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Weather by the Numbers: The Genesis of Modern Meteorology

机译:数字气象:现代气象学的成因

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There were several key developments that took place during the twentieth century that have contributed to the improved accuracy of our weather forecasts today. The development of the polar-front theory and air mass analysis by members of the Bergen School in Norway following World War I provided meteorologists with a better understanding of the evolution of weather systems and how to predict their movement. The application of radar technology to meteorology during World War II allowed forecasters to "look inside" approaching storms to better determine their location, intensity, and movement. The launch of the first successful weather satellite, TIROS I, in 1960 offered a never-before-seen view of weather systems from space-invaluable in tracking the movements of tropical and other large scale weather systems. rnBut one of the most important-and perhaps least recognized (especially among non-meteorologists)-achievements in the history of modern meteorology has been the development of numerical weather prediction. The ability to use computer models to predict the weather tipped the scales of weather forecasting in favor of being more a science than an art.
机译:在20世纪发生了几项重要的事态发展,这些事态发展有助于提高我们今天的天气预报的准确性。第一次世界大战后,挪威卑尔根学派的成员发展了极地锋理论和空气质量分析,这为气象学家们提供了对天气系统演变以及如何预测其运动的更好的理解。在第二次世界大战期间,雷达技术在气象学中的应用使预报员可以“看内部”即将来临的风暴,从而更好地确定其位置,强度和运动。 1960年成功发射的第一颗气象卫星TIROS I,提供了前所未有的气象系统视角,从空间上看,这对于跟踪热带和其他大规模气象系统的运动具有不可估量的价值。但是,在现代气象学中,最重要的(也许是最不被认可的(尤其是在非气象学家中))成就之一是数值天气预报的发展。使用计算机模型预测天气的能力使天气预报的规模更小,而成为一门科学而非一门艺术。

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    《Weatherwise》 |2009年第3期|49-49|共1页
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