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http://dbpedia.org/resource/Global_Sea_Level_Observing_System
http://dbpedia.org/ontology/abstract 全球海平面觀測系統(Global Sea Level Observing Syste全球海平面觀測系統(Global Sea Level Observing System, GLOSS)是一個政府間海洋學委員會的計劃,其目的是測量海平面全球長期氣候變化的研究。自2004年印度洋地震後,該計劃的目的已經改變為收集海平面的。該項目目前正在升級超過290台觀測站,以使他們能夠通過衛星向新設立的國家海嘯中心傳送實時數據。他們還在組裝太陽能電池板,令觀測站即使在惡劣天氣下仍能夠繼續運作。 全球海平面觀測系統與另一計劃(Deep-ocean Assessment and Reporting of Tsunamis, DART)兩者並非相互競爭,因為大部份GLOSS傳感器都設於近岸地方,而DART傳感器則設於深海地方。相互競爭,因為大部份GLOSS傳感器都設於近岸地方,而DART傳感器則設於深海地方。 , Established in 1985, The Global Sea Level Established in 1985, The Global Sea Level Observing System (GLOSS) is an Intergovernmental Oceanographic Commission program whose purpose is to measure sea level globally for long-term climate change studies. The program's purpose has changed since the 2004 Indian Ocean earthquake and the program now collects real time measurements of sea level. The project is currently upgrading the over 290 stations it currently runs, so that they can send real time data via satellite to newly set up national tsunami centres. They are also fitting the stations with solar panels so they can continue to operate even if the mains power supply is interrupted by severe weather. The Global Sea Level Observing System does not compete with Deep-ocean Assessment and Reporting of Tsunamis as most GLOSS transducers are located close to land masses while DART's transducers are far out in the ocean. "GLOSS provides oversight and coordination for global and regional sea level networks in support of, and with direction from, the oceanographic and climate research communities." The Global Sea Level Observation System utilizes 290 tide gauge stations and watches over 90 countries and territories to have a global coverage. The research that is provided by GLOSS is important for many things including research into sea level change and ocean circulation, coastal protection during events such as storm surges, providing flood warning and monitoring tsunamis, tide tables for port operations, fisherman, and recreation, to define datums for national or state boundaries. GLOSS Core NetworkThe operation and maintenance of the GLOSS Core Network fulfills a range of research and operational requirements for the GLOSS Network. The goal of this network is to be 100% effective. Each gauge that is placed may differ in some aspects, in terms of having its own way of gathering and recording data.s own way of gathering and recording data.
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rdfs:comment 全球海平面觀測系統(Global Sea Level Observing Syste全球海平面觀測系統(Global Sea Level Observing System, GLOSS)是一個政府間海洋學委員會的計劃,其目的是測量海平面全球長期氣候變化的研究。自2004年印度洋地震後,該計劃的目的已經改變為收集海平面的。該項目目前正在升級超過290台觀測站,以使他們能夠通過衛星向新設立的國家海嘯中心傳送實時數據。他們還在組裝太陽能電池板,令觀測站即使在惡劣天氣下仍能夠繼續運作。 全球海平面觀測系統與另一計劃(Deep-ocean Assessment and Reporting of Tsunamis, DART)兩者並非相互競爭,因為大部份GLOSS傳感器都設於近岸地方,而DART傳感器則設於深海地方。相互競爭,因為大部份GLOSS傳感器都設於近岸地方,而DART傳感器則設於深海地方。 , Established in 1985, The Global Sea Level Established in 1985, The Global Sea Level Observing System (GLOSS) is an Intergovernmental Oceanographic Commission program whose purpose is to measure sea level globally for long-term climate change studies. The program's purpose has changed since the 2004 Indian Ocean earthquake and the program now collects real time measurements of sea level. The project is currently upgrading the over 290 stations it currently runs, so that they can send real time data via satellite to newly set up national tsunami centres. They are also fitting the stations with solar panels so they can continue to operate even if the mains power supply is interrupted by severe weather. The Global Sea Level Observing System does not compete with Deep-ocean Assessment and Reporting of Tsunamis as most GLOSS transducersting of Tsunamis as most GLOSS transducers
rdfs:label Global Sea Level Observing System , 全球海平面觀測系統
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