百晓学者学者目录

王澄海

兰州大学大气科学学院

精选作品

期刊论文

  1. 张文韬，伯玥，李小兰，施红霞，王澄海（2026）. 印太海温异常对中国冬季降水变化的调控关系. 《高原气象》.
  2. Hao Chen, Xian-Hong Meng, S. Wang, Ya-Ling Chen, Lin Zhao, Le-Le Shu, M. Deng, Zhao-Guo Li, Chenghai Wang (2026). A Subtle Atmospheric Shift Is Redefining Winter Hydrology on the Tibetan Plateau. Geophysical Research Letters.DOI
  3. Kai Yang, Chenghai Wang, Yang Cui, Ling-Yun Ai, Fei-Min Zhang, Pinghan Zhaoye (2026). Optimization of snow cover fraction parameterization in the Community Land Model: implementation and preliminary validation over the Tibetan Plateau. Geoscientific Model Development.DOI
  4. Chenghai Wang, Wentao Zhang, Fei-Min Zhang (2026). Precipitation Changes and Possible Mechanisms in the Global Arid Regions During the Last 40 Years. Journal of Climate.DOI
  5. Luyuan Chen, Nan Guo, Fei-Min Zhang, Chenghai Wang (2026). Impacts of extreme temperatures on wind and solar energy potentials and carbon mitigation over the Gobi Desert Region of China. Theoretical and Applied Climatology.DOI
  6. Fei-Min Zhang, Kaixuan Bi, Xing Chen, Yi Yang, Fang Yang, Chenghai Wang (2026). A 25 km daily gridded dataset of meteorological variables and high-impact weather events for new-type power systems in China. Earth System Science Data.DOI
  7. Guang Li, Yuqi Feng, Hongxiang Yu, Chenghai Wang (2026). A scale-adaptive parameterization of the horizontal wind field in the mountainous boundary layer.DOI
  8. Lingyun Ai, Kai Yang, Feimin Zhang, Chenghai Wang, Tianmin Wu, Qi Qi, Haohui Li (2026). Reply on CC1.DOI
  9. Lingyun Ai, Kai Yang, Feimin Zhang, Chenghai Wang, Wu, Tonghua, Qi Qi, Haohui Li (2026). Comment on egusphere-2025-5676.DOI
  10. 张飞民，崔皓，王澄海（2025）. 基于机器学习的“模拟探空”构造方法及对高原低涡降水模拟的影响研究. 《第36届中国气象学会年会摘要集——S9 青藏高原大气科学研究》.DOI
  11. 唐泽鹏，张飞民，王澄海（2025）. 气候变暖背景下夏季高原涡活动的变化特征及原因初探. 《高原气象》.
  12. 郭楠，张飞民，王澄海（2025）. 考虑动态松弛系数的新参数化方法. 《第36届中国气象学会年会摘要集——S7 极地-中低纬度相互作用及其对天气气候的影响》.DOI
  13. 秦豪君，王勇，朱晗晖，王澄海（2025）. 西北干旱区一次持续性高温的成因分析. 《第36届中国气象学会年会摘要集——S16 灾害天气监测、分析与预报》.DOI
  14. 王澄海，尚君翔，张飞民，杨凯（2025）. 北半球近70a陆气耦合空间分布及其强度变化特征. 《干旱气象》.
  15. 高德华，崔志强，李课臣，张飞民，杨凯，王澄海（2025）. 青藏高原地区考虑融雪的土壤湿度间接Nudging方案对中国气候模拟的影响. 《气候与环境研究》.
  16. 王澄海，冯祥（2025）. 土壤温、湿度调控土壤呼吸过程的参数化进展及趋势. 《中国科学:地球科学》.
  17. Kaixuan Bi, Xing Chen, H. Cui, Fei-Min Zhang, Yang Cui, Chenghai Wang (2025). Influence of Extreme Climate events on wind and Solar Energy over the Gobi Desert Region of China in the future. Theoretical and Applied Climatology.DOI
  18. Chenghai Wang, Xiang Feng (2025). Progress and perspective in parameterizing soil respiration responses to temperature and moisture. Science China Earth Sciences.DOI
  19. Ali Naqi, Chenghai Wang, Xiang Feng, Sikandar Ali Junejo, Razzaq Ahmed, Mohib Ullah (2025). Spatiotemporal Characteristics of Snow Cover and Its Climate Impacts in the Western Tibetan Plateau Region. Atmospheric and Climate Sciences.DOI
  20. Qi Qi, Kai Yang, Haohui Li, Lingyun Ai, Chenghai Wang, Tonghua Wu (2024). Negative impacts of the withered grass stems on winter snow cover over the Tibetan Plateau. Agricultural And Forest Meteorology, Vol. 352.DOI
  21. 王勇，秦豪君，王澄海，程蓉，马莉，叶培龙，付正旭，周子涵（2024）. 2022年夏季西北干旱区一次持续性高温的成因分析. 《高原气象》.
  22. 李彦辉，张飞民，杨凯，王澄海（2024）. 一次干下击暴流的云微物理过程及移动和传播机制研究. 《大气科学》.
  23. 王勇，周子涵，王澄海，肖栋，秦豪君，黄武斌（2024）. 1979-2020年西北地区地表风速的年代际变化特征. 《高原气象》.
  24. 杨斐，张文韬，张飞民，王澄海（2024）. 1961—2022年祁连山气候特征及其变化. 《干旱区研究》.
  25. 杨斐，冯祥，张飞民，王澄海（2024）. 过去40 a来祁连山地区植被变化特征及其与气候的关系. 《干旱气象》.
  26. 万赏，张飞民，王澄海，吴蔚（2024）. 初始场水汽通量在一次登陆台风降水模拟中的作用. 《兰州大学学报(自然科学版)》.
  27. Haohui Li, Kai Yang, Yang Cui, Ling-Yun Ai, Chenghai Wang, Zhenting Wang, Caixia Zhang (2024). Desertification Mitigation in Northern China Was Promoted by Climate Drivers after 2000. Remote Sensing.DOI
  28. Fei-Min Zhang, Kaixuan Bi, Sentao Wei, Chenghai Wang (2024). The Response of Precipitation to Initial Soil Moisture over the Tibetan Plateau: Respective Effects of Boundary Layer Vertical Heat and Vapor Diffusions. Monthly Weather Review.DOI
  29. Yong Wang, Zihan Zhou, Xin-Yu Liu, Chenghai Wang, Dong Xiao, Wen-yao Li, Hao Qin (2024). Regime shift of the leading mode of winter surface wind speed in northwest China in 2003/04 and its possible link with Barents–Kara sea ice. International Journal of Climatology.DOI
  30. Kechen Li, Hao Wang, Fei-Min Zhang, Chenghai Wang (2024). Impact of Seesaw Spring Soil Moisture Anomalies in the Middle Latitudes on the General Circulation in Summer and Its Mechanism. Journal of Geophysical Research - Atmospheres.DOI
  31. Dehua Gao, Fei-Min Zhang, Chenghai Wang (2024). Climatic effects of afforestation over the middle-upper reaches of the yellow river. Theoretical and Applied Climatology.DOI
  32. 朱羿洁，张飞民，杨耀先，王澄海（2023）. 夏季南亚高压位置与青藏高原降水年际变化的关系研究. 《高原气象》.
  33. 王思祺，张文韬，王澄海（2023）. 不同初边界场对一次超级单体过程模拟影响的研究. 《高原气象》.
  34. 魏森涛，王澄海，张飞民，杨凯（2023）. 基于土壤温、湿度记忆性的土壤湿度预测方法研究. 《干旱气象》.
  35. 程蓉，王澄海，杨凯，张飞民（2023）. 近40年来青藏高原非绝热加热变化特征. 《气象与环境科学》.
  36. Chenghai Wang, Kai Yang, Zhi-Gang Wei, Bo Huang (2023). Editorial: Extreme precipitation in arid regions: observation, mechanisms, and simulations. Frontiers in Earth Science.DOI
  37. Kai Yang, Qi Qi, Chenghai Wang (2023). Possible impacts of vegetation cover increment on the relationship between winter snow cover anomalies over the Third Pole and summer precipitation in East Asia. npj Climate and Atmospheric Science.DOI
  38. Kai Yang, Jin-Tao Yang, Pinghan Zhaoye, Fei-Min Zhang, Guo Zhang, Chenghai Wang (2023). Optimization and Validation of Soil Frozen‐Thawing Parameterizations in Noah‐MP. Journal of Geophysical Research - Atmospheres.DOI
  39. Chenghai Wang (2023). Climatology in Cold Regions.DOI
  40. Jin-Tao Yang, Kai Yang, Fei-Min Zhang, Chenghai Wang (2023). Contributions of natural and anthropogenic factors to historical changes in vegetation cover and its future projections in the Yellow River basin, China. International Journal of Climatology.DOI
  41. Huoqing Li, Guo Zhang, Chenghai Wang, Zonghui Liu, Chenxiang Ju, Ali Mamtimin (2023). Improving snow albedo parameterization scheme based on remote sensing data. Atmospheric Research.DOI
  42. Huoqing Li, Chenghai Wang, Minzhong Wang, Zonghui Liu, Ali Mamtimin, XinMin Pan (2023). A new dataset of erodibility in dust source for WRF-Chem model based on remote sensing and soil texture - Application and Validation. Atmospheric Environment.DOI
  43. Chenghai Wang (2023). Index.DOI
  44. Chenghai Wang (2023). Bibliography.DOI
  45. 王澄海，杨金涛，杨凯，张飞民，张晟宁，李课臣，杨毅（2022）. 过去近60 a黄河流域降水时空变化特征及未来30 a变化趋势. 《干旱区研究》.
  46. 赵文，王澄海，张强，岳平，赵宁，杜莉丽（2022）. 基于SRTM数据地物滤波改进雷达降水估测. 《干旱气象》.
  47. 王芝兰，张飞民，王澄海，孙旭映，吕春艳（2022）. 1980—2019年青藏高原积雪深度时空差异性分析. 《冰川冻土》.
  48. Chenghai Wang, Tiantian Hu, Di Wu, Yaohui Li (2022). Characteristics of thermodynamic flux changes in the east–west locations of the South Asia High. Climate Dynamics.DOI
  49. Pinghan Zhaoye, Kai Yang, Chenghai Wang (2022). Impacts of Cumulus Parameterizations on Extreme Precipitation Simulation in Semi-Arid Region: A Case Study in Northwest China. Atmosphere.DOI
  50. Chenghai Wang, Jiamin Li, Fei-Min Zhang, Kai Yang (2022). Changes in the moisture contribution over global arid regions. Climate Dynamics.DOI
  51. Yao Lu, Yan Li, Quan Xia, Qingyi Yang, Chenghai Wang (2022). Interdecadal Change of Ural Blocking Highs and Its Atmospheric Cause in Winter during 1979–2018. Atmosphere.DOI
  52. Jin-Tao Yang, Kai Yang, Chenghai Wang (2022). How desertification in northern China will change under a rapidly warming climate in the near future (2021–2050). Theoretical and Applied Climatology.DOI
  53. Kai Yang, Chenghai Wang (2022). Frozen Soil Advances the Effect of Spring Snow Cover Anomalies on Subsequent Precipitation Over Tibetan Plateau. Journal of Hydrometeorology.DOI
  54. Huoqing Li, Chenghai Wang (2022). Impact of dust radiation effect on simulations of temperature and wind – A case study in Taklimakan Desert. Atmospheric Research.DOI
  55. Kai Yang, Chenghai Wang (2022). East–West Reverse Coupling Between Spring Soil Moisture and Summer Precipitation and Its Possible Responsibility for Wet Bias in GCMs Over Tibetan Plateau.DOI
  56. Fei-Min Zhang, Yi-Jie Zhu, Shuanglong Jin, Yi Yang, Kai Yang, Chenghai Wang, Lin Zhao (2022). What Can We Obtain from the Initial Conditions of Assimilating Wind Tower Observation to Improve Near-surface Meteorological Elements? Journal of Renewable and Sustainable Energy.DOI
  57. Z. Cui, Chenghai Wang (2022). Improvement of summer precipitation simulation with indirect assimilation of spring soil moisture over the Tibetan Plateau. Quarterly Journal of the Royal Meteorological Society.DOI
  58. 王溪雯，张飞民，王芝兰，杨凯，王澄海（2021）. 青藏高原西部一次高原涡生成的数值模拟研究. 《干旱气象》.
  59. 王澄海，杨凯，张飞民，保鸿燕，程蓉，李登宣，崔志强，李课臣（2021）. 青藏高原土壤冻融过程的气候效应:进展和展望. 《高原气象》.
  60. 王澄海，张晟宁，李课臣，张飞民，杨凯（2021）. 1961～2018年西北地区降水的变化特征. 《大气科学》.
  61. 王澄海，张晟宁，张飞民，李课臣，杨凯（2021）. 论全球变暖背景下中国西北地区降水增加问题. 《地球科学进展》.
  62. 王澄海（2021）. 大气数值模式及模拟. 《气象出版社 2023重印》.
  63. 刘新伟，王澄海，郭润霞，杨晓军，狄潇泓（2021）. 1981—2018年甘肃省极端暴雨天气过程的气候与环流特征. 《干旱气象》.
  64. Kechen Li, Fei-Min Zhang, Kai Yang, Jiali Shen, Chenghai Wang (2021). Correction to: Improvement of summer precipitation simulation by correcting biases of spring soil moisture in the seasonal frozen-thawing zone over the Northern Hemisphere. Climate Dynamics.DOI
  65. Kechen Li, Fei-Min Zhang, Kai Yang, Jiali Shen, Chenghai Wang (2021). Improvement of summer precipitation simulation by correcting biases of spring soil moisture in the seasonal frozen-thawing zone over the Northern Hemisphere. Climate Dynamics.DOI
  66. Fei-Min Zhang, Chenghai Wang, Guo-Hui Xie, Weizheng Kong (2021). Future forecast of global land wind and light resources in the context of climate change. Natural Resources Conservation and Research.DOI
  67. P. Liu, Yi Yang, Anwei Lai, Yunheng Wang, A. Fierro, Ji-Dong Gao, Chenghai Wang (2021). Assimilating FY-4A Lightning and Radar Data for Improving Short-Term Forecasts of a High-Impact Convective Event with a Dual-Resolution Hybrid 3DEnVAR Method. Remote Sensing.DOI
  68. Jiali Shen, Kechen Li, Z. Cui, Fei-Min Zhang, Kai Yang, Chenghai Wang (2021). Improvement of summer precipitation simulation in China by assimilating spring soil moisture over the Tibetan Plateau. Theoretical and Applied Climatology.DOI
  69. P. Liu, Yi Yang, Yujing Xin, Chenghai Wang (2021). Impact of Lightning Data Assimilation on Forecasts of a Leeward Slope Precipitation Event in the Western Margin of the Junggar Basin. Remote Sensing.DOI
  70. Chenghai Wang, Kechen Li, J. Santisirisomboon (2021). Wave activities characteristics during a sudden sharp drought–flood turn event in 2011 in East China. International Journal of Climatology.DOI
  71. 蒋靖海，王澄海（2020）. 北半球季节性冻融区与北半球夏季降水关系的研究. 《冰川冻土》.
  72. 王澄海，程蓉，赵文，孙超（2020）. 冰川动力学模式模型进展及研究. 《冰川冻土》.
  73. Luyuan Chen, Guang-Wei Li, Fei-Min Zhang, Chenghai Wang (2020). Simulation Uncertainty of Near-Surface Wind Caused by Boundary Layer Parameterization Over the Complex Terrain. Frontiers in Energy Research.DOI
  74. Peng Liu, Yi Yang, Ji-Dong Gao, Yunheng Wang, Chenghai Wang (2020). An Approach for Assimilating FY4 Lightning and Cloud Top Height Data Using 3DVAR. Frontiers in Earth Science.DOI
  75. Chenghai Wang, Kai Yang, Fei-Min Zhang (2020). Impacts of Soil Freeze–Thaw Process and Snow Melting Over Tibetan Plateau on Asian Summer Monsoon System: A Review and Perspective. Frontiers in Earth Science.DOI
  76. Jiamin Li, Chenghai Wang (2020). An Evaporation Correction Approach and Its Characteristics. Journal of Hydrometeorology.DOI
  77. Yun-Fei Fu, Yao-Ming Ma, L. Zhong, Yuanjian Yang, Xue-Lian Guo, Chenghai Wang, Xiao-Feng Xu, Kun Yang, Xiang-De Xu, Liping Liu, Guang-Zhou Fan, Yue-Qing Li, Dong-Hai Wang (2020). Land-surface processes and summer-cloud-precipitation characteristics in the Tibetan Plateau and their effects on downstream weather: a review and perspective. National Science Review.DOI
  78. De-Pei Zhang, Luyuan Chen, Fei-Min Zhang, Juan Tan, Chenghai Wang (2020). Numerical Simulation of Near-Surface Wind during a Severe Wind Event in a Complex Terrain by Multisource Data Assimilation and Dynamic Downscaling. Advances in Meteorology.DOI
  79. Fei-Min Zhang, Z. Pu, Chenghai Wang (2020). Land‐Surface Diurnal Effects on the Asymmetric Structures of a Postlandfall Tropical Storm. Journal of Geophysical Research - Atmospheres.DOI
  80. Yi-Ya Yang, Renguang Wu, Chenghai Wang (2020). Individual and Combined Impacts of Tropical Indo-Pacific SST Anomalies on Interannual Variation of the Indochina Peninsular Precipitation. Journal of Climate.DOI
  81. Feimin Zhang, Bohang Ren, Chunlei Dou, Chenghai Wang (2020). Numerical Simulation of Near-Surface Atmospheric Conditions during a Radiation Fog over the Complex Terrain. Proceedings of 2020 International Conference on Green Energy, Environment and Sustainable Development (GEESD 2020).DOI
  82. Chenghai Wang, Wen Zhao, Yangfan Cui (2020). Changes in the Seasonally Frozen Ground Over the Eastern Qinghai-Tibet Plateau in the Past 60 Years. Frontiers in Earth Science.DOI
  83. Kai Yang, Chenghai Wang (2019). Water storage effect of soil freeze-thaw process and its impacts on soil hydro-thermal regime variations. Agricultural And Forest Meteorology, Vol. 265.DOI
  84. Kai Yang, Chenghai Wang (2019). Seasonal persistence of soil moisture anomalies related to freeze–thaw over the Tibetan Plateau and prediction signal of summer precipitation in eastern China. Climate Dynamics.DOI
  85. Chenghai Wang, Dan-Yang Cui, J. Santisirisomboon (2019). Projected changes in extreme precipitation over eastern Asia in the 21st century. International Journal of Climatology.DOI
  86. Fei-Min Zhang, Chenghai Wang, Z. Pu (2019). Genesis of Tibetan Plateau Vortex: Roles of Surface Diabatic and Atmospheric Condensational Latent Heating.DOI
  87. Yaohui Li, Xing Yuan, Hongsheng Zhang, Run-Yuan Wang, Chenghai Wang, Xian-Hong Meng, Zhiqiang Zhang, Shan-Shan Wang, Yang Yang, Bo Han, Kai Zhang, Xiaoping Wang, Hong Zhao, Guang-Sheng Zhou, Qiang Zhang, Qing He, N. Guo, W. Hou, Cunjie Zhang, Guo-Ju Xiao, Xu-Ying Sun, Ping Yue, S. Sha, He-Ling Wang, Tie-Jun Zhang, Jinsong Wang, Yu-Bi Yao (2019). Mechanisms and Early Warning of Drought Disasters: Experimental Drought Meteorology Research over China. Bulletin of The American Meteorological Society - (BAMS).DOI
  88. Yan Li, Yao Lu, Chenghai Wang (2019). Characteristics of thermal and momentum transport during the lifetime of Ural blocking highs. International Journal of Climatology.DOI
  89. Chenghai Wang, Di Wu, Fei-Min Zhang (2019). Modification of the convective adjustment time‐scale in the Kain–Fritsch eta scheme for the case of weakly forced deep convection over the Tibetan Plateau region. Quarterly Journal of the Royal Meteorological Society.DOI
  90. Chenghai Wang, Zhilan Wang, Ying Kong, Fei-Min Zhang, Kai Yang, Ting-Jun Zhang (2019). Most of the Northern Hemisphere Permafrost Remains under Climate Change. Scientific Reports.DOI
  91. Yuan-Yuan Ma, Yi Yang, C. Qiu, Chenghai Wang (2019). Evaluation of the WRF-Lake Model over Two Major Freshwater Lakes in China. Journal of Meteorological Research.DOI
  92. Fei-Min Zhang, Z. Pu, Chenghai Wang (2019). Impacts of Soil Moisture on the Numerical Simulation of a Post-Landfall Storm. Journal of Meteorological Research.DOI
  93. Kai Yang, Chenghai Wang (2019). Corrigendum to “Water storage effect of soil freeze-thaw process and its impacts on soil hydro-thermal regime variations” [Agric. For. Meteorol. 265 (2019) 280–294]. Agricultural and Forest Meteorology.DOI
  94. Wen Chen, Lin Wang, Juan Feng, Z. Wen, T. Ma, Xiu-Qun Yang, Chenghai Wang (2019). Recent Progress in Studies of the Variabilities and Mechanisms of the East Asian Monsoon in a Changing Climate. Advances in Atmospheric Sciences.DOI
  95. Kai Yang, Chenghai Wang, Fei-Min Zhang, Kechen Li, Jiamin Li (2019). Improved simulation of freeze-thaw process in land surface model based on new scheme for phase change and considering soil water-heat transport coupling.
  96. Ruo-Lin Li, Chenghai Wang (2019). Precipitation recycling using a new evapotranspiration estimator for Asian-African arid regions. Theoretical and Applied Climatology.DOI
  97. 李一玲，王澄海，张飞民（2018）. 欧亚大陆冬季地表温度南北反相变化的年代际特征及机理. 《气候与环境研究》.
  98. 李时越，杨凯，王澄海（2018）. 陆面模式CLM4.5在青藏高原土壤冻融期的偏差特征及其原因. 《冰川冻土》.
  99. 伯玥，王澄海，张飞民 (2018). THE MECHANISM OF THICKNESS OF GEOPOTENTIAL HEIGHT DIPOLE AND ITS RELATION WITH CLIMATE VARIABILITY IN ASIA-AUSTRALIA IN BOREAL WINTER. Journal of Tropical Meteorology.
  100. Yuan-Yuan Ma, Yi Yang, Chenghai Wang (2018). How essential of the balance between large and small scale features to reproduce precipitation during a sudden sharp turn from drought to flood. Climate Dynamics.DOI
  101. Kai Yang, Chenghai Wang, Shiyue Li (2018). Improved Simulation of Frozen‐Thawing Process in Land Surface Model (CLM4.5). Journal of Geophysical Research - Atmospheres.DOI
  102. Fei-Min Zhang, Chenghai Wang, Guo-Hui Xie, Weizheng Kong, Shuanglong Jin, Ju-Jun Hu, Xi Chen (2018). Projection of global wind and solar resources over land in the 21st century.DOI
  103. Celestin Sindikubwabo, Ruo-Lin Li, Chenghai Wang (2018). Abrupt Change in Sahara Precipitation and the Associated Circulation Patterns.DOI
  104. Di Wu, Fei-Min Zhang, Chenghai Wang (2018). Impacts of Diabatic Heating on the Genesis and Development of an Inner Tibetan Plateau Vortex. Journal of Geophysical Research - Atmospheres.DOI
  105. Chenghai Wang, Di Wu, Fei-Min Zhang, Jiamin Li, Kechen Li (2018). A New Convective Time Scale for Kain-Fritsch Eta Scheme and Preliminary Validation in a Convective Cloud Precipitation.
  106. Dan-Yang Cui, Chenghai Wang, J. Santisirisomboon (2018). Characteristics of extreme precipitation over eastern Asia and its possible connections with Asian summer monsoon activity. International Journal of Climatology.DOI
  107. Chenghai Wang, Kai Yang (2018). A New Scheme for Considering Soil Water‐Heat Transport Coupling Based on Community Land Model: Model Description and Preliminary Validation.DOI
  108. 孔莹，王澄海（2017）. 北半球多年冻土及雪水当量对1.5℃温升的响应. 《第34届中国气象学会年会 S3 冰冻圈对全球气候变化的响应与反馈论文集》.
  109. 王澄海，杨凯，崔志强，保鸿雁（2017）. 冻融过程在与夏季降水及其季风的关系. 《第34届中国气象学会年会 S6 东亚气候多时间尺度变异机理及气候预测论文集》.
  110. 杨凯，胡田田，王澄海（2017）. 青藏高原南、北积雪异常与中国东部夏季降水关系的数值试验研究. 《大气科学》.
  111. 李时越，杨凯，王澄海（2017）. 寒区土壤冻融过程对陆面模式模拟偏差的影响. 《第34届中国气象学会年会 S3 冰冻圈对全球气候变化的响应与反馈论文集》.
  112. 崔丹阳，王澄海（2017）. 东亚极端降水的时空分布特征及与夏季风的关系. 《第34届中国气象学会年会 S2 副热带季风与极端天气气候事件论文集》.
  113. 李课臣，王澄海（2017）. 东亚地区极端降水的时空分布特征. 《第34届中国气象学会年会 S2 副热带季风与极端天气气候事件论文集》.
  114. 杨凯，王澄海，H.Bao（2017）. 春季土壤湿度变化对北半球夏季降水的贡献. 《第34届中国气象学会年会 S3 冰冻圈对全球气候变化的响应与反馈论文集》.
  115. 李明妍，崔志强，王澄海（2017）. Nudging方法对中国西北强降水过程的模拟试验研究. 《气候与环境研究》.
  116. 孔莹，王澄海（2017）. 全球升温1.5℃时北半球多年冻土及雪水当量的响应及其变化. 《气候变化研究进展》.
  117. 崔洋，常倬林，余莲，王澄海（2017）. 青藏高原春季地表非绝热加热异常对东亚夏季风强度的影响. 《干旱气象》.
  118. 李耀辉，周广胜，袁星，张宏升，姚玉璧，封国林，王润元，郭铌，张存杰，张强，侯威，黄建平，王澄海，申双和，李明星，张志强，王劲松，张铁军，段海霞，张宇，张凯，岳平（2017）. 干旱气象科学研究——“我国北方干旱致灾过程及机理”项目概述与主要进展. 《干旱气象》.
  119. Chenghai Wang, Di Wu, Ying Kong, Ruo-Lin Li, Hong-Xiao Shi (2017). Changes of Soil Thermal and Hydraulic Regimes in Northern Hemisphere Permafrost Regions over the 21st Century. Arctic, Antarctic, and Alpine Research.DOI
  120. Fei-Min Zhang, Z. Pu, Chenghai Wang (2017). Effects of Boundary Layer Vertical Mixing on the Evolution of Hurricanes over Land.DOI
  121. H. Bao, Kai Yang, Chenghai Wang (2017). Characteristics of GLDAS soil-moisture data on the Tibet Plateau.DOI
  122. Chenghai Wang, Kai Yang, Yiling Li, Di Wu, Bogoslovskaya T. Yu (2017). Impacts of Spatiotemporal Anomalies of Tibetan Plateau Snow Cover on Summer Precipitation in Eastern China.DOI
  123. Ying Kong, Chenghai Wang (2017). Responses and changes in the permafrost and snow water equivalent in the Northern Hemisphere under a scenario of 1.5 °C warming.DOI
  124. Chenghai Wang (2017). Impacts of Soil Moisture Variability Caused by Thawing and Snow Melting in Spring on Precipitation in Summerer. 97th American Meteorological Society Annual Meeting.
  125. Tiantian Hu, Di Wu, Yaohui Li, Chenghai Wang (2017). The Effects of Sandstorms on the Climate of Northwestern China.DOI
  126. Ying Wang, Yi Yang, Dong-Xia Liu, Dong-Bin Zhang, Wenxuan Yao, Chenghai Wang (2017). A Case Study of Assimilating Lightning-Proxy Relative Humidity with WRF-3DVAR.DOI
  127. Chenghai Wang, Z. Cui (2017). Improvement of Short-Term Climate Prediction with Indirect Soil Variables Assimilation in China.DOI
  128. 李明妍，王澄海（2016）. 基于WRF-FDDA的一次西北降水过程同化试验. 《第33届中国气象学会年会 S8 数值模式产品应用与评估》.
  129. 王艺，伯玥，王澄海（2016）. 青藏高原中东部云量变化与气温的不对称升高. 《高原气象》.
  130. 吴迪，胡田田，王澄海（2016）. 地表热力作用对高原低涡及降水的影响. 《第33届中国气象学会年会 S3 青藏高原与复杂山地天气气候》.
  131. 吴迪，王澄海，何光碧（2016）. 青藏高原地区夏季两次强降水过程中重力波特征分析. 《高原气象》.
  132. 李时越，杨凯，王澄海（2016）. 全球云量分布变化特征分析及其辐射效应对青藏高原地区气温的作用. 《第33届中国气象学会年会 S12 大气物理学与大气环境》.
  133. 杨凯，李时越，保鸿燕，王澄海（2016）. 土壤湿度年际变化对北半球夏季降水的影响. 《第33届中国气象学会年会 S9 水文气象灾害预报预警》.
  134. 保鸿燕，杨凯，李一玲，王澄海（2016）. GLDAS土壤湿度在青藏高原地区的误差及其原因. 《第33届中国气象学会年会 S8 数值模式产品应用与评估》.
  135. 孔莹，杨凯，王澄海（2016）. 全球变暖1.5-2℃情景下北半球冻土面积预估. 《第33届中国气象学会年会 S7 全球变暖背景下的亚洲季风与冰冻圈》.
  136. 李若麟，SINDIKUBWABO CELESTIN，王澄海（2016）. 中蒙干旱区降水转化率及其变化趋势分析. 《第33届中国气象学会年会 S4 干旱气象灾害监测预测及其影响与对策》.
  137. 崔志强，王澄海（2016）. 高原低涡同化试验研究. 《第33届中国气象学会年会 S8 数值模式产品应用与评估》.
  138. 伯玥，王澄海（2016）. 北半球冬季亚澳振荡与亚澳地区气候的关系. 《热带气象学报》.
  139. Sindikubwabo Celestin, Pan Ma, Ruolin Li, Chenghai Wang (2016). Precipitation variabilities over Sahara Desert during 1961-2010. 《第33届中国气象学会年会 S4 干旱气象灾害监测预测及其影响与对策》.
  140. 崔洋，常倬林，王澄海，桑建人（2016）. 河套干旱区夏季晴天与阴雨天大气边界层特征对比分析. 《干旱区地理》.
  141. 李登宣，王澄海（2016）. 青藏高原春季土壤湿度与中国东部夏季降水之间的关系. 《冰川冻土》.
  142. 徐栋，李若麟，王澄海（2016）. 全球变暖背景下亚非典型干旱区降水变化及其与水汽输送的关系研究. 《气候与环境研究》.
  143. 徐栋，孔莹，王澄海（2016）. 西北干旱区水汽收支变化及其与降水的关系. 《干旱气象》.
  144. 张政泰，林明宇，亓鹏，陈圣哲，王澄海（2016）. 西南涡发生发展机制中热力强迫作用的数值试验. 《干旱气象》.
  145. 伯玥，王艺，李嘉敏，王澄海（2016）. 青藏高原地区云水时空变化特征及其与降水的联系. 《冰川冻土》.
  146. 李若麟，保鸿燕，李课臣，王澄海（2016）. 全球土壤湿度的记忆性及其气候效应. 《冰川冻土》.
  147. Di Wu, Chenghai Wang, Guang-Bi He (2016). Gravity Wave Characteristics in Two Summer Heavy Rainfall in the Qinghai-Xizang Plateau.DOI
  148. Yi Wang, Bogoslovskaya T. Yu, Chenghai Wang（2016）. 青海-チベット高原における東部雲量の変化と気温の非対称性は増加した。【JST・京大機械翻訳】.
  149. Kai Yang, Chenghai Wang, H. Bao (2016). Contribution of soil moisture variability to summer precipitation in the Northern Hemisphere.DOI
  150. Chenghai Wang, Bogoslovskaya T. Yu, Ruo-Lin Li, H. Bao (2016). Impacts of the Asia–Australia dipole and ENSO on climate variability in the Asia–Australia region.DOI
  151. Yi Wang, Chenghai Wang (2016). Features of clouds and convection during the pre- and post-onset periods of the Asian summer monsoon. Theoretical and Applied Climatology.DOI
  152. Di Wu, Chenghai Wang, Guang-Bi He（2016）. 青海-チベット高原における夏の2回の豪雨過程における重力波特性の解析【JST・京大機械翻訳】.
  153. Yuan-Yuan Ma, Yi Yang, Xiaoping Mai, C. Qiu, X. Long, Chenghai Wang (2016). Comparison of Analysis and Spectral Nudging Techniques for Dynamical Downscaling with the WRF Model over China.DOI
  154. Dong-Hong Xu, Ruo-Lin Li, Chenghai Wang（2016）. 地球温暖化の背景における帯状の典型的な乾燥地域の降水変化と水蒸気輸送との関係に関する研究【JST・京大機械翻訳】.
  155. Ruo-Lin Li, Chenghai Wang, Di Wu (2016). Changes in precipitation recycling over arid regions in the Northern Hemisphere. Theoretical and Applied Climatology.DOI
  156. Yi Wang, Bogoslovskaya T. Yu, Chenghai Wang (2016). Relations of Cloud Amount to Asymmetric Diurnal Temperature Change in Central and Eastern Qinghai-Xizang Plateau.DOI
  157. 李登宣，吴迪，王澄海（2015）. 青藏高原春季土壤湿度与中国东部夏季降水的关系. 《第32届中国气象学会年会S23 第五届研究生年会》.
  158. 李登宣，吴迪，王澄海（2015）. 青藏高原积雪对南亚夏季风影响的数值试验. 《第32届中国气象学会年会S8 我国气候模式发展与评估、气候模式预测技术》.
  159. 李若麟，Chenghai Wang (2015). The Spatial and temporal characteristics of precipitation recycling ratio in arid region and the uncertain from evapotranspiration. 《第32届中国气象学会年会S5 干旱陆面过程与气候变化》.
  160. 巩崇水，段海霞，李耀辉，王澄海，任余龙（2015）. RegCM4模式对中国过去30a气温和降水的模拟. 《干旱气象》.
  161. 崔志强，保鸿燕，王澄海（2015）. 同化ATOVS不同类型资料对华北一次暴雪模拟的改进试验. 《干旱气象》.
  162. 田辉，蓝永超，文军，金会军，王澄海，王欣，康悦（2015）. 黄河源区近期气候暖湿化的考证及其水文影响（英文）. Journal of Geographical Sciences.
  163. 王澄海，李燕，王艺（2015）. 北半球大气环流及其冬季风的年代际变化对青藏高原冬季降雪的影响. 《气候与环境研究》.
  164. Hong-Xia Shi, Chenghai Wang（2015）. 21世纪北半球中高纬度净初级生产力(NPP)变化及其与气候因子之间的关系.DOI
  165. 张林梅，苗运玲，李健丽，王澄海（2015）. 新疆阿勒泰地区近50a夏季极端降水事件变化特征. 《冰川冻土》.
  166. Chenghai Wang, Hong-Xiao Shi, Hao Hu, Yi Wang, B. Xi (2015). Properties of cloud and precipitation over the Tibetan Plateau. Advances in Atmospheric Sciences.DOI
  167. H.-X. Shi, Chenghai Wang (2015). Projected 21st century changes in snow water equivalent over Northern Hemisphere landmasses from the CMIP5 model ensemble.DOI
  168. Chenghai Wang, Ruo-Lin Li, Dong-Hong Xu (2015). The forcing of Arctic Sea Ice extent anomaly on atmosphere circulation of northern hemisphere.
  169. Wenli Wang, A. Rinke, J. Moore, Xue-Feng Cui, D. Ji, Q. Li, N. Zhang, Chenghai Wang, S. Zhang, David M. Lawrence, A. McGuire, Wen-Xing Zhang, C. Delire, C. Koven, K. Saito, A. MacDougall, E. Burke, B. Decharme (2015). Diagnostic and model dependent uncertainty of simulated Tibetan permafrost area.DOI
  170. H. Tian, Y. Lan, Jun Wen, Huijun Jin, Chenghai Wang, Xin Wang, Yue Kang (2015). Evidence for a recent warming and wetting in the source area of the Yellow River (SAYR) and its hydrological impacts. Journal of Geographical Science.DOI
  171. H.-X. Shi, Chenghai Wang (2015). 21st century changes in snow water equivalent over Northern Hemisphere landmasses due to increasing temperature, projected with the CMIP5 models.DOI
  172. Fei-Min Zhang, Yi Yang, Chenghai Wang (2015). The Effects of Assimilating Conventional and ATOVS Data on Forecasted Near-Surface Wind with WRF-3DVAR.DOI
  173. Yan Li, Chenghai Wang, Yi Wang (2015). Impacts of interdecadal variability of circulation and winter monsoon on winter snowfall over the Tibetan Plateau.DOI
  174. 王坤，张飞民，孙超，王澄海（2014）. WRF-WSM3微物理方案在青藏高原地区暴雪模拟中的改进及试验. 《大气科学》.
  175. 张飞民，王澄海（2014）. 利用WRF-3DVAR同化常规观测资料对近地层风速预报的改进试验. 《高原气象》.
  176. 伯玥，王艺，王澄海（2014）. 青藏高原地区云水资源分布特征与变化趋势及其与降水的联系. 《第31届中国气象学会年会S8 第16届全国云降水与人工影响天气科学会议——大气水资源开发利用与气象防灾减灾》.
  177. 伯玥，李小兰，王澄海（2014）. 青藏高原地区积雪年际变化异常中心的季节变化特征. 《冰川冻土》.
  178. 王澄海，靳双龙，施红霞（2014）. 未来50a中国地区冻土面积分布变化. 《冰川冻土》.
  179. Yi-Peng Guo, Chenghai Wang (2014). Trends in precipitation recycling over the Qinghai-Xizang Plateau in last decades.DOI
  180. Ying Wang, Yi Yang, Chenghai Wang (2014). Improving forecasting of strong convection by assimilating cloud-to-ground lightning data using the physical initialization method.DOI
  181. 王芝兰，王劲松，李耀辉，王澄海（2013）. 标准化降水指数与广义极值分布干旱指数在西北地区应用的对比分析. 《高原气象》.
  182. 王澄海，孙超（2013）. 一个基于WRF+CLM区域气候模式(WRFC)的建立及初步试验. 《高原气象》.
  183. 王学强，王澄海，孟雪峰，孙永刚，刘志刚（2013）. 内蒙古锡林郭勒盟2012年冬季暴雪过程天气学特征研究. 《冰川冻土》.
  184. 辛渝，王澄海，沈元芳，陈洪武（2013）. WRF模式对新疆中部地面总辐射预报性能的检验. 《高原气象》.
  185. 李燕，伯玥，王澄海（2013）. 东亚冬季风增强与青藏高原冬季降雪关系. 《创新驱动发展 提高气象灾害防御能力——S6短期气候预测理论、方法与技术》.
  186. 邹旭东，张飞民，王澄海，杨洪斌（2013）. 我国东北地区冬季降水和东亚冬季风的关系研究. 《冰川冻土》.
  187. 胡浩林，任福民，王澄海（2013）. 1961—2005年中国区域性低温事件的观测、再分析与模拟的比较研究. 《气候变化研究进展》.
  188. 王澄海，胡菊，靳双龙（2013）. 2009年中国一次沙尘暴过程中的水汽变化特征及WRF回报. 《中国沙漠》.
  189. Chenghai Wang (2013). Design and Preliminary Test of the Regional Climate Model (WRFC) Based on Coupling WRF3.2 and CLM4.0.
  190. Wang Cheng-hai (2013). Comparison of Application between Generalized Extreme Value Index and Standardized Precipitation Index in Northwest China. Gaoyuan qixiang.
  191. Chenghai Wang, Shuanglong Jin (2013). Error features and their possible causes in simulated low‐level winds by WRF at a wind farm.DOI
  192. 田辉，王澄海，文军，王欣，陆登荣，吕少宁（2012）. 基于简化参数方法的蒙古干旱区土壤湿度被动微波遥感. 《地球物理学报》.
  193. 王澄海，李健，许晓光（2012）. 中国近50年气温变化准3年周期的普遍性及气温未来的可能变化趋势. 《高原气象》.
  194. 李小兰，张飞民，王澄海（2012）. 中国地区地面观测积雪深度和遥感雪深资料的对比分析. 《冰川冻土》.
  195. 王澄海，李健，李小兰，许晓光（2012）. 近50a中国降水变化的准周期性特征及未来的变化趋势. 《干旱区研究》.
  196. 王澄海，耿立成（2012）. 奇异谱分析-最大熵结合最优子集回归方法在中国夏季降水预测中的应用. 《气象》.
  197. 王澄海，王芝兰，郭毅鹏（2012）. GEV干旱指数及其在气象干旱预测和监测中的应用和检验. 《地球科学进展》.
  198. 王芝兰，王澄海（2012）. IPCC AR4多模式对中国地区未来40a雪水当量的预估. 《冰川冻土》.
  199. 王勇，王澄海，陶健红，张飞民，李照荣，李晓霞，张铁军（2012）. 甘肃酒泉地区近地层风场特征. 《干旱气象》.
  200. Chenghai Wang, Lian Yu, Bo Huang (2012). The impact of warm pool SST and general circulation on increased temperature over the Tibetan Plateau. Advances in Atmospheric Sciences.DOI
  201. Fei-Min Zhang, Chenghai Wang (2012). The application of observation data assimilating in wind power prediction.DOI
  202. H. Tian, Jun Wen, Chenghai Wang, Rong Liu, D. Lu (2012). Effect of pixel scale on evapotranspiration estimation by remote sensing over oasis areas in north-western China. Environmental Earth Sciences.DOI
  203. Chenghai Wang, Yi-Peng Guo (2012). Precipitable water conversion rates over the Qinghai‐Xizang (Tibet) Plateau: changing characteristics with global warming.DOI
  204. Wang Cheng-hai (2012). Comparison and Analysis of Snow Depth over China,Observed and Derived from Remote Sensing. Journal of Glaciology and Geocryology.
  205. 王澄海，余莲（2011）. 区域气候模式对不同的积云参数化方案在青藏高原地区气候模拟中的敏感性研究. 《大气科学》.
  206. 王澄海（2011）. 中国夏季降水预测中统计和数值模式方法的探索及应用. 《第28届中国气象学会年会——S5气候预测新方法和新技术》.
  207. Wang Cheng-hai, Shuanglong Jin, Shili Yang (2011). Simulation and Analysis of the Thermal-dynamics Characteristics of "2.28"Severe Wind Event in Xinjiang with WRF Model. Zhongguo shamo.
  208. Lian Yu, Chenghai Wang (2011). The simulation and revised of soil moisture over Tibetan Plateau. International Conference on Electronics, Communications and Control.DOI
  209. Wang Cheng-hai (2011). Sensitivity of Regional Climate Model to Different Cumulus Parameterization Schemes in Simulation of the Tibetan Plateau Climate. Chinese Journal of Atmospheric Sciences.
  210. Chenghai Wang, Zhi-Fu Zhang, W. Tian (2011). Factors affecting the surface radiation trends over China between 1960 and 2000.DOI
  211. Chenghai Wang, Yangfan Cui, Shuanglong Jin (2011). Oscillation propagation features of the atmosphere around the Qinghai-Xizang Plateau during the spring season of typical strong and weak monsoon years.DOI
  212. 王澄海，靳双龙，杨世莉（2011）. 新疆“2.28”大风过程中热、动力作用的模拟分析. 《中国沙漠》.
  213. Chenghai Wang, Xin-Zhong Liang, A. N. Samel (2011). AMIP GCM Simulations of Precipitation Variability over the Yangtze River Valley.DOI
  214. Yong-Ping Wu, Chenghai Wang, Yong-Ping Shen (2011). Spatiotemporal evolution characteristics of precipitation in Tarim River Basin during 1960–2009. International Conference on Electronics, Communications and Control.DOI
  215. Chenghai Wang, Shuanglong Jin, Ju-Jun Hu, Fei-Min Zhang, Shuang-Lei Feng, Chun Liu (2011). Comparing different boundary layer schemes of WRF by simulation the low-level wind over complex terrain. International Conference on Artificial Intelligence, Management Science and Electronic Commerce.DOI
  216. Wang Cheng-hai (2011). Characteristics of the Difference of Temperature between Surface and Atmosphere over the Tibetan Plateau in the Early Stage of East Asian Summer Monsoon Onset. Climatic and Environmental Research.
  217. 王澄海（2010）. 中国冰冻圈的过去50年的变化及未来30年的可能变化. 《第27届中国气象学会年会应对气候变化分会场——人类发展的永恒主题》.
  218. 王澄海，黄波，潘保田（2010）. 祁连山地区能量平衡特征的模拟分析研究. 《第27届中国气象学会年会干旱半干旱区地气相互作用分会场》.
  219. 余莲，王澄海（2010）. RegCM3在青藏高原地区温度和降水模拟能力检验及订正. 《第27届中国气象学会年会应对气候变化分会场——人类发展的永恒主题》.
  220. 王澄海，孟奎，崔洋，黄宝霞，张志富（2010）. 西北干旱地区降水的特点及其影响因子. 《第27届中国气象学会年会干旱半干旱区地气相互作用分会场》.
  221. 王澄海，王蕾迪（2010）. 西北半干旱区感、潜热通量特征及近50年来的变化趋势. 《高原气象》.
  222. 胡菊，王澄海（2010）. 4.23沙尘暴动力过程特征的模拟分析. 《第27届中国气象学会年会灾害天气研究与预报分会场论文集》.
  223. Chenghai Wang, Zhi-L. Wang, Yong-Ping Shen (2010). A Prediction of Snow Cover Depth in the Northern Xinjiang in the Next 50 Years.
  224. Qing-Mei Bai, W. Tian, Zhao-Dong Feng, Chenghai Wang, Liya Jin (2010). Correlations between the Precipitation of Asian Arid/Semiarid Regions and the Ocean Warm Pool Climate.
  225. 王澄海，崔洋，靳双龙，燕青（2009）. 南海夏季风强弱年青藏高原地区春季大气的低频振荡特征. 《第26届中国气象学会年会季风动力学论坛分会场》.
  226. Yangfan Cui, Chenghai Wang (2009). Comparison of sensible and latent heat fluxes during the transition season over the western Tibetan Plateau from reanalysis datasets.DOI
  227. 王澄海，师锐，左洪超（2008）. 青藏高原西部冻融期陆面过程的模拟分析. 《高原气象》.
  228. De Zhang, R. Zhu, Yong Luo, Wei Yu, Chenghai Wang (2008). Application of Wind Energy Simulation Toolkit(WEST) to Wind Energy Numerical Simulation of China.
  229. Wang Cheng-hai, Rui Shi, Hongchao Zuo (2008). Analysis on Simulation of Characteristic of Land Surface in Western Qinghai-Xizang Plateau during Frozen and Thawing. Gaoyuan qixiang.
  230. Zhi-Fu Zhang, C. Qiu, Chenghai Wang (2008). A piecewise-integration method for simulating the influence of external forcing on climate.DOI
  231. 张志富，邱崇践，王澄海（2007）. 模拟外强迫变化气候效应的一种分段积分方法. 《中国气象学会2007年年会气候学分会场论文集》.
  232. 张志富，邱崇践，王澄海（2007）. 利用分段积分方法模拟我国西北荒漠化的短期气候效应. 《中国气象学会2007年年会气候学分会场论文集》.
  233. 王澄海，黄宝霞，杨兴国（2007）. 陇中黄土高原植被覆盖和裸露下垫面地表通量和总体输送系数研究. 《高原气象》.
  234. 王澄海，尚大成（2007）. 藏北高原土壤温、湿度变化在高原干湿季转换中的作用. 《高原气象》.
  235. Wang Cheng-hai, Shang Da-cheng (2007). Effect of the Variation of the Soil Temperature and Moisture in the Transition from Dry-Season to Wet-Season over Northern Tibet Plateau. Gaoyuan qixiang.
  236. Xin Li, Chun-Lin Huang, Tao Che, Rui Jin, Shu-Gong Wang, Jie-Min Wang, Feng Gao, Shu-Wen Zhang, C. Qiu, Chenghai Wang (2007). Development of a Chinese land data assimilation system: its progress and prospects.DOI
  237. 张志富，王澄海，邱崇践（2006）. 荒漠化扩展对我国区域气候变化影响的数值模拟. 《兰州大学学报(自然科学版)》.
  238. Da-Cheng Shang, Chenghai Wang (2006). The Effect of the Frozen-Thaw Process in Tibetan Plateau on Summer Monsoon over Eastern Asia.
  239. 惠小英，王澄海，左洪超，董文杰（2005）. 中国北方干旱区感热及潜热的异常特征. 《高原气象》.
  240. 邹旭东，谢正辉，史学丽，王澄海（2005）. 2003年夏季中国地区降水的模拟研究. 《高原气象》.
  241. 王澄海，尚大成（2005）. 藏北高原土壤温湿变化特征及其与中国夏季风的可能联系. 《中国气象学会2005年年会论文集》.
  242. Xu-Dong Zou, Zheng-Hui Xie, Xueli Shi, Chenghai Wang (2005). The Simulation of Precipitation in China in Summer of 2003.
  243. 任宏利，王澄海，邱崇践，董文杰（2004）. 利用变分法计算西北典型干旱区地表通量的研究. 《大气科学》.
  244. 隆霄，王澄海，郭江勇，刘海（2003）. 干旱区天气、气候数值模拟的研究进展. 《干旱气象》.
  245. 王澄海，董文杰，韦志刚（2003）. 青藏高原季节冻融过程与东亚大气环流关系的研究. 《地球物理学报》.
  246. 惠小英，吴晓鸣，王澄海，董文杰（2003）. 中国北方干旱区感热、潜热的异常特征. 《新世纪气象科技创新与大气科学发展——中国气象学会2003年年会“气候系统与气候变化”分会论文集》.
  247. 高荣，韦志刚，董文杰，王澄海，钟海玲（2003）. 20世纪后期青藏高原积雪和冻土变化及其与气候变化的关系. 《高原气象》.
  248. Chenghai Wang, W. Dong, Zhigang Wei (2003). A Study on Relationship between Freezingthawing Processes of the Qinghai‐Xizang Plateau and the Atmospheric Circulation Over East Asia.DOI
  249. 王澄海，王式功，杨德保，董安祥 (2003). THE CORRELATION BETWEEN THE PACIFIC SEA SURFACE TEMPERATURE(SST) and PRECIPITATION OVER NW CHINA. Journal of Tropical Meteorology.
  250. Rong Gao, Zhigang Wei, W. Dong, Chenghai Wang, Hai-Ling Zhong (2003). Variation of the Snow and Frozen Soil over Qinghai-Xizang Plateau in the Late Twentieth Century and Their Relations to Climatic Change.
  251. 王澄海，董文杰，韦志刚，马文婷（2002）. 典型干旱地区陆面特征的模拟及分析. 《高原气象》.
  252. 王澄海，王式功，杨德保，董安祥（2002）. 中国西北春季降水与太平洋海温相关特征的研究. 《热带气象学报》.
  253. Chenghai Wang, W. Dong, Zhigang Wei (2002). Anomaly feature of seasonal frozen soil variations on the Qinghai-Tibet Plateau.DOI
  254. Chenghai Wang, W. Dong, Zhigang Wei, Wen-Ting Ma (2002). The Simulation and Analysis of Land-Surface Processes on the Typical Arid Area.
  255. 王澄海，王式功，杨德保，董安祥（2001）. 中国西北春季降水与太平洋海温的相关特征. 《应用气象学报》.

预印本

  1. Lingyun Ai, Kai Yang, Feimin Zhang, Chenghai Wang, Tonghua Wu, Qi Qi, Haohui Li (2026). Larger variability of winter snow depth promotes the soil thermal regime instability over boreal high latitudes.DOI
  2. X. T. Feng, Feimin Zhang, Chenghai Wang (2024). Gravity Waves Enhance the Extreme Precipitation in Henan, China, July 2021.DOI
  3. Kai Yang, Jintao Yang, Pinghan Zhaoye, Feimin Zhang, Guo Zhang, Chenghai Wang (2022). Assessing sensitivity of soil water--heat transport simulations to frozen soil parameterizations in Noah-MP.DOI

研究方向

气象学地球物理学地质学

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