METAREA

Last updated

METAREAs are geographical sea regions for the purpose of coordinating the transmission of meteorological information to mariners on international voyages through international and territorial waters. These regions are part of the Global Maritime Distress Safety System. The regions are identical to NAVAREAs which are used to coordinate the transmission of navigational hazards to the same mariners. Mariners receive the meteorological and navigational information via NAVTEX. The Worldwide Met-Ocean Information and Warning Service Sub Committee of the WMO Services Commission is responsible for the coordination of the dissemination of this information for METAREAs.

Map of all NAVAREAs. A similar map exists for METAREAs, with only slight changes to areas III and VIII. NavareasUSCGMap.png
Map of all NAVAREAs. A similar map exists for METAREAs, with only slight changes to areas III and VIII.

METAREA Descriptions

Countries responsible for the issuance of the final METAREA bulletins are known as the "Issuing Services". Since METAREAs often straddle the territorial waters of more than one country, more than one nation may contribute to the content of the METAREAs bulletins. Countries contributing to the METAREAs bulletins are known as "Preparation Services". [1] The current METAREA Coordinator list is updated by WMO. [2]

METAREAISSUING SERVICEPREPARATION SERVICECOVERAGE
METAREA I United Kingdom of Great Britain and Northern Ireland United Kingdom of Great Britain and Northern Ireland The North Atlantic Ocean east of 35°W, from 48°27'N to 75°N including the North Sea and Baltic Sea sub-area
METAREA IIFranceFranceAtlantic waters east of 35°W, from 7°N to 48°27'N, and east of 20°W from 7°N to 6°S, including the Straits of Gibraltar
METAREA IIIGreece (Hellas)France (western Mediterranean Sea)Atlantic waters east of 35°W, from 7°N to 48°27'N, and east of 20°W from 7°N to 6°S, including the Straits of Gibraltar - The Mediterranean and Black Seas, east of the Straits of Gibraltar
METAREA IVUnited States - North-WestUnited States - North-WestThe western part of the North Atlantic Ocean eastwards of the North American coast to 35°W, from 7°N to 67°N, including the Gulf of Mexico and Caribbean Sea. Hudson Bay portion now produced by Environment Canada
METAREA V Brazil Brazil Atlantic waters west of 20°W from 35°50'S to 7°N, narrowing in the coastal strips at the extremities to the Uruguay/Brazil frontier in 33°45'S and the French Guiana/Brazil frontier in 4°30'N
METAREA VI Argentina Argentina The South Atlantic and Southern Oceans south of 35°50'S, from 20°W to the longitude of Cape Horn, 67°16'W
METAREA VIIMETAREA VII west of 20°E - South Africa - eastern Atlantic Ocean region, METAREA VII east of 20°E - South Africa (2) - Indian Ocean regionThe South Atlantic and Southern Oceans south of 6°S from 20°W to the coast of Africa, then south to the Cape of Good Hope; the South Indian and Southern Oceans south of 10°30'S from the Cape to 55°E, then south of 30°S to 80°E
METAREA VIIIIndia (North of the Equator) and Mauritius/Réunion (via France) (south of the Equator)India (North of the Equator) and Réunion (via France) (south of the Equator)For the north of the equator forecasts, the area of the Indian Ocean enclosed by lines from the Indo-Pakistan frontier at 23°45'N 68°E to 12°N 63°E, then to Cape Guardafui; the east African coast south to the Equator, then to 95°E, to 6°N, then northeastwards to the Myanmar/Thailand frontier at 10°N 98°30'E. For the south of the equator forecasts, the East African coast from the equator south to 10°30'S, then to 55°E, to 30°S, to 95°E, to the Equator, to the east African coast
METAREA IX Pakistan Pakistan The Red Sea, Gulf of Aden, Arabian Sea and Persian Gulf, north of METAREA VIII
METAREA XPacific Ocean region - Australia, Fiji, New Zealand, Indian Ocean region - Australia, Mauritius/Réunion The South Indian and Southern Oceans east of 80°E and south of 30°S to 95°E, to 12°S, to 127°E; then the Timor Sea, South Pacific and Southern Oceans south of 10°S to 141°E to the equator, to 170°E, to 29°S, then southwestwards to 45°S 160°E, then the 160°E meridian
METAREA XI Indian Ocean portion - China, Pacific Ocean portion - Japan (however, scheduled bulletins and warnings for south of the equator are prepared by Australia) Indian Ocean portion - China, Pacific Ocean portion - Australia (south of the equator)North Western Pacific: The Indian Ocean, China Seas and North Pacific Ocean northward of METAREA X and on the equator to longitude 180°, eastward of METAREA VIII and the Asian continent to the North Korea/Russian Federation frontier at 42°30'N 130°E, then to 135°E, northeastwards to 45°N 138°E, to 45°N 180°
METAREA XIIUnited StatesUnited StatesThe eastern part of the Pacific Ocean, west of the North and South American coast and east of 120°W, from 3°24'S to the equator, then to 180°, to 50°N then northwestwards to 53°N 172°E, northeastwards following the marine frontier between United States and Russian Federation waters to 67°N
METAREA XIII Russian Federation Sea areas enclosed north of METAREA XI and west of METAREA XII; also all Arctic waters from 170°W westwards to 20°E
METAREA XIVNew Zealand Fiji (for area north of latitude 25°S)The South Pacific and Southern Oceans south of the equator, bounded by METAREA X to the west, the equator to the north and 120°W to the east
METAREA XV Chile Chile The South Pacific and Southern Oceans south of 18°21'S following the coast of Chile to the longitude of Cape Horn at 67°16'W, and 120°W
METAREA XVIPeruPeruThe South Pacific Ocean between 18°21'S and 3°24'S bounded by the coast of Peru and 120°W
METAREA XVIICanadaCanada Note: the United States issues marine forecasts for its jurisdictional coastal and offshore waters north of Alaska The Arctic Ocean bounded by 67°00'N 168°58'W, 90°00'N 168°58'W, 90°00'N 120°00'W, to south to the Canadian coastline along the 120°W meridian. The Arctic Ocean from south-west corner 67°00'N 44°00'E to north-east corner 80°00'N 165°00'W
METAREA XVIIICanadaCanada and DenmarkThe Arctic Ocean, bounded by a position on the Canadian coastline at the 120°W meridian to 90°N 120°W, 90°N 35°W, 67°N 35°W
METAREA XIXNorwayNorwayThe Arctic Ocean from a position on the Norwegian coastline at 65°N to 65°N 5°W, 75°N 5°W, West to a position on the Greenland coastline. From the border between Norway and Russia (Inland) to: 69°47'68"N 30°49'16"E, 69°58'48"N 31°06'24"E, 70°22'00"N 31°43'00"E, 71°00'00"N 30°00'00"E. From this geographical position, farther north along the 30°00'00"E meridian to: 90°00'00"N 30°00'00"E, 90°00'00"N 35°00'00"W, South to the Greenland coastline along the 35°00'00W meridian.
METAREA XX Russian Federation The Arctic Ocean from the border between Norway and Russia (Inland) to: 69°47'68"N 30°49'16"E, 69°58'48"N 031°06'24"E, 70°22'00"N 031°43'00"E, 71°00'00"N 030°00'00"E. From this geographical position, further north along the 30°00'00"E meridian to: 90°00'00"N 30°00'00"E, 90°00'00"N 125°00'00"E, then south to the Russian Federation coastline along the 125°00'00"E meridian
METAREA XXI Russian Federation Russian Federation The Arctic Ocean from a geographical position on the Russian Federation coastline at the 125°E meridian to: 90°00'00"N 125°00'00"E, 90°00'00"N 168°58'00"W, 67°00'00"N 168°58'00"W, West to a geographical position on the Russian Federation coastline along the 67°N parallel

Related Research Articles

Country codes are short alphabetic or numeric geographical codes (geocodes) developed to represent countries and dependent areas, for use in data processing and communications. Several different systems have been developed to do this. The term country code frequently refers to ISO 3166-1 alpha-2 or international dialing codes, the E.164 country calling codes.

<span class="mw-page-title-main">World Meteorological Organization</span> Specialized agency of the United Nations

The World Meteorological Organization (WMO) is a specialized agency of the United Nations responsible for promoting international cooperation on atmospheric science, climatology, hydrology and geophysics.

<span class="mw-page-title-main">International Polar Year</span> Efforts with intensive research foci on the polar regions

The International Polar Years (IPY) are collaborative, international efforts with intensive research focus on the polar regions. Karl Weyprecht, an Austro-Hungarian naval officer, motivated the endeavor in 1875, but died before it first occurred in 1882–1883. Fifty years later (1932–1933) a second IPY took place. The International Geophysical Year was inspired by the IPY and was organized 75 years after the first IPY (1957–58). The fourth, and most recent, IPY covered two full annual cycles from March 2007 to March 2009.

<span class="mw-page-title-main">Nautical chart</span> Topographic map of a maritime area and adjacent coastal regions

A nautical chart is a graphic representation of a sea area and adjacent coastal regions. Depending on the scale of the chart, it may show depths of water and heights of land, natural features of the seabed, details of the coastline, navigational hazards, locations of natural and human-made aids to navigation, information on tides and currents, local details of the Earth's magnetic field, and human-made structures such as harbours, buildings, and bridges. Nautical charts are essential tools for marine navigation; many countries require vessels, especially commercial ships, to carry them. Nautical charting may take the form of charts printed on paper or computerized electronic navigational charts. Recent technologies have made available paper charts which are printed "on demand" with cartographic data that has been downloaded to the commercial printing company as recently as the night before printing. With each daily download, critical data such as Local Notices to Mariners are added to the on-demand chart files so that these charts are up to date at the time of printing.

Piloting or pilotage is the process of navigating on water or in the air using fixed points of reference on the sea or on land, usually with reference to a nautical chart or aeronautical chart to obtain a fix of the position of the vessel or aircraft with respect to a desired course or location. Horizontal fixes of position from known reference points may be obtained by sight or by radar. Vertical position may be obtained by depth sounder to determine depth of the water body below a vessel or by altimeter to determine an aircraft's altitude, from which its distance above the ground can be deduced. Piloting a vessel is usually practiced close to shore or on inland waterways. Pilotage of an aircraft is practiced under visual meteorological conditions for flight.

METAR is a format for reporting weather information. A METAR weather report is predominantly used by aircraft pilots, and by meteorologists, who use aggregated METAR information to assist in weather forecasting.

<span class="mw-page-title-main">Canadian Hydrographic Service</span> Part of the federal department of Fisheries and Oceans Canada

The Canadian Hydrographic Service (CHS) is part of the federal department of Fisheries and Oceans Canada and is Canada's authoritative hydrographic office. The CHS represents Canada in the International Hydrographic Organization (IHO).

The Bureau of Meteorology is an executive agency of the Australian Government responsible for providing weather services to Australia and surrounding areas. It was established in 1906 under the Meteorology Act, and brought together the state meteorological services that existed before then. The states officially transferred their weather recording responsibilities to the Bureau of Meteorology on 1 January 1908.

<span class="mw-page-title-main">PAGASA</span> National weather, climate, and astronomy bureau of the Philippines

The Philippine Atmospheric, Geophysical and Astronomical Services Administration is the National Meteorological and Hydrological Services (NMHS) agency of the Philippines mandated to provide protection against natural calamities and to insure the safety, well-being and economic security of all the people, and for the promotion of national progress by undertaking scientific and technological services in meteorology, hydrology, climatology, astronomy and other geophysical sciences. Created on December 8, 1972, by reorganizing the Weather Bureau, PAGASA now serves as one of the Scientific and Technological Services Institutes of the Department of Science and Technology.

Meteorological Service of New Zealand Limited is the national meteorological service of New Zealand. MetService was established as a state-owned enterprise in 1992. It employs about 300 staff, and its headquarters are in Wellington, New Zealand. Prior to becoming an SOE, New Zealand's national meteorological service has existed in a number of forms since the appointment of the country's first Director of Meteorological Stations in August 1861.

<span class="mw-page-title-main">Regional Specialized Meteorological Centre</span>

A Regional Specialized Meteorological Centre (RSMC) is responsible for the distribution of information, advisories, and warnings regarding the specific program they have a part of, agreed by consensus at the World Meteorological Organization as part of the World Weather Watch.

<span class="mw-page-title-main">Norwegian Meteorological Institute</span> National meteorological service of Norway

The Norwegian Meteorological Institute, also known internationally as MET Norway, is Norway's national meteorological institute. It provides weather forecasts for civilian and military uses and conducts research in meteorology, oceanography and climatology. It is headquartered in Oslo and has offices and stations in other cities and places. It has around 500 full-time staff and was founded in 1866.

A notice to mariners advises mariners of important matters affecting navigational safety, including new hydrographic information, changes in channels and aids to navigation, and other important data.

A Volcanic Ash Advisory Center (VAAC) is a group of experts responsible for coordinating and disseminating information on atmospheric volcanic ash clouds that may endanger aviation. As at 2019, there are nine Volcanic Ash Advisory Centers located around the world, each one focusing on a particular geographical region. Their analyses are made public in the form of volcanic ash advisories (VAAs), involving expertise analysis of satellite observations, ground and pilot observations and interpretation of ash dispersion models.

A forecast region is a unique geographical area for which individual weather reports are issued.

<span class="mw-page-title-main">2017 Pacific typhoon season</span> Typhoon season in the Western Pacific Ocean

The 2017 Pacific typhoon season was a below-average season in terms of accumulated cyclone energy and the number of typhoons and super typhoons, and the first since the 1977 season to not produce a Category 5-equivalent typhoon on the Saffir–Simpson scale. The season produced a total of 27 named storms, 11 typhoons, and only two super typhoons, making it an average season in terms of storm numbers. It was an event in the annual cycle of tropical cyclone formation, in which tropical cyclones form in the western Pacific Ocean. The season runs throughout 2017, though most tropical cyclones typically develop between May and October. The season's first named storm, Muifa, developed on April 25, while the season's last named storm, Tembin, dissipated on December 26. This season also featured the latest occurrence of the first typhoon of the year since 1998, with Noru reaching this intensity on July 23.

The Prairie and Arctic Storm Prediction Centre (PASPC), is tasked with forecasting weather for the public and mariners in the Canadian Prairie Provinces, the Northwest Territories, Nunavut Territory, and adjacent domestic waters. The PASPC operations are split between an office in Winnipeg, Manitoba and an office in Edmonton, Alberta. The agency provides continuous weather monitoring and issues weather forecasts, weather warnings and weather watches as a part of this process. Daily severe weather discussions are issued to give additional information on a region that is becoming a severe weather threat, stating whether a watch or warning is likely and details thereof.

<span class="mw-page-title-main">Typhoon Haima</span> Intense 2016 Pacific typhoon

Typhoon Haima, known in the Philippines as Super Typhoon Lawin, was the third most intense tropical cyclone worldwide in 2016. It was the twenty-second named storm and the eleventh typhoon of the annual typhoon season. Impacting the Philippines less than 3 days after Typhoon Sarika, Haima formed out of a tropical disturbance southwest of Chuuk on October 14, it developed into a tropical storm the next day. Steady strengthening occurred over the next day or two as it tracked westward towards the Philippines. After forming an eye shortly after it was upgraded to a typhoon, Haima began to rapidly strengthen and eventually became a super typhoon on October 18. It later attained its peak intensity as a Category 5-equivalent tropical cyclone before weakening slightly. Haima later made landfall late on October 19 as a Category 4-equivalent storm. Rapid weakening occurred as it interacted with the landmasses until it entered the Southern China Sea as a weak typhoon. It formed a large ragged eye once again and remained steady in intensity until making landfall in China on October 21. It weakened below typhoon intensity and became extratropical on October 22. The cyclone drifted northeastwards and later eastwards before emerging over water again, but eventually dissipated by October 26.

<i>Servicio Meteorológico Nacional</i> (Argentina) Argentinas national weather service

The Servicio Meteorológico Nacional (SMN) is Argentina's national weather service under the Ministry of Defense that is tasked with observing, understanding, and predicting the weather and climate in Argentina and its surrounding waters. It provides weather forecasts, radar images, ozone, temperature and rainfall graphs, and satellite images. The purpose of these tasks is to contribute to protection of its inhabitants, sustainable economic development and to provide representation of Argentina to international meteorological organizations. Founded on 4 October 1872 by Federal law Nº559 during the presidency of Domingo Faustino Sarmiento, the organisation was the first meteorological organisation in South America and the third one in the world, after Hungary and the United States which were created in 1870 and 1871 respectively. It became a member of the World Meteorological Organization on 2 January 1951. Throughout its history, the organisation was dependent under different government ministries until in 2007 when it is currently under the Ministry of Defense.

<span class="mw-page-title-main">Abdulla Al Mandous</span>

Abdulla Ahmed Al Mandous is the current President of WMO Regional Association II (Asia). Al Mandous was elected as president unanimously during WMO conference held in Abu Dhabi in February 2017, and re-elected for a second term during the 17th Session of RA II (ASIA) convened virtually from 25 to 26 May, 2021. Al Mandous is also Executive Director of the National Center of Meteorology, the government entity that provides statistical data and information on weather and climate to various entities and the public in the United Arab Emirates to carry out their daily functions.

References

  1. "IMO/WMO WWMIWS".
  2. "METAREA Coordinator list | World Meteorological Organization".