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Barents Sea Monitoring with a SEA EXPLORER Glider

机译：与海探险家滑翔机的小蚁泊海监控

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The use of gliders in the Polar Regions offers clever and inexpensive methods for large scale monitoring and exploration. In August and September of 2014, a SEA EXPLORER glider successfully completed a 388 km mission in the central Barents Sea to monitor the physical and biological features over a transect between 72°30' N and 74°30' N latitude and between 32°E and 33°E longitude, as part of the European FP7 ACCESS project and in cooperation with the Institute of Marine Research, Norway. The paper discusses the performance of the SEA EXPLORER vehicle during the mission in Arctic waters. The behavior of the magnetic compass in close proximity to the magnetic north pole is described and its resulting impact on the flight of the glider. The reliability and robustness of the vehicle is evaluated for operations in these difficult conditions. This successful and cost-effective mission now opens the door to future opportunities to conduct repeat autonomous monitoring in the Barents Sea.
机译：在极地地区使用滑翔机提供了大规模监测和勘探的巧妙和廉价的方法。 2014年8月和9月，海洋探险园林在中央小海中成功完成了388公里的任务，以监测72°30'N和74°30'N纬度和32°E之间的横断面的物理和生物学特征。和33°E经度，作为欧洲FP7访问项目的一部分，与挪威海洋研究所合作。本文讨论了北极水域在使命期间的海探险员车辆的表现。描述了磁性罗盘紧邻磁北极的行为，并导致了对滑翔机飞行的影响。在这些困难条件下评估车辆的可靠性和鲁棒性。这种成功且经济高效的使命现在为未来的机会开辟了在巴伦海中进行重复自主监测的机会。

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