|
A GODAE PRODUCT SERVER FOR THE PACIFIC ISLANDS REGION Peter Hacker, Jim Potemra, Yanli Jia, Yingshuo Shen, Sharon DeCarlo International Pacific Research Center (IPRC), University of Hawaii, Hawaii, USA
In the GODAE context, the APDRC is implementing a GODAE Product Server for the Pacific Islands region. We are doing this in partnership with a network of product providers, servers and users. The October 2002 Workshop on the Potential Applications of Ocean Observations in the Pacific Islands (Fiji Workshop) recommended the establishment of a Pacific Islands Ocean Information System to facilitate access to and utilization of ocean products. The products would be used to support decision making in four key areas: public safety, climate adaptation, fisheries, and coastal resource management. Needed ocean surface products (climatologies, nowcasts, forecasts) include temperature, salinity, sea level, currents, winds, and waves including storm surges. The best available satellite and model-based products are needed in near-real-time for this activity. In order to meet the user needs, the APDRC plans to contribute to: the implementation of a Pacific Ocean information system; regional capacity building; identification of selected regional, operational products meeting the local users needs; rapid delivery of the products to regional operational users and general users; and user evaluation of the regional products including feedback to the product originators. At the present time the APDRC serves a broad range of data sets and products, delayed-mode GODAE products, and the near-real-time, Naval Research Laboratory (NRL) Layered Ocean Model (NLOM) global surface-layer product. The APDRC website is http://apdrc.soest.hawaii.edu/. Weather secrets soon to be unlocked (From Samoa Observer Sunday July 25)
SPREP APIA July 27- A vault containing reports of a hundred years of Samoa’s weather conditions could unlock some keys to the island states future prosperity.Several thousand files dating back to the turn of the century are soon to be archived onto a computer database at the National Meteorological Office at Mulinu’u. Many of the documents inside the German built Milners vault, have survived all manner of cyclones since 1902, when the office was originally set up. " We lost some files during cyclone Ofa, there were documents just flying all over the place. But Samoa’s office is the only one in the region that has never been relocated. Research wise, this means the margin of error is quite small, and in our work, accuracy is what it’s all about," says Dean Solofa, the Met offices Senior Scientific Officer, ClimateGeographically, the Pacific islands are located in an area that is vulnerable to dramatic shifts in weather patterns. These include cyclones, floods and droughts, often associated with the El Nino and La Nina weather phenomena. Climate scientists world wide, are desperate for early weather information about the Pacific to help build a clearer picture. "For Samoa data will help us make better predictions of our weather and climate patterns, and give some valuable pointers on how we can improve our economic development such as in agriculture and tourism," says Solofa.Help rescuing the data is being offered by Australia’s Bureau of Meteorology National Climate Centre, who are excited over the quality of the information and the potential benefits to Samoa and the region from in-depth analysis that is yet to be undertaken. With increasingly erratic weather conditions around the region, the role of Met services from a social, economic and safety position, needs to be given a greater priority by all regional governments, says Mark Morrissey, of the South Pacific Regional Environment Programme. "The majority of our Pacific islands have minute landmasses, whose people depend on weather sensitive activities like subsistence fishing, agriculture and tourism to put food on the table and to make a dollar. The need for everyone to have some idea of what’s on the horizon is obvious," Past generations of Pacific islanders measured weather shifts using some unique methods. Polynesians for example, understood cockroaches and ants invading their thatched roof fales as the barometer for an approaching storm. They believed that by observing the flight patterns of some birds one could determine fairly accurately where the eye of a cyclone was positioned. Ends. For more information: Chris Peteru chrisp@sprep.org.ws South Pacific Regional Environment Programme Ph: (685) 21929 Fax: (685) 20231 |
|
|