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首页> 外文期刊>Bulletin of the American Meteorological Society >AN OCEAN OBSERVING AND PREDICTION EXPERIMENT IN PRINCE WILLIAM SOUND, ALASKA
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AN OCEAN OBSERVING AND PREDICTION EXPERIMENT IN PRINCE WILLIAM SOUND, ALASKA

机译:阿拉斯加威廉王子的海洋观测与预报实验

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摘要

Systematic weather observations in North America have a long history dating to the eighteenth century and colonial times when the first country-wide weather organization was the U.S. Post Office and Benjamin Franklin was the Post Master General. In the nineteenth century, Matthew Maury of the U.S. Navy pioneered the collection and documentation of ocean weather and currents observed from ships so that mariners could use these data to shorten transoceanic voyages. The proliferation of the telegraph allowed terrestrial weather observations to be centralized, and newspapers distributed weather reports to the public. Technological innovations in the twentieth century, such as satellite imagery, telecommunications, powerful computers to drive numerical simulation models, and meteorological advancements, have provided a better mechanistic understanding of weather phenomena. Today there are thousands of weather stations reporting in near-
机译:北美的系统气象观测历史可追溯到18世纪和殖民时期,当时第一个全国性气象组织是美国邮局,本杰明·富兰克林是邮政总局。在19世纪,美国海军的马修·莫里(Matthew Maury)率先收集和记录了从船上观察到的海洋天气和海流,以便水手们可以利用这些数据来缩短越洋航行的时间。电报的激增使地面气象观测得以集中,报纸也向公众分发了气象报告。二十世纪的技术创新,例如卫星图像,电信,用于驱动数值模拟模型的强大计算机以及气象学的进步,已经提供了对天气现象的更好的机械理解。如今,成千上万个气象站在附近报告-

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