20/11/13 09:15
Scotland’s Brahan project goes live.
Live information about the speed and direction of Scotland’s ocean currents has been made available for the first time.
Using high frequency radar technologies Marine Scotland’s Brahan project is providing ocean current information from a wide section of Scotland’s large marine area - up to 200km offshore.
The results which are not currently available from existing methods will help not only scientific research, but also with:
Scottish Fisheries Secretary Richard Lochhead said:
“The Brahan Project is an exciting demonstration of how cutting edge technology can help us monitor our seas both to understand them in a better way and to help us sustainably and safely use their abundant resources.”
Dr David Woolf, Principal Researcher at Heriot-Watt University said:
“The Brahan Project already drives new research. Heriot-Watt University is especially excited to apply the new technology in the prediction of natural and pollutant transport, initially in the Shetland/Orkney region.”
This new example of ‘Operational Oceanography’ is used in the USA but this is the first UK installation. The results from the Brahan Project will be revealed today in Aberdeen at a meeting of marine scientists and users at Marine Scotland Science.
The Long Range SeaSonde HF Radar System has been manufactured by CODAR Ocean Sensors of California and installed at two stations - one at North Ronaldsay lighthouse in Orkney and the other at Sumburgh Head lighthouse in Shetland.
The name ‘Brahan’ refers to the 17th century Scottish Brahan Seer reputed to have the gift of second sight, or “taibh-searachd” (Gaelic).
The stream of ocean current data is publicly available. To find out more about the Project visit www.thebrahanproject.com . To see the ocean currents recorded within the last two hours, or within the last week, choose the “Access data” menu option, then click on “Click here to access BRAHAN Data Viewer”
It is intended to monitor the tidal and residual surface currents in two 180 km radius arcs either side of the Fair Isle Gap for a period of six months.
Results will be supported by data from a variety of other methods including ADCPs (Acoustic Doppler Current Profilers), low-cost drifters and gliders.
Marine Scotland Science leads the project with support from partners BP Exploration; UK-IMON; The Met Office; Nexen Petroleum UK Ltd; ICIT Heriot-Watt University; Qualitas Remos; and CODAR Ocean Sensors.
Greg Maxwell
greg.maxwell@gov.scot
noreplycomms@gov.scot