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32-437: ORS may refer to: Airports [ edit ] Orcas Island Airport (FAA airport code ORS), San Juan County, Washington, United States Orpheus Island Resort Waterport ( IATA airport code ORS ), Queensland, Australia Medicine [ edit ] Oculo-respiratory syndrome , a usually transient condition following influenza immunization Olfactory reference syndrome ,

64-568: A commune in Nord, France Ors, Vivaro-Alpine for Oulx , a comune of Turin, Piedmont, Italy Satellites and rockets [ edit ] ORS-1 or USA-231, an American reconnaissance satellite launched in 2011 ORS-4, the first launch of the rocket SPARK (rocket) ORS-5 , a satellite launched in 2017 Other uses [ edit ] Michigan Office of Retirement Services , United States ISO 639:ors or Orang Seletar language, native to Malaysia and Singapore Octopole reaction system,

96-540: A four-character identifier, such as 1CA9 for Los Angeles County Fire Department Heliport. The location identifiers are coordinated with the Transport Canada Identifiers described below. In general, the FAA has authority to assign all three-letter identifiers (except those beginning with the letters K, N, W, and Y), all three- and four-character alphanumeric identifiers, and five-letter identifiers for

128-508: A mental disorder concerning body odor Oral rehydration solution , a type of fluid replacement used to prevent or treat dehydration Ovarian remnant syndrome , a condition caused by residual ovarian tissue after an oophorectomy Organizations [ edit ] Operational Research Society Orthopaedic Research Society , a professional, scientific and medical organization Otorhinolaryngological Research Society , British medical association Places [ edit ] Ors ,

160-649: A staffed air traffic control facility or navigational aid within airport boundary; to airports that receive scheduled route air carrier or military airlift service, and to airports designated by the United States Customs Service as airports of entry . Some of these identifiers are assigned to certain aviation weather reporting stations. Most one-digit, two-letter identifiers have been assigned to aviation weather reporting and observation stations and special-use locations. Some of these identifiers may be assigned to public-use landing facilities within

192-688: A type of Collision/reaction cell OID Resolution System , a system for mapping globally unique object identifiers into DNS name zone files; see ISO/IEC JTC 1/SC 6 Old Red Sandstone , an assemblage of rocks in the North Atlantic region Operational Research Section, part of the British Royal Air Force in the Second World War Operationally Responsive Space Office , a joint initiative of several agencies within

224-521: A type of shooter video game. Ors , short for Others ; see List of legal abbreviations Topics referred to by the same term [REDACTED] This disambiguation page lists articles associated with the title ORS . If an internal link led you here, you may wish to change the link to point directly to the intended article. Retrieved from " https://en.wikipedia.org/w/index.php?title=ORS&oldid=1228490986 " Category : Disambiguation pages Hidden categories: Short description

256-652: Is a symbolic representation for the name and the location of an airport , navigation aid , or weather station , and is used for staffed air traffic control facilities in air traffic control , telecommunications, computer programming, weather reports, and related services. The International Civil Aviation Organization establishes sets of four-letter location indicators which are published in ICAO Publication 7910 . These are used by air traffic control agencies to identify airports and by weather agencies to produce METAR weather reports. The first letter indicates

288-579: Is a three- to five-character alphanumeric code identifying aviation-related facilities inside the United States, though some codes are reserved for, and are managed by other entities. For nearly all major airports, the assigned identifiers are alphabetic three-letter codes, such as ORD for Chicago O’Hare International Airport. Minor airfields are typically assigned a mix of alphanumeric characters, such as 8N2 for Skydive Chicago Airport and 0B5 for Turners Falls Airport . Private airfields are assigned

320-573: Is different from Wikidata All article disambiguation pages All disambiguation pages Orcas Island Airport Many U.S. airports use the same three-letter location identifier for the FAA and IATA . However, this airport is assigned ORS by the FAA but has been assigned ESD from the IATA. ORS has been assigned to Orpheus Island Resort Waterport in Queensland, Australia . It

352-741: Is included in the Federal Aviation Administration (FAA) National Plan of Integrated Airport Systems for 2017–2021, in which it is categorized as a non-primary commercial service facility. Orcas Island Airport covers an area of 64 acres (26  ha ) which contains one asphalt paved runway (16/34) measuring 2,900 x 60 ft (884 x 18 m). In 2014, the airport had 41,800 aircraft operations, an average of 114 per day: 79% general aviation , 16% commercial , and 5% air taxi . In July 2017, there were 74 aircraft based at this airport: 70 single engine and 4 multi-engine . Location identifier A location identifier

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384-547: Is listed with the national civilian code УХММ, the national military code ЬХММ, and the "international" UHMM. The World Meteorological Organization used a system of five-digit numeric station codes to represent synoptic weather stations. An example is 72295 for Los Angeles International Airport (LAX). A modernization of WMO station identifiers was performed as part of the WMO Integrated Global Observing System (WIGOS). A presentation at

416-545: Is no specific organization scheme to IATA identifiers; typically they take on the abbreviation of the airport or city such as MNL for Manila Ninoy Aquino Airport. In the United States, the IATA identifier usually equals the FAA identifier, but this is not always the case. A prominent example is Sawyer International Airport in Marquette, Michigan , which uses the FAA identifier SAW and the IATA identifier MQT. The Federal Aviation Administration location identifier (FAA LID)

448-573: Is the Master Station Catalog or MASLIB code. This is a 6-digit numeric code that is essentially the same scheme as the WMO station identifier but adds an extra digit, allowing many more stations to be indexed. This extra digit is always "0" when referencing an actual WMO station using the five-digit identifier, but may be 1..9 to reference other stations that exist in the vicinity. The MASLIB identifiers are not generally recognized outside

480-527: The USFS RAWS system, and by the stream gauges operated by the USGS , both of which report through GOES weather satellites operated by NOAA . These use three letters which are a mnemonic for the location, followed by the first letter of the U.S. state , followed by a numeral indicating the alphabetical order within that letter (for example, North Carolina stations end with N7). The mnemonic may be

512-695: The United States and its jurisdictions. The Department of the Navy assigns three-letter identifiers beginning with the letter N for the exclusive use of that department. Transport Canada assigns three-character identifiers beginning with Y. The block beginning with letter Q is under international telecommunications jurisdiction, but is used internally by FAA Technical Operations to identify National Airspace equipment not covered by any other identifying code system. The block beginning with Z identifies United States Air Route Traffic Control Centers . In practice,

544-530: The American military services, assigns special use ICAO identifiers beginning with "KQ", for use by deployed units supporting real-world contingencies; deployed/in- garrison units providing support during exercises; classified operating locations; and units that have requested, but not yet received a permanent location identifier. One system still used by both the Air Force and National Climatic Data Center

576-696: The FAA Identifier system described above, though a few conflicts exist. The Federal Civil Aviation Agency of Mexico ( Agencia Federal de Aviación Civil , AFAC) is a designator of airfield codes, each consisting of three letters, used to identify each civil airfield in Mexico. (These characters are chosen with the same methodology as for IATA codes, i.e. taking three letters of the airfield name, for example ZPU for Zacapu Airstrip.) These airfields can be airports, private airstrips, land heliports, boat heliports, and platform helipads. For more substantial airports

608-584: The IATA codes, they changed when renaming some cities of the former USSR in the 1990s, e.g. Saint Petersburg (formerly Leningrad), which was ЛЕД and became СПТ . As of 2009, about 3,000 code combinations of internal code are in use. Many smaller aerodromes in Russia do not have an ICAO code. Instead, they are assigned an entry in the State and Experimental Aviation Point Location Index , or perhaps two: one civilian, normally beginning with Cyrillic "У" (=Latin "U"),

640-548: The IATA designators are used, for example TLC for Toluca International Airport, although there are some exceptions, such IATA XAL and AFAC ALA for Alamos National Airport, Sonora. Within Russia (and before 1991 within the Soviet Union), there are airport identifiers (внутренний код - internal code) having three Cyrillic letters. They are used for e.g. ticket sales. Some small airports with scheduled flights have no IATA code, only this code and perhaps an ICAO code. Unlike

672-559: The United States Department of Defense Oregon Revised Statutes , the codified body of statutory law governing Oregon, United States Orlando Riva Sound (O.R.S.), former German Euro disco group Overseas Research Scholarship , an award for foreign country nationals to undertake research in the United Kingdom Oxygen reduction system , an active fire protection technique On-Rails Shooter ,

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704-413: The United States and its jurisdictions, which do not meet the requirements for identifiers in the three-letter series. In this identifier series, the digit is always in the first position of the three-character combination. Most one-letter, two-digit identifiers are assigned to public-use landing facilities within the United States and its jurisdictions, which do not meet the requirements for identifiers in

736-531: The United States. There have been rare instances where identifiers have been transplanted to new locations, mainly due to the closure of the original airport. Prominent examples are DEN/KDEN, which migrated from Stapleton International Airport to Denver International Airport in 1996, and AUS/KAUS, which migrated from Austin Mueller Municipal Airport to Austin–Bergstrom International Airport in 1999. Both of these cases occurred because

768-510: The WMO site explains: The National Weather Service uses several schemes for identifying stations. It typically relies on the ICAO and WMO identifiers, although several weather forecast offices (WFOs) and weather radar sites that have moved away from airports have been given their own codes which do not conflict with existing codes. These typically end in X, such as where Birmingham, Alabama ( BHM ) had its radar site replaced by one south of

800-587: The assigned identifiers are not always consistent with the current "encoding" rules adopted by the FAA, nor are all the assigned identifiers distinct between the United States and Canada. The coding system has evolved over time, and to ensure safety and reduce ambiguity, many "legacy" codes have remained intact, even though they violate the currently ordered rules. For this reason, the FAA regularly publishes detailed listings of all codes it administers In general, three-letter identifiers are assigned as radio call signs to aeronautical navigation aids; to airports with

832-675: The city (BMX), or where the Knoxville ( TYS ) office was moved to nearby Morristown, Tennessee (MRX). Others have changed such that Miami, Florida is now MFL instead of MIA , and Dallas/Fort Worth (formerly DFW ) is now FWD. Climatological applications use the WBAN (Weather Bureau Army Navy) system, which is a five-digit numeric code for identifying weather stations under its jurisdiction. Recently it began using four-letter-plus-one-digit identifiers for specialized weather requirements such as hydrometeorological stations. These are used by

864-600: The first two, middle, or last two positions of the four-character code. The use of the FAA identifier system in meteorology ended in 1996 when airways reporting code was replaced by METAR code . The METAR code is dependent wholly on the ICAO identifier system. Since January 2019, the National Civil Aviation Agency of Brazil (ANAC) issues a six-digit designator called Aerodrome Identification Code ( Portuguese : Código de Identificação de Aeródromo , CIAD) for each aerodrome. The first two digits are

896-527: The letters related to the State of the Federation where the aerodrome is located and the next four digits are numbers assigned by ANAC. In the case of military aerodromes, the first number is 9. Transport Canada assigns two-, three-, and four-character identifiers, including three-letter identifiers beginning with letters Y and Z, for its areas of jurisdiction. These identifiers are designed to mesh with

928-722: The nearest town, or the name of the stream, or a combination of the two; and the same names may be rearranged into different mnemonics for different nearby locations. For example, VING1 is the gauge at Vinings, Georgia , and is differentiated from other stations along the Chattahoochee River (such as CHAG1 in nearby Oakdale) which are also at the Atlanta city limit like Vinings is, and from other streams in Atlanta such as Peachtree Creek (AANG1). The United States Air Force Weather Agency (AFWA), acting on behalf of all

960-402: The other for "state" or military operations, almost always the same except that the first character is now a Cyrillic "Ь" (=Latin "X"). These codes are given in the official document which has separate columns for national codes (civilian), national codes (military & state), and some also have "international" codes; only the latter correspond to ICAO codes. For example, Magadan Sokol Airport

992-508: The region; for example, K for the contiguous United States, C for Canada, E for northern Europe, R for the Asian Far East, and Y for Australia. Examples of ICAO location indicators are RPLL for Manila Ninoy Aquino Airport and KCEF for Westover Joint Air Reserve Base . The International Air Transport Association uses sets of three-letter IATA identifiers which are used for airline operations, baggage routing, and ticketing. There

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1024-454: The three-letter series. Some of these identifiers are also assigned to aviation weather reporting stations. Two-letter, two-digit identifiers are assigned to private-use landing facilities in the United States and its jurisdictions which do not meet the requirements for three-character assignments. They are keyed by the two-letter Post Office or supplemental abbreviation of the state with which they are associated. The two-letter code appears in

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