中国科学院院士 叶笃正

编者按：中国科学院院上、中国工程院院士，是国家在科学技术方面设立的最高学术称号，具有崇高的荣誉和在学术上的权威性，是我国科技界杰出的英才。其中，有几位是著名气象学家，他们为我国气象科学的进步和发展、赶超世界先进水平、培养气象科技人才做出了突出的贡献；开拓性的工作，一批科研成果达到了当今世界气象科学的领先地位和先进水平，在国际、国内享有很高的声誉。他们爱国奉献的高贵品质，在科学上执著追求、严谨求实的作风，取得的辉煌成就，令我们敬仰和学习，激励着我们迈向光明的21世纪！从本期起，我们将介绍几位中国科学…     

叶笃正：大师的天地

自新中国第一份气象记录出现以来,每当有人试图回望这段中国气象的发展史,绕不开的定是叶笃正这个老人的名字。     

清平乐·颂叶笃正先生百年华诞

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《大气科学》杂志出版“叶笃正先生百年诞辰纪念专刊”

正为纪念我国现代大气科学奠基人之一、国际著名气象学家——叶笃正先生的百年诞辰,《大气科学》杂志2016年第1期出版了"叶笃正先生百年诞辰纪念专刊"。专刊收集了从不同方面反映叶先生的卓越成就以及在他的教导下学生的研究成果,约十余篇文章,以作为对叶先生的怀念。专刊收录论文如下:从Rossby波能量频散理论到准定常行星波动力学研究的发展——黄荣辉等青藏高原和亚洲夏季风动力学研究的新进展——吴国雄等     

庆贺叶笃正先生从事气象工作六十年暨八秩华诞

庆贺叶笃正先生从事气象工作六十年暨八秩华诞中国气象学会理事长中国气象局局长邹竞蒙（一九九六年二月二十六日）今天，气象界同仁们欢聚一堂，共同庆贺叶笃正先生从事气象工作六十年及八秩华诞。在这里，请允许我代表中国气象学会二万多会员、中国气象局系统六万多气象...     

The Pioneering Works of Professor Duzheng YE on Atmospheric Dispersion,Tibetan Plateau Meteorology,and Air–Sea Interaction

This paper provides an overview of the impacts of the original works of Professor Duzheng YE on a selected set of observational and model studies with which the present author has been associated over the past several decades. The main themes of these works include atmospheric energy dispersion, air–land interactions over the Tibetan Plateau, and El Ni n?orelated air–sea coupling over East Asia.The dispersive behavior of observed atmospheric fluctuations accompanying cold surge events in East Asia is demonstrated. Cold air outbreaks over Korea and southern China are coincident with the successive downstream development of troughs and ridges, with the group velocity of such wave packets being notably faster than the phase propagation speed of individual troughs and ridges. In a more general context, dispersive features are also discernible from lagged teleconnection charts and cross-spectra of observed and model-simulated geopotential height variations on 10–30-day time scales.Using the output from a high-resolution general circulation model, the relative contributions of condensational, sensible, and radiative heating to the atmospheric energy budget over the Tibetan Plateau are documented. The rapid changes of the upper tropospheric Tibetan anticyclone and East Asian mei-yu("plum rain") precipitation band associated with the development of the Asian monsoon system are described.The principal anomalies in sea level pressure, surface wind, precipitation and sea surface temperature over southeastern China and the Philippine Sea region during El Nio events are presented. The contributions of remote El Nio-related forcing and local air–sea interaction to the occurrence of these anomalies are assessed.