Research progress on inter-monthly winter temperature variation in East Asia and climate prediction

IF 2.3 4区 地球科学 Q3 METEOROLOGY & ATMOSPHERIC SCIENCES Atmospheric and Oceanic Science Letters Pub Date : 2023-09-01 DOI:10.1016/j.aosl.2023.100372
Ke Fan , Hongqing Yang , Haixia Dai
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引用次数: 0

Abstract

Inter-monthly winter temperature variation in East Asia has been remarkable in recent years, showing reversed or alternating extreme cold and extreme warm events in different months or in different stages of the winter. There are many challenges in climate prediction in the winter months because the inter-monthly climate variation is often within the seasonal mean variation. It is therefore urgent to understand the variation of inter-monthly winter temperatures in East Asia, to identify their predictability and predictive sources, and to propose effective prediction methods and prediction models for the inter-monthly winter climate. This paper reviews progress in research during the last five years on the main characteristics, physical processes, mechanisms, predictability, and prediction of inter-monthly winter temperatures in East Asia, considering several related systems including the winter monsoon, Siberian high, and stratospheric polar vortex. The authors also discuss future research prospects.

摘要

近年来, 东亚冬季气温的月际间变化十分显著, 冬季不同月份或不同阶段之间极端冷暖事件的转折或交替频发. 由于月际间变化常常被季节平均掩盖, 东亚冬季气候预测面临众多的挑战. 因此, 亟需研究东亚冬季气温月际间变化的特征和机理, 明确其可预测性和预测来源, 进而研制考虑月际变化的东亚冬季气温的有效预测方法和预测模型. 本文回顾了过去5年对东亚冬季气温月际间变化的主要特征, 物理过程, 机制, 可预测性和预测的研究进展, 同时考虑了多个与气温相联系统的变化, 包括冬季风, 西伯利亚高压, 平流层极涡. 本文也进一步讨论了未来的研究前景.

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东亚冬季气温月际变化及气候预测研究进展
近年来东亚地区冬季气温的月际变化显著,在不同月份或不同阶段表现为极端冷和极端暖事件的反转或交替发生。由于冬季月份的气候变化往往在季节平均变化范围内,因此冬季月份的气候预测面临许多挑战。因此,迫切需要了解东亚冬季气温的月际变化,确定其可预测性和预测来源,并提出有效的冬季气候月际预测方法和预测模型。本文综述了近5年来东亚冬季气温的主要特征、物理过程、机制、可预测性和预报等方面的研究进展,并考虑了冬季风、西伯利亚高压和平流层极涡等相关系统。并对今后的研究前景进行了展望。摘要近年来, 东亚冬季气温的月际间变化十分显著, 冬季不同月份或不同阶段之间极端冷暖事件的转折或交替频发. 由于月际间变化常常被季节平均掩盖, 东亚冬季气候预测面临众多的挑战. 因此, 亟需研究东亚冬季气温月际间变化的特征和机理, 明确其可预测性和预测来源, 进而研制考虑月际变化的东亚冬季气温的有效预测方法和预测模型. 本文回顾了过去5年对东亚冬季气温月际间变化的主要特征, 物理过程, 机制, 可预测性和预测的研究进展, 同时考虑了多个与气温相联系统的变化, 包括冬季风, 西伯利亚高压, 平流层极涡. 本文也进一步讨论了未来的研究前景.
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来源期刊
Atmospheric and Oceanic Science Letters
Atmospheric and Oceanic Science Letters METEOROLOGY & ATMOSPHERIC SCIENCES-
CiteScore
4.20
自引率
8.70%
发文量
925
审稿时长
12 weeks
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