND THE IRISH SEA<br />

(OFFSHORE NORTH COAST) IRELAND: IMPLICATIONS<br />

FOR OFFSHORE RENEWABLE ENERGY<br />

DEVELOPMENT<br />

Research Centre/Department/School:<br />

School of Biological, Earth & Environmental Sciences<br />

Contact PI: Andy Wheeler (a.wheeler@ucc.ie)<br />

Researchers: Marian McGrath, Alistair Ruffell<br />

Start Year: October 2011<br />

End Year: October 2012<br />

Funding Body: ESB-North South Universities Grant<br />

Funding: €15k<br />

Collaborating Partners: Queen’s <strong>University</strong> of Belfast<br />

This project aims to quantify recent sedimentary processes and to integrate these into a hydrodynamical<br />

model for offshore Kilkeel and offshore Dungarvan/Rosslare to better understand the<br />

engineering significance of geological variability and apply that in the context of windfarm site<br />

suitability. A GIS based backscatter facies analysis of multibeam data from two areas of interest:<br />

south coast off Hook Head and northern Irish Sea off Kilkeel was completed. This involved<br />

defining seabed sediment facies based on visual backscatter density variations and using Quester<br />

Tangent Classification (QTC) facies interpretation. A rigorous appraisal of the two independent<br />

interpretations is to be developed to produce a robust seabed facies classification map.<br />

Additional sparker seismic data, vibrocores as well as multibeam data have collected in the study<br />

area. Multibeam includes repeat surveys of existing blocks to assess seabed mobility in areas for<br />

potential offshore renewable wind energy development. Vibrocore samples have been analysed for<br />

geotechnical properties as well as particle size XRD. This data will be integrated with seismic and<br />

multibeam interpretations to build up a model of seafloor development to the present data within<br />

a geotechnical framework.<br />

RESEARCH PROJECTS<br />

5

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