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FRV Alba Na Mara 0812A
Cruise plan
Cruise Info. | |||||||||||||||||
Ship name (ship code) | FRV Alba Na Mara (74NM) | ||||||||||||||||
Cruise identifier | 0812A | ||||||||||||||||
Cruise period | 2012-05-17 — 2012-05-23 | ||||||||||||||||
Status | Completed | ||||||||||||||||
Port of departure | Fraserburgh, United Kingdom | ||||||||||||||||
Port of return | Fraserburgh, United Kingdom | ||||||||||||||||
Purpose | Research | ||||||||||||||||
Objectives | Objectives
To determine what influences seabird's diving behaviours in the high-energy environments favoured for tidal stream turbine installations. Procedure Loading of equipment will take place on 14 May with setting-up and testing activities continuing on 15 and 16 May. On completion of safety drills and vessel tours on the morning of 17 May, Alba na Mara will sail and make passage to Scapa Flow. On arrival the vessel will go to anchor in a suitable location and remain there while the two sonar systems are calibrated overnight (estimated to take in the region of 5-6 hours). On completion of this task, Alba will sail for the European Marine Energy Centre (EMEC) Nursery Site in Shapinsay Sound where an acoustic and visual seabird survey will commence (details of transect positions and survey methods will be provided and discussed with the skipper and SIC before work commences). Up to three CTD dips and associated water samples will also be collected each day of the two days this work is expected to take to complete. The vessel will remain near the Nursery Site for this time. Alba na Mara will then move to the EMEC Test Site in the Fall of Warness area where seabird surveys and water sampling will again take place as described above (details of transect positions and survey methods will be provided and discussed with the skipper and SIC before work commences). On completion of work in this area (estimated two and a half to three days), Alba will leave the Orkney sites and return to Fraserburgh for off loading on the morning of 23 May. EMEC Risk Assessments have been completed and permission to enter both test sites has been applied for. Contact with EMEC will be maintained as required for the length of the cruise. If time permits, fishing with the PT 154 pelagic trawl may be carried out in an area near to Shapinsay Sound and to the NW of the EMEC Test Site in the Fall of Warness, ensuring that no contact is made with any hardware installed on the seabed. Normal contacts will be maintained with the Laboratory. | ||||||||||||||||
Chief scientist | Eric Armstrong (Marine Scotland Aberdeen Marine Laboratory) | ||||||||||||||||
Project | REO1q (20080) | ||||||||||||||||
Coordinating body | Marine Scotland | ||||||||||||||||
Cruise programme | (0.11 MB) | ||||||||||||||||
Ocean/sea areas | |||||||||||||||||
General | North Sea | ||||||||||||||||
Specific | Orkney (Scapa Flow, Shapinsay Sound, Fall of Warness) | ||||||||||||||||
Data held at BODC | Get data | ||||||||||||||||
Series/Profiles | |||||||||||||||||
3 CTD/STD cast | Reference numbers Salinity of the water column Temperature of the water column Vertical spatial coordinates Concentration of suspended particulate material in the water column Density of the water column Electrical conductivity of the water column Chlorophyll pigment concentrations in water bodies Reference numbers Salinity of the water column Temperature of the water column Vertical spatial coordinates Concentration of suspended particulate material in the water column Density of the water column Electrical conductivity of the water column Chlorophyll pigment concentrations in water bodies
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