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Displaying items by tag: Irish Meteorological Service

Our History

meteireannhq.jpg Operational Meteorology might be said to have begun in Ireland on 8 October 1860, when the first 'real time' weather observation was transmitted from Valentia Island in Co. Kerry. Valentia Observatory, as it came to be known, was one of a network of weather stations established around the Irish and British coastlines, by the naval authorities in London, to enable storm warnings to be provided for ships at sea.

For many years after Independence Ireland's needs, as far as weather matters were concerned, continued to be met by the British Meteorological Office. By the mid-1930's, however, it was clear that a new and exciting customer was on the way. It was the requirement to provide accurate weather information for transatlantic aviation that led to the formal establishment of an Irish Meteorological Service in 1936.

The first Director, Austen H. Nagle, was appointed in December of that year, and installed himself in the small offices in St. Andrew's Street in Dublin, which became the first Headquarters of the new Service. In April 1937, the administration of the existing observing network was taken over from the British Authorities; it comprised 4 telegraphic stations (at Malin Head, Blacksod Point, Roches Point and Birr), 18 climatological stations, 172 rainfall stations, and Valentia Observatory, which was the only station at the time to be manned by official personnel.

In its early stages, the new Service received continuing help from the British Authorities. This assistance was in the form of staff seconded from London to work at Foynes, in Co. Limerick, from where flying boats had just begun to operate. Included in their number were several who were later to become well known internationally; notably Hubert Lamb, the climatologist and Arthur Davies, Secretary General of the World Meteorological Organisation for nearly 30 years. By 1941, however, the Service's own recruits had been fully trained, and the organisation was able to begin satisfying the increasing demands for weather information from its own resources.

Forecasting for aviation, first at Foynes and later at Shannon and Dublin Airports, was the major preoccupation of the early years. By the late 1940's, however, the Service had broadened its activities. In 1948, for the first time, it assumed responsibility for the weather forecasts broadcast by Radio Éireann, which had been provided from London in the interim. In 1952 it began to supply forecasts to the daily newspapers and 1961 saw the opening of the new Central Analysis and Forecast Office in the Headquarters premises, now housed at 44 Upper O'Connell Street, Dublin. Live presentation by Met Éireann forecasters of the weather on Teilifis Eireann commenced in early 1962.

valoldbuildc1900.jpg Radar Antenna at Shannon AirportThe late 1940's and the 1950's were a time of rapid expansion for the Service. This period saw the establishment of a balanced nation-wide network of observing stations, manned on a full-time basis by Meteorological Service personnel. The climatological and rainfall observing networks were greatly enhanced, thanks largely to the willing co-operation of the Garda authorities around the country and the assistance of other Government Departments and State-sponsored bodies. At Valentia Observatory, which had moved to a mainland site near Cahirciveen in 1892, upper air radiosonde measurements began and a wide range of geophysical measurements and environmental monitoring activities was introduced.

Meanwhile, the Service offered an expanding range of forecast and climatological information to the public and to specialised interests. A notable development was the inauguration of tape recorded telephone forecasts during the 1960's, the precursor of today's Weatherdial. The reception of satellite images began in the late 1960's at Shannon Airport and in the 1970's, the Meteorological Service might be said to have come of age by entering the computer era. Initially, the new machines were employed for communication purposes, but shortly afterwards the computers were used for the relatively new technique of numerical weather prediction.

Throughout its history, the Meteorological Service and its staff played an active role in the development of meteorology on the international scene. Ireland became a full member of the World Meteorological Organisation shortly after its establishment in the early 1950's and was later a founder member of both the European Centre for Medium Range Weather Forecasts and the European Meteorological Satellite Organisation, EUMETSAT. More recently, the Service has been active in the formation of other co-operative agencies like EUMETNET and ECOMET. Particularly beneficial to the organisation has been its membership since 1989 of HIRLAM, a co-operative venture between the Scandinavian countries and several other European Meteorological Services for the development of a numerical model for short-range forecasting.

Met eireann Headquarters ImageThe modern era of the Meteorological Service might be said to date from its occupation of the new Headquarters Building in Glasnevin in 1979, a development which for the first time allowed all the Dublin based Divisions to be housed under the same roof. It was around this time too, that the Service reached its peak in terms of staffing, with a total of 342 in 1980. The intervening years have seen a gradual reduction in staff numbers to the present level of 230, a development brought about mainly by the introduction of automated methods for many repetitive tasks, and by on-going review of our priorities with regard to weather observations.

Since the 1990s, in common with its sister organisations in most other European countries, the service has adopted a more commercial approach to the provision of services to its customers,in an effort to try to increase revenue and thus lighten the financial burden on the tax-payer. This spirit of commercial awareness, however, has been combined with an enhancement of the Service's public service role in areas where this has seemed desirable, most notably perhaps by the introduction of Severe Weather Alerts and by co-operation in the monitoring of stratospheric and tropospheric ozone

In March of 1996, its 60th year of operation, the Meteorological Service adopted the new title Met Éireann, with the aim of establishing a well-focused corporate identity in the public mind. Proud of its record of public service, its development of the national meteorological infrastructure and its contribution to the science of meteorology, Met Éireann looks forward with confident optimism to the challenges that lie ahead.

Directors of Met Éireann, 1936-present
1936-1948 Austen H. Nagle
1948-1964 Mariano Doporto
1965-1978 P.M. Austin Bourke
1978-1981 P. Kilian Rohan
1981-1988 Donal L. Linehan
1989-present Declan J. Murphy

Met Éireann Headquarters, Glasnevin Hill, Dublin 9

Tel: +353-1-8064200
Fax: +353-1-8064247
 
General Forecasting Division
Tel: +353-1- 8064255
Fax: +353-1- 8064275
Note: Provision of forecasts is subject to a fee.
 
Climate Enquiries Office
Tel: +353-1- 8064260
Fax: +353-1- 8064216
Note: Provision of services is subject to a fee.
 
Commercial Division
Tel: +353-1-8064244
Fax: +353-1-8064247
 
Freedom of Information Officer
Tel: +353-1-8064295
Fax: +353-1-8064275

Met Éireann Aviation Services, Shannon Airport Co. Clare
Tel: +353-61-712958
Fax: +353-61-712960
 
Met Éireann Valentia Observatory, Cahirciveen Co. Kerry
Tel: +353-66-9473460
Fax: +353-67-9472242

 

Met Eireann: Irish Meteorological Service, Glasnevin Hill, Dublin 9

Published in Organisations

About the 29er Skiff Dinghy

The 29er is a one-design double-handed, single trapeze skiff for youth sailors.

There is an active class in Ireland, just one of the 38-countries from across all continents now racing the high-performance skiff.

The 29er is one of the latest dinghy classes to arrive in Ireland and has a 50/50 split between boys and girls.

The class like to describe the boat as "The most popular skiff for sailors who want to go fast!".

Derived from the Olympic class 49er class and designed by Julian Bethwaite the 29er was first produced in 1998.

Two sailors sail the 29er, one on trapeze.

The class is targeted at youth sailors aiming at sailing the larger 49er which is an Olympic class.


The 6.25-metre high rig features a fractional asymmetrical spinnaker; a self-tacking jib decreases the workload of the crew, making manoeuvres more efficient and freeing the crew to take the mainsheet upwind and on two-sail reaches.

The 15.00 m2 spinnaker rigging set-up challenges crews to be fit and coordinated, and manoeuvres in the boat require athleticism due to its lack of inherent stability and the high speed with which the fully battened mainsail and jib power up.

The 74kg weight hull is constructed of fibreglass-reinforced polyester in a foam sandwich layout.

The fully battened mainsail and jib are made from a transparent Mylar laminate with orange or red Dacron trimming, while the spinnaker is manufactured from ripstop Nylon.

The mast is in three parts - an aluminium bottom and middle section, with a polyester-fibreglass composite tip to increase mast bend and decrease both overall weights, and the capsizing moment a heavy mast tip can generate. Foils are aluminium or fibreglass.

About the ILCA/Laser Dinghy

The ILCA, formerly known as the Laser, is the most produced boat in the world, with 220,000 units built since 1971.

It's easy to see why the single-handed dinghy has won the title of the most widely distributed boat of all time.

The Laser is a one-design dinghy, the hulls being identical but three rigs that can be used according to the size and weight of the sailor.

The class is international, with sailors from 120 countries. The boat has also been an Olympic class since 1996, being both the men's and women's singlehanded dinghy.

Three rigs are recognised by the International Laser Class Association (ILCA):

  • ILCA 4: sail of 4.70m2
  • ILCA 6: sail of 5.76 m2
  • ILCA 7: sail of 7.06 m2

29er skiff technical specs

  • Hull weight 74kg (163lb)
  • LOA 4.45m (14.4ft)
  • Beam 1.77m (5ft 7in)
  • Crew 2 (single trapeze) 
  • Spinnaker area 15.00 m2 (181.2sq.ft)
  • Upwind sail area 12.5 m2 (142.0 sq.ft)
  • Mast length 6.25m (20.5ft)

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