开拓领域 , 推动业务 , 努力创新———纪念中国气象科学研究院成立50周年

中国气象科学研究院是中国气象局直属科研单位，是中国大气科学综合研究基地，其前身是成立于1956年的中央气象科学研究所。中国气象科学研究院成立50年来，始终面向中国气象事业的发展和国际大气科学前沿，在大气探测、中尺度气象学、气候学、极地和高原气象学、数值天气预报、农业气象学、大气化学与大气环境、云雾降水物理与人工影响天气、大气雷电等领域开展了广泛而深入的研究，并开展了东亚季风、台风、暴雨、高原气象、极地气象等方面的综合科学试验，取得了丰硕的研究成果，为中国气象科研与业务事业发展做出了重要贡献。     

《高原气象》征稿简则北大核心CSCD

《高原气象》是大气科学领域的综合性期刊,主要刊登大气科学领域,特别是青藏高原气象学、山地气象学等学科领域研究的新成果、新观点、新进展,也涵盖天气气候方面的理论、观测和预报预测方法、全球气候变化、大气物理、大气化学和大气雷电等学科,为推动大气科学及相关学科发展、促进国内外学术交流提供学术平台。     

中尺度气象学及大气化学研究进展及其发展趋势

中尺度气象学及大气化学研究进展及其发展趋势张庆阳，史国宁（中国气象科学研究院）８０年代以来，大气科学在基础研究和许多前沿领域取得了显著成绩，既推动了气象业务技术的发展，也促进了有关学科的进步。本文仅就中尺度气象学和大气化学的研究进展及其发展趋势做一综...     

大气科学系海洋科学专业建设模式的探索与实践

介绍了依托大气科学学科、专业的品牌效应及优势资源加快发展海洋科学新专业的一些探索和实践,根据大气科学系海洋科学专业的主要特色,给出了一些海洋科学专业近期发展的思路。     

国内外海洋气象组织及其现状简介

<正>自1861年2月英国开始通过电报通信对海运提供预警服务,从1911年开始英国气象局通过无线电通信发布英国周边海域的海洋气象预报,包括大浪和风暴警报。该项服务延续至今,仅在一战和二战期间有过间断。海洋气象学是研究海上大气物理特征和动力特征,以及海洋与大气相互作用规律的学科。由于海洋气象学既涉及大气又涉及海洋,因此它是大气科学和     

《高原气象》征稿简则

《高原气象》是大气科学领域的综合性期刊,主要刊登大气科学领域,特别是青藏高原气象学、山地气象学等学科领域研究的新成果、新观点、新进展,也涵盖天气气候方面的理论、观测和预报预测方法、全球气候变化、大气物理、大气化学和大气雷电等学科,为推动大气科学及相关学科发展、促进国内外学术交流提供学术平台。1.来稿要求1)论点明确,文字精练,条理清晰,数据可靠,图表清楚、简明。每篇论文以不超过8000~10000字为宜。     

从大气科学类核心期刊的载文分析看大气学科的研究状况

本文是成都信息工程学图书馆<从2001-2003年6种大气科学类核心期刊的载文分析看大气学科的研究动态>课题组的研究分析成果.课题组从文献计量学角度出发,统计分析了<气象学报>等6种大气科学(气象学)类核心期在2001～2003年刊载的论文所显现的大气学科研究动态、存在问题及发展方向.     

欢迎订阅2013年《热带气象学报》!

《热带气象学报》主要刊登热带大气科学的基础理论研究及应用研究方面的论文、热带地区天气预报的先进方法和成功的经验、推动学科发展的综合评述和学术动态。当前一段时间的刊登重点是:海-气相互作用、中低纬相互作用、低频振荡及遥相关、低纬大气环流异常及其机制、热带大气     

《高原气象》征稿简则

正《高原气象》是大气科学领域的综合性期刊,主要刊登大气科学领域,特别是青藏高原气象学、山地气象学等学科领域研究的新成果、新观点、新进展,也涵盖天气气候方面的理论、观测和预报预测方法、全球气候变化、大气物理、大气化学和大气雷电等学科,为推动大气科学及相关学科发展、促进国内外学术交流提供学术平台。     

《高原气象》征稿简则

正《高原气象》是大气科学领域的综合性期刊,主要刊登大气科学领域,特别是青藏高原气象学、山地气象学等学科领域研究的新成果、新观点、新进展,也涵盖天气气候方面的理论、观测和预报预测方法、全球气候变化、大气物理、大气化学和大气雷电等学科,为推动大气科学及相关学科发展、促进国内外学术交流提供学术平台。     

Progress in Marine Meteorology Studies in China during 1999-2002

The progresses of marine meteorology studies achieved in China during the four year period from 1999 to 2002 are summarized in six directions: air-sea flux, marine meteorology in high latitudes, marine disasters, connection between ocean and weather/climate in China, remote sensing applications and new methodologies in marine meteorology. Compared to the previous ones, these studies adopted much more first-hand datasets, and more scientific issues were involved. As an exciting remark, there were so many contributions done by the young scientists. A brief statement about the research strategy of marine meteorology in China for the coming years is also given.     

A Brief Introduction to Marine Meteorological Science Experiment Base at Bohe Town,Maoming City,Guangdong Province

<正>With the support of specialized funds for national science institutions,the Guangzhou Institute of Tropical and Marine Meteorology,China Meteorological Administration set up in October 2008 an experiment base for marine meteorology and a number of observation systems for the coastal boundary layer,air-sea flux,marine environmental elements,and basic meteorological elements at Bohe town,Maoming city,Guangdong province,in the northern part of the South China Sea.     

Oceanic micrometeorological field experiments: An historical perspective

This paper provides an historical perspective on micrometeorological field experiments designed to evaluate air-sea interaction processes. Of course, marine meteorology is much older, and air-sea interaction has always been an inevitable part of it. But only in this century have the tools been developed to go from qualitative understanding towards quantitative measurements of interactions.     

An overview of tropical cyclone and tropical meteorology research progress

There has been much progress in the study of tropical cyclones and tropical meteorology in China in the past few years. A new atmospheric field experiment of tropical cyclone landfall with the acronym of CLATEX (China Landfalling Typhoon Experiment) was implemented in July-August 2002. The boundary layer characteristics of the target typhoon Vongfong and the mesoscale structural features of other landfalling typhoons were studied. In addition, typhoon track operational forecasting errors in the last decade have been reduced because the operational monitoring equipment and forecast techniques were improved.Some results from the research program on tropical cyclone landfall, structure and intensity change, intensification near coastal waters, interaction between tropical cyclone and mid-latitude circulation, and the interaction among different scales of motion are described in this paper. Four major meteorological scientific experiments in China with international cooperation were implemented in 1998: the South China Sea monsoon field experiment (SCSMEX), the Tibetan Plateau field experiment (TIPEX), the Huaihe River basin energy and water cycle experiment (HUBEX), and the South China heavy rain scientific experiment(HUAMEX). Although these field experiments have different scientific objectives, they commonly relate to monsoon activities and they interact with each other. The valuable intensive observation data that were obtained have already been shared internationally. Some new findings have been published recently.Other research work in China, such as the tropical air-sea interaction, tropical atmospheric circulation,and weather systems, axe reviewed in this paper as well. Some research results have shown that the rainfall anomalies for different regions in China were closely related to the stages of E1 Nifio events.     

From Pioneers to Practitioners: A Short History of Severe Thunderstorm Research and Forecasting in Canada†

ABSTRACT

The science of understanding severe thunderstorms and developing techniques for their prediction is relatively young, with most fundamental research having been carried out only during the last 75 years. Though it is not widely known, Canada has played an important role in such research and development, and some of Canada’s atmospheric scientists have been pioneers globally in a number of areas. This brief review attempts to describe the full breadth of the Canadian contribution, with sections dedicated to radar meteorology, field studies, laboratory work, and forecasting. Key areas requiring further investment in order to improve our understanding and predictive skill are also identified.     

气象学(大气科学)类中、外文核心期刊的评定方法

采用数据库资料和计算机进行运算 ,利用引文法、文摘法、影响因子等多项指标综合评价的方法 ,评定出中、外气象学 (大气科学 )的核心期刊。并就其评定方法的异同、资料的选取等进行探讨     

近几年中国大气动力学的主要进展

１０年来，尤其是最近几年来，中国科学家在动力气象学以及新兴发展起来的气候动力学的研究方面取得了明显的进展，许多成果得到国内外专家的重视和好评。本文就主要的几个方面作一概括性的介绍，以促进中国动力气象学和气候动力学研究的进一步发展。     

Marine Meteorology Research Progress of China from 2003 to 2006

The progress in marine meteorology research achieved by scientists in China during the four-year period from 2003 to 2006 is summarized under four categories: marine disaster study, typhoon over the ocean, ocean-atmosphere monitoring technology, and ocean-atmosphere forecasting technology. Compared to the previous four years, many more first-hand datasets have been obtained and more scientific issues have been addressed. In particular, many contributions have been made by young scientists. A brief statement on the research strategy of marine meteorology in China for the coming years is given at the end.     

AAS has been accepted for Coverage by the Science Citation Index in 2009

In May 2008, ScienceWatch.com named Advances in Atmospheric Sciences a Rising Star among Geosciences journals. According to Essential Science IndicatorsSM from Thomson Reuters, the journal＇s cur-rent citation record includes 764 papers cited a total of 1,658 times between January 1, 1998 and February 29 2008.     

Review and Development on the Studies of Chinese Meteorological Satellite and Satellite Meteorology

Meteorological satellite and satellite meteorology are the fastest developing new branches in the atmospheric sciences. Today the meteorological satellite has become a key element in the global atmospheric sounding system while the satellite meteorology is covering the main components of earth's system science. This article describes the major achievements that China has made in these fields in the past 30 years. The following contents are involved: (1) History and present status of China's meteorological satellites. It covers the development, launch, operation, technical parameters of China's polar and geostationary meteorological satellites. (2) Major achievements on remote sensing principle and method. It describes the retrieval of atmospheric temperature and humidity profiles, cloud character retrieval, aerosol character retrieval, precipitation retrieval as well as the generation of cloud wind. (3) Achievement on the studies of meteorological satellite data application. This part covers the applications of meteorological satellite data to weather analysis and forecast, numerical forecast, climate monitoring, and prediction of short-term climate change. Besides, the new results on data assimilation, climate monitoring, and forecast are also included.