大气科学进展英文版现为国家自然科学基金委员会重点资助期刊，是大气科学领域的学术性刊物，坚持“百花齐放，百家争鸣”的方针，努力反映大气科学领域的最新研究成果，及时刊登有创造性的学术论文及评述性文章，报道大气科学领域内的新动向、新问题。国内外大气科学领域著名科学家均向我刊投稿，编委由国内外大气科学领域知名科学家共40多人组成。
阅读推荐：大气科学学报
是南京气象学院主办的学术类期刊，于1978年创刊，现为季刊，2002年起改为双月刊。本刊坚持四项基本原则，贯彻：“双百”方针，以繁荣我国气象科学事业，促进国内外学术交流为宗旨。本刊主要刊登大气科学，环境科学及相关基础学科的理论和应用研究论文，新技术研制，国内外研究进展综述等。读者对象是从事大所科学研究的科研人员，气象台站的技术人员及大专院校，有关专业的师生。
大气科学进展英文版最新期刊目录
Top-down Constraint on Regional Fossil Fuel CO2 Emissions in China Using GOSAT and OCO-2 Satellite XCO2 Retrievals: A Case of the COVID-19 Lockdown
摘要：The challenge of establishing top-down constraints for regional emissions of fossil fuel CO2（FFCO2） arises from the difficulty in distinguishing between atmospheric CO2 The Month-to-Year Precursory and Synchronous Inherent Connections between Global Oceanic Modes and Extreme Precipitation over China 摘要：The multiscale variability in summer extreme persistent precipitation(SEPP) in China from 1961 to 2020 was investigated via three extreme precipitation indices: consecutive wet days, total precipitati... Impact of the Sequential Bias Correction Scheme on the CMA-MESO Numerical Weather Prediction Model 摘要：Systematic bias is a type of model error that can affect the accuracy of data assimilation and forecasting that must be addressed. An online bias correction scheme called the sequential bias correctio... The Rotation of the Asymmetric Circulation Associated with the Track Direction Change of Tropical Cyclone Khanun(2017) 摘要：The dynamic processes responsible for the movement of tropical cyclone Khanun(2017) were studied by analyzing data from the mesoscale WRF model simulation. The simulated motion was induced by the vent... Phase-and Amplitude-Locking of Annual Maximum Rainfall Events in North China with the Annual Cycle of the East Asian Summer Monsoon 摘要：The annual maximum rainfall event(AMRE) refers to the maximum consecutive five-day rainfall in a year. In North China, these events account for 15%–80% of the total summer(June–August) rainfall amount... A Novel Machine Learning-Based Clustering-Merging Method for Improving Extreme Precipitation Estimation 摘要：Satellite Precipitation Products(SPPs) face challenges in detecting Extreme Precipitation Events(EPEs). Hence, the primary objective of this research is to introduce a novel framework termed Machine-L... Evaluation of Historical Snow Cover over the Tibetan Plateau in CMIP6 摘要：Snow cover over the Tibetan Plateau(TP)(TPSC) has garnered significant attention as a crucial indicator of climate change, along with its variations and related climate processes. However, due to the ... Improved Prediction of Extreme Rainfall Using a Machine Learning Approach 摘要：Under global warming, extreme precipitation in the Yellow River Basin(YRB) is increasing, threatening regional development and the environment. This trend highlights the need to improve our ability to... Macro-and Microphysical Characteristics of Freezing Rain and Their Impacts on Wire Icing Mechanisms in the Southwestern Mountainous Areas of China 摘要：Based on comprehensive observations of 20 wire icing events during winter from 2019 to 2021, we investigated the characteristics of the icing properties, the atmospheric boundary layer structure, the ... Interactions of the Background State and Eddies in Shaping Aleutian Low Variations 摘要：The Aleutian Low(AL) is a dominant feature of the mean circulation in the North Pacific during the winter season.The background stationary wave, air-sea interaction, and transient eddies over the Nort... Deep Learning–based Eddy-resolving Reconstruction of Subsurface Temperature and Salinity in the South China Sea 摘要：The inversion of ocean subsurface temperature and salinity(TS) is a hot topic and challenging problem in the oceanic sciences. In this study, a new method for the inversion of underwater TS in the Sou... Ocean Response for a Typical Leftward-Biased Cold Wake Induced by Hurricane Jova(2005) in the Northeast Pacific 摘要：In the Northern Hemisphere, cold wakes induced by tropical cyclones(TCs) are generally biased to the right of the storm track. However, a recent study found that a non-negligible proportion of cold wa... Influence of Winter Tasman Sea SST on the Antarctic Peninsula:A Perspective from Historical Simulations 摘要：The winter temperature variability of the Antarctic Peninsula(AP) has been proven to be influenced by sea surface temperature(SST) anomalies over the Tasman Sea. Using outputs over an extended time pe... Global Ensemble Weather Prediction from a Deep Learning–Based Model(Pangu-Weather) with the Initial Condition Perturbations of CMA-GEPS 摘要：Pangu-Weather(PGW), trained with deep learning–based methods(DL-based model), shows significant potential for global medium-range weather forecasting. However, the interpretability and trustworthiness... Response of Decadal Droughts on the Mongolian Plateau to External Forcings and Internal Variability over the Last Millennium 摘要：Since the mid-20th century, the Mongolian Plateau(MP) has experienced decadal droughts coupled with extreme heatwaves, severely affecting regional ecology and social development. However, the mechanis... EAAC-S2S: East Asian Atmospheric Circulation S2S Forecasting with a Deep Learning Model Considering Multi-Sphere Coupling 摘要：Subseasonal-to-seasonal(S2S) forecasting for East Asian atmospheric circulation poses significant challenges for conventional numerical weather prediction(NWP) models. Recently, deep learning(DL) mode... Impact of Methane Emissions on Future Stratospheric Ozone Recovery 摘要：Due to the control of ozone（O3）-depleting substances（ODSs）,it is believed that stratospheric O3 will recover in the future.However,in the context of global change,the contributio... Global Fire Emissions Linked to Madden–Julian Oscillation 摘要：Understanding the relationship between fire activity and climate variability is a major concern for the scientific community and is essential for reducing economic losses and life-threatening fire haz... Sub-Seasonal Forecast of Global Marine Heatwaves Based on NUIST CFS1.1 摘要：Marine heatwaves(MHWs), which can exert devastating socioeconomic and ecological impacts, have attracted much public interest in recent years. In this study, we evaluate the sub-seasonal forecast skil... Quasi-Biweekly Oscillation of Northeast China Cold Vortex Frequency in the Warm Season 摘要：The Northeast China cold vortex(NCCV) is the most important midlatitude synoptic system for weather and climate anomalies in Northeast China in the warm season. Many previous studies have focused on i... 相关科技期刊推荐 核心期刊推荐
