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Press release issued by the UK e-Science Programme

Innovating through e-Science: 4th e-Science All Hands meeting
20-22 September 2005, East Midlands Conference Centre, Nottingham

e-Science makes weather forecasts available for search and rescue

An e-Science project is enabling the use of near real-time Met Office forecasts to predict the drift of a person who has fallen overboard. It will be demonstrated at the e-Science All Hands meeting in Nottingham on 21 September at 14:30-16:30.

Ocean currents and surface winds push the person away from his or her original location. SARIS, a software package developed by BMT Cordah Ltd, a subsidiary of British Maritime Technology Ltd (BMT), helps the Coastguard to speed up rescue time by running a computer prediction of the person's drift pattern. It uses a pre-stored database of tide information and requires the user to input wind data manually.

Now, however, an e-Science project, funded by the Natural Environment Research Council, has adapted SARIS to access near real-time Met Office forecasts of ocean currents and winds, thereby providing more accurate and complete data to the SARIS prediction. It is hoped that this will yield more accurate trajectories of drift and hence reduce the time to rescue, perhaps saving lives.

Met Office forecasts combine real observations with computer simulations to give the most accurate results possible. Professor Keith Haines and colleagues at the Reading e-Science Centre have developed a w eb s ervice known as GADS (Grid Access Data Service) to allow the results of these forecasts to be accessed on demand over the Internet. BMT then adapted the SARIS software to obtain data from GADS to produce the new prototype system.

"The forecast data are large and complex, " explains Dr Jon Blower, one of the Reading team," so the GADS Web Service lets you download just the data you need and presents it to you in your chosen format." SARIS then integrates the forecast data with its own models to make its prediction of the position of the drifting person. So far, the use of forecast data in SARIS has been tested only in the lab. A next stage will be to test its predictive capabilities with a real object at sea.

This prototype system is to be developed further in the Met Office -led DEWS project (Delivering Environmental Web Services) , a £2.2M DTI Inter-Enterprise Computing project . In DEWS, the e-Science techniques used in the SARIS demonstrator will be extended to other applications and made more robust for real use. DEWS will examine the integration of Met Office forecasts with a variety of data to provide more detailed and accurate information for maritime and health applications , including controlling oil spills at sea and predicting the occurrence of lung disease.

Conference website http://www.allhands.org.uk/.

Contacts

Professor Keith Haines, Reading e-Science Centre, tel. 0118 378 8742, e-mail: kh@mail.nerc-essc.ac.uk

Dr Jon Blower, Reading e-Science Centre, tel. 0118 378 5213, e-mail: jdb@mail.nerc-essc.ac.uk

Judy Redfearn, e-Science/Research communications officer, JISC/e-Science Core Programme tel. 07768 356309 e-mail: judy.redfearn@epsrc.ac.uk

Links

Reading e-Science Centre http://www.resc.rdg.ac.uk

Notes for editors

  1. e-Science is the very large scale science that can be carried out by pooling access to very large digital data collections, very large scale computing resources and high performance visualisation held at different sites.
  2. A computing grid refers to geographically dispersed computing resources that are linked together by software known as middleware so that the resources can be shared. The vision is to provide computing resources to the consumer in a similar way to the electric power grid. The consumer can access electric or computing power without knowing which power station or computer it is coming from.
  3. The UK e-Science Programme is a coordinated £230M initiative involving all the Research Councils and the Department of Trade and Industry. It has also leveraged industrial investment of £30M. The Engineering and Physical Sciences Research Council manages the e-Science Core Programme, which is developing generic technologies, on behalf of all the Research Councils.
  4. The UK e-Science Programme as a whole is fostering the development of IT and grid technologies to enable new ways of doing faster, better or different research, with the aim of establishing a sustainable, national e-infrastructure for research and innovation. Further information at www.rcuk.ac.uk/escience.
  5. British Maritime Technology Ltd (BMT) is an international design, engineering and risk management consultancy, working principally in the defence, energy, marine insurance and transport sectors. BMT invests significantly in research. Its customers are served through a network of international subsidiary companies.  The assets are held in beneficial ownership for its staff.

BMT Cordah Ltd is a multi-disciplinary environmental consultancy and information systems company offering a wide range of recognised world-leading services and products in marine and terrestrial environments. The company has main sites in Aberdeen, Edinburgh, Southampton and Gdansk, Poland.