包晓红,姚秀萍,黄逸飞 (2026). Distinct East–West Distribution of Summer Precipitation over the Qinghai–Xizang Plateau in Relation to the Zonal Shear Line. Journal of Meteorological Research.
Zhu Zhu, Mei-Rong Wang, Jia-ling Wang, Xulin Ma, Jingjia Luo, Xiu-Ping Yao (2023). Diurnal Variation Characteristics of the Surface Sensible Heat Flux over the Tibetan Plateau. Atmosphere.DOI
Shaowen Shou, Shen-Shen Li, Yi-Xuan Shou, Xiu-Ping Yao (2023). An Introduction to Mesoscale Meteorology.DOI
Jia-Li Ma, Xiu-Ping Yao, Cheng Yuan (2023). Characteristics and Formation Mechanism of the Cloud Vertical Structure Over the Southeastern Tibetan Plateau in Summer. Earth and Space Science.DOI
Jia-Li Ma, Xiu-Ping Yao (2023). Summer Extreme Precipitation in the Key Region of the Sichuan-Tibet Railway. Advances in Atmospheric Sciences.DOI
杨晓亮,姚秀萍,杨玥,杨敏,陈碧莹 (2022). Characteristics of an Explosive Cyclone over Northeast China Revealed by Satellite Water Vapor Imagery. Journal of Tropical Meteorology.
Zhi-Qiang Lin, Xiu-Ping Yao, Wei-Dong Guo, Jun Du, Zhen-Bo Zhou (2022). Extreme precipitation events over the Tibetan Plataea and its vicinity associated with Tibetan Plateau vortices. Atmospheric research.DOI
Xiu-Ping Yao, Haixia Duan, Pengcheng Yan, Cai-Ling Zhao, Gan-Lin Zhou (2022). Multi‐factor synergistic effects on summer precipitation in the Meiyu region of China. International Journal of Climatology.DOI
C. Yuan, Xiu-Ping Yao, Yawei Qu, Tien-Chien Chen, Yifei Huang, Jia-Li Ma (2022). Variability of Clouds Over Southeast Tibetan Plateau: The.
Qiao-Hua Liu, Xiu-Ping Yao (2022). Diurnal Variation Mechanisms of the Zonal Shear Line Inducing Anomalous Heavy Precipitation Over the Tibetan Plateau in Boreal Summer. Journal of Geophysical Research - Atmospheres.DOI
Mingcheng Chen, Xiu-Ping Yao (2022). The characteristics and mechanisms on diurnal variation of summer precipitation over the Tibetan Plateau. Climate Dynamics.DOI
Zhi-Qiang Lin, Xiu-Ping Yao, Jun Du, Zhen-Bo Zhou (2022). Refined Evaluation of Satellite Precipitation Products against Rain Gauge Observations along the Sichuan—Tibet Railway. Journal of Meteorological Research.DOI
Xiu-Ping Yao, Hong-Hua Zhang, Jia-Li Ma, Dawei Shi, Wei-Jian Wang, Guichen Wang (2022). Characteristics of newly formed mesoscale convective systems during the abnormal precipitation over the Yangtze River basin from June to July, 2020. Atmospheric Science Letters.DOI
Xiaohong Bao, Xiu-Ping Yao (2022). Intensity Evolution of Zonal Shear Line over the Tibetan Plateau in Summer: A Perspective of Divergent and Rotational Kinetic Energies. Advances in Atmospheric Sciences.DOI
C. Yuan, Xiu-Ping Yao, Yawei Qu, Tian-Meng Chen, Yifei Huang, Jia-Li Ma(2022). 夏季青藏高原东南部气溶胶对云特性的影响. Chinese Science Bulletin.DOI
Zhi-Qiang Lin, Wei-Dong Guo, Xiu-Ping Yao, Jun Du, Wen-Kai Li, Jun Ge (2021). Tibetan Plateau vortex‐associated precipitation and its link with the Tibetan Plateau heating anomaly. International Journal of Climatology.DOI
Zhi-Qiang Lin, Xiu-Ping Yao, Wei-Dong Guo, Jun Du (2021). Vertical structure of Tibetan Plateau Vortex in boreal summer. Theoretical and Applied Climatology.DOI
Jun Sun, Xiu-Ping Yao, Guowei Deng, Yi Liu (2021). Characteristics and Synoptic Patterns of Regional Extreme Rainfall over the Central and Eastern Tibetan Plateau in Boreal Summer.DOI
Xiao Zhang, Hong Wang, H. Che, Sai-Chun Tan, Xiu-Ping Yao, Yue Peng, G. Shi (2021). Radiative forcing of the aerosol-cloud interaction in seriously polluted East China and East China Sea.DOI
Xiu-Ping Yao, Qiao-Hua Liu, Shuo Zhang, Jia-Li Ma (2021). Mechanism of Atmospheric Diabatic Heating Effect on the Intensity of Zonal Shear Line Over the Tibetan Plateau in Boreal Summer. Journal of Geophysical Research - Atmospheres.DOI
Zhi-Qiang Lin, Wei-Dong Guo, Xiu-Ping Yao, Jun Du, Jun Ge (2021). Inter-decadal Change of Tibetan Plateau Vortices during the past four Decades and its Possible Mechanism.DOI
姚秀萍,叶梦姝(2020). 浅析气象继续教育教案的编写. 《气象科技进展》.
姚秀萍,张硕,包晓红,师春香,刘景卫 (2020). Study on the Structure of a Horizontal Shear Line over the Tibetan Plateau Based on CRA-Interim Datasets and Its Comparison with ERA-Interim Datasets. Journal of Tropical Meteorology.
Yuan Gao, Xiu-Ping Yao (2020). Impact of Dynamic and Thermal Forcing on the Intensity Evolution of the Vortices over the Tibetan Plateau in Boreal Summer. 《热带气象学报(英文版)》.DOI
Yi Liu, Xiu-Ping Yao, Jian-Fang Fei, Xiang-Rong Yang, Jun Sun (2020). Characteristics of mesoscale convective systems during the warm season over the Tibetan Plateau based on FY‐2 satellite datasets. International Journal of Climatology.DOI
Xiu-Ping Yao, Jia-Li Ma, Da-Lin Zhang, Lizhu Yan (2020). A 33-yr Mei-Yu-Season Climatology of Shear Lines over the Yangtze–Huai River Basin in Eastern China. Journal of Applied Meteorology and Climatology.DOI
Xiu-Ping Yao, Da-Jun Zhao, Y. Li (2020). Autumn Tropical Cyclones over the Western North Pacific during 1949-2016: A Statistical Study. Journal of Meteorological Research.DOI
Zhi-Qiang Lin, Wei-Dong Guo, L. Jia, Xiu-Ping Yao, Zhen-Bo Zhou (2020). Climatology of Tibetan Plateau vortices derived from multiple reanalysis datasets. Climate Dynamics.DOI
Xiu-Ping Yao, Yuan Gao, Jia-Li Ma (2020). MPV-Q view of vorticity development in a saturated atmosphere.DOI
Xiao Zhang, Hong Wang, H. Che, Sai-Chun Tan, G. Shi, Xiu-Ping Yao, Hu-Jia Zhao (2020). Improvement of snow/haze confusion data gaps in MODIS Dark Target aerosol retrievals in East China.DOI
Xiu-Ping Yao, Qin Zhang, Xiao Zhang (2020). Potential Vorticity Diagnostic Analysis on the Impact of the Easterlies Vortex on the Short-term Movement of the Subtropical Anticyclone over the Western Pacific in the Mei-yu Period. Advances in Atmospheric Sciences.DOI
Lizhu Yan, Xiu-Ping Yao (2019). Structural Characteristics of the Yangtze-Huaihe Cold Shear Line over Eastern China in Summer. Atmosphere.DOI
Xiao Zhang, Hong Wang, H. Che, Sai-Chun Tan, G. Shi, Xiu-Ping Yao (2019). The impact of aerosol on MODIS cloud detection and property retrieval in seriously polluted East China. Science of the Total Environment.DOI
Q. Guan, Xiu-Ping Yao, Qing Li, Yuancang Ma, Hong-Hua Zhang (2018). Study of a Horizontal Shear Line over the Qinghai–Tibetan Plateau and the Impact of Diabatic Heating on Its Evolution. Journal of Meteorological Research.DOI
姚秀萍,孙建元 (2016). THERMAL FORCING IMPACTS OF THE EASTERLY VORTEX ON THE EAST-WEST SHIFT OF THE SUBTROPICAL ANTICYCLONE OVER WESTERN PACIFIC OCEAN. Journal of Tropical Meteorology.
Xia Zhang, Xiu-Ping Yao, Jia-Li Ma, Z. Mima (2016). Climatology of transverse shear lines related to heavy rainfall over the Tibetan Plateau during boreal summer. Journal of Meteorological Research.DOI
Xia Zhang, Xiu-Ping Yao, Jia-Li Ma, M. Zhuoga(2016). 北半球夏季のチベット高原上の豪雨に関連した横せん断線の気候学【Powered by NICT】.
姚秀萍,吴国雄,刘屹岷,刘还珠 (2009). Case Study on the Impact of the Vortex in the Easterlies in the Tropical Upper Troposphere on the Western Pacific Subtropical Anticyclone. Journal of Meteorological Research.
Xiu-Ping Yao (2009). Dry Intrusion Index and Its Physical Interpretation.
Bing-Ke Zhao, Guo-Xiong Wu, Xiu-Ping Yao (2007). Potential vorticity structure and inversion of the cyclogenesis over the Yangtze River and Huaihe River valleys.DOI
Xiu-Ping Yao, Guo-Xiong Wu, Bing-Ke Zhao, Yu-Bin Yu, Gui-Ming Yang (2007). Research on the dry intrusion accompanying the low vortex precipitation.DOI
Cai-Jun Yue, Mei-Ying Dong, Shaowen Shou, Xiu-Ping Yao (2007). Improved Wet Q Vector's Analytical Method and the Mechanism of Meiyu Front Rainstorm Genesis.
Coijun Yue, Shaowen Shou, Kaiping Lin, Xiu-Ping Yao (2003). Diagnosis of the Heavy Rain near a Meiyu Front Using the Wet Q Vector Partitioning Method.DOI
Xiu-Ping Yao (2003). THE IMPROVEMENT AND PERFECTION OF Q VECTOR.
孙军,姚秀萍(2002). 一次沙尘暴过程锋生函数和地表热通量的数值诊断. 《高原气象》.
Jun Sun, Xiu-Ping Yao (2002). Simulating Diagnostic Analyses for Frontogenesis and Surface Sensible Heat Flux of a Sand-Dust Storm Process.