Zhang Shuwen

发布时间:2019-05-29  字体大小T|T
       Zhang Shuwen, male, Ph.D., professor, doctoral supervisor, is the director of the Remote Sensing and Data Assimilation Center of the Key Laboratory of Semi-arid Climate Change of the Ministry of Education. He received a bachelor's degree in mechanics from Lanzhou University in 1988, a master's degree in computational fluid mechanics jointly cultivated by Lanzhou University and Peking University in 1991, and a doctorate degree in meteorology from Lanzhou University in 2004. From October 1998 to October 1999, he visited the Institute of Meteorology, University of Munich, Germany, and then he visited the Department of Atmospheric Sciences, University of Arizona from March 2006 to March 2007. In 1996 and 2000, he won the 'Rookie Teaching Award' of Lanzhou University, the 'Outstanding Doctoral Dissertation Award' of Lanzhou University in 2005, and the sixth National Outstanding Young Meteorological Worker in 2006. He was the 27th and 28th of the Chinese Meteorological Society Member of the Numerical Forecast Committee of the Council.
Research Areas
The influence mechanism of the complex underlying surface on severe weather; land-atmosphere interaction and global change; data assimilation and severe convective weather forecasting
1. Participated in the first topic of the national key research and development plan 'Key Technologies and Applications of Regional Models in Subtropical Regions' 'Complex Underlying Surfaces and Key Processes of High-resolution Models in Subtropical Regions' (2018-2022, Subject Number: 2017YFC1502101), as a core member;
2. Presided over General Project the National Natural Science Foundation of China'Study on the Coupling of Soil Moisture and Precipitation in Summer in China' (2016-2019, project number: 41575098);
3. As the core member of the 973 projects, 'Study on the Evolution Mechanism of Sudden Strong Convective Weather and Monitoring and Forecasting Technology (OPACC)', the second topic 'Multi-source Data Fusion and Assimilation Theory of Sudden Severe Convective Weather' (2013-2017, project Number: 2013CB430100);
4. Presided over the special scientific research fund project for doctoral disciplines of colleges and universities (20120211110019);
5. Participated inthe third project of the 973 project 'Research on Key Scientific Issues in the Whole Process of Remote Monitoring and Early Warning of Hazardous Chemical Accidents' 'The Law of Atmospheric Migration and Transformation of Accident Substances' (Project Number: 2011CB706900), as a core member;
6. Participated in the second topic of the National Major Scientific Research Project 'Study on the Mechanism and Impact of Chronic Climate Change in Typical Arid and Semi-Arid Areas in the World' 'Comparative Study of Land-Atmosphere Interaction in Typical Arid and Semi-Arid Areas' (Project Number: 2012CB956200);
7. Presided over and completed General Project of the National Natural Science Foundation of China 'Research on data assimilation of soil moisture estimation when there are forecast errors' (2011-2013, project number: 41075074);
8. Presided over and completed General Project of the National Natural Science Foundation of China 'Estimation of Soil Moisture Profile by Assimilation Multi-source Observation' (2008-2010, project number: 40775065);
9. Participated in and completed the research project 'WRF-EnSRF four-dimensional assimilation business forecast system key technology research' (2009-2011, project number: GYHY200806029);
10. Presided over and completed General Project of the National Natural Science Foundation of China 'Research on Ensemble Kalman Filtering Method for Retrieving Soil Moisture Profile from Microwave Remote Sensing Data' (2005-2007, project number: 40475012);
11. Participated in and completed the 973 project 'Theory and Application of Spatial and Temporal Quantitative Information Acquisition and Fusion Processing in Complex Natural Environments', 'Chinese Hydrosphere Environmental Spatiotemporal Information System and Application' (Project Number: 2001CB309404);
12. Participated in and completed the sub-topic of the National Natural Science Foundation of China 'Research on Land Surface Data Assimilation Methods in Western China' (Project Number: 90202014);
13. Participated in and completed the sub-topic of the key project of the Chinese Academy of Sciences Knowledge Innovation Project 'The Qinghai-Tibet Railway Project and the Interaction of Permafrost and Its Environmental Effects': 'The Interaction of the Qinghai-Tibet Plateau Climate and Permafrost Changes and Their Prediction and Simulation' (2002-2003).
1.Zou, H. B., S. W. Zhang*, Y. N. Liu, et al., 2020: Analysis of a convective storm crossing Poyang Lake in China. J. Meteor. Res., 34(3), 529-545.
2.任星露, 张述文*, 汪兰, 等,2020: 不同云微物理方案对弱天气尺度强迫下一次强对流的模拟. 高原气象,39(4), 750-761.
3.周林帆, 张述文*, 李少英,等. 2019: 城市下垫面对西安地区一次强降水的影响. 高原气象. 38(4), 773-780.
4.Zhang, S. W.*, X. X. Yang, W. D. Zhang, et al., 2019: Sensitivity of afternoon precipitation to evaporative fraction in eastern Asia based on ERA-Interim datasets. Atmos. Sci. Lett., 20, e892.
5.Cao, B. J., F. P. Mao, S. W. Zhang*, et al., 2019: Assessing the performance of separate bias Kalman filter in correcting the model bias for estimation of soil moisture profiles. J. Meteor. Res., 33(3), 519–527.
6.Zou, H. B., S. W. Zhang*, X. D. Liang, et al., 2018: Improved algorithms for removing isolated non-meteorological echoes and ground clutters in CINRAD. J. Meteor. Res., 32(4), 584–597.
7.Cao, B. J., S. W. Zhang*, D. Q. Li, et al., 2018: Effect of mesoscale land use change on characteristics of convective boundary layer: Semi-idealized large eddy simulations over Northwest China. J. Meteor. Res., 32(3), 421–432.
8.李彦霖,张述文*,田程,周林帆,2018: 基于雷达回波的贵阳地区对流性降水特征分析.气象, 44(6), 752-758.
9.刘源,张述文*,李少英,等.2018: 基于WRF中国境内土壤湿度-降水耦合强度的诊断. 兰州大学学报(自然科学版). 54(2), 160-166.
10.李少英,张述文*,毛伏平,等. 2017: 采用不同样本集合同化地面观测对一次飑线过程的影响[J]. 大气科学, 41 (2): 236–250.
11.叶丹,张述文*,王飞洋,等. 2017: 基于Noah-MP 的不同参数化方案在半干旱区的适用性[J]. 大气科学, 41 (1): 189-201.
12.Zhang, S. W.*, B. J. Cao, W. D. Zhang. et al. 2016: A variational method for estimating surface turbulent heat fluxes with a consideration of energy storage. J. Hydrometeor. 17, 2575-2590. (SCI)
13.曹倩, 张述文, 曹帮军, 等.2016: 强不稳定和弱切变环境下一次飑线过程的雷达资料同化与分析[J]. 热带气象学报, 32(5), 645-655.
14.张述文,刘源,曹帮军,等. 2016: GLDAS 和CMIP5 产品的中国土壤湿度—降水耦合分析及变化趋势. 气候与环境研究, 21(2), 188-196.
15.李少英,张述文*,邵毅,刘源. 2016: 2002年7月江淮流域一次暴雨的模拟诊断分析. 兰州大学学报(自然科学版). 52(2), 212-218.
16.温晓培,隆霄,张述文,等.2016: 边界层参数化方案对台风SANBA初生阶段影响的数值模拟研究.热带气象学报, 32(3), 346-357.
17.曹倩,杨茜茜,叶丹,张述文.2016: 一次飑线过程的雷达观测和数值模拟分析. 干旱气象. 34(2), 305-316.
18.李得勤, 段云霞, 张述文, 文小航. 2015:土壤湿度和土壤温度模拟中的参数敏感性分析和优化.大气科学, 39(5), 991-1010.
19.毛璐, 张述文*, 王恬, 刘彦华. 2015: 集合平方根滤波同化AMSU-A辐射率的观测系统模拟试验. 兰州大学学报(自然科学版). 51(3), 351-357.
20.毛伏平,张述文*,叶丹,杨茜茜. 2015: 模式时间关联误差对集合平方根滤波估算土壤湿度的影响.地球科学进展.30(6):700-708.
21.王恬,张述文*,毛璐,毛伏平. 2014: 同化卫星对地敏感通道微波亮温观测的模拟试验.干旱气象. 32(6), 909-915.
22.Zhang, S. W.*,Y. H. Liu, and W. D. Zhang, 2013: Ensemble square root filter assimilation of near-surface soil moisture and reference-level observations into a coupled land surface-boundary layer model. Acta Meteorologia Sinica. 27(4), 541-555. (SCI)
23.邵毅, 张述文*,左洪超, 董文成. 2013: 榆中县城大气污染物扩散的观测实验与数值模拟. 中国环境科学. 33(7), 1223-1230. (EI)
24.李得勤, 张述文, 段云霞. 2013: SCE-UA优化土壤湿度方程中参数的性能研究. 大气科学.37(5), 971-982.
25.张述文*, 曹帮军. 2013: 变分方法估算西北半干旱区地表热通量的适用性研究. 高原气象. 32(4), 956-963.
26.刘彦华, 张述文*, 毛璐, 薛宏宇. 2013: 评估两类模式对陆面状态的模拟和估算. 地球科学进展. 28(8), 913-922.
27.薛宏宇, 张述文*, 刘彦华. 2013: 有参数误差时估算土壤湿度的集合平方根滤波同化方法研究. 兰州大学学报(自然科学版). 49(6), 780-786.
28.李得勤, 段云霞, 张述文*. 2012: 土壤湿度观测、模拟和估算研究. 地球科学进展. 27(4), 424-434.
29.Zhang, S. W*., D. Q. Li, and C. J. Qiu, 2011: A multimodel ensemble Kalman filter for the retrieval of soil moisture profile. Adv. Atmos. Sci., 28(1), 195-206. (SCI)
30.张述文*,李得勤,刘彦华,邱崇践,2010:土壤湿度方程求解方法的比较. 兰州大学学报(自然科学版),46(4), 46-52.
31.Zhang, S. W*., X. B. Zeng, W. D. Zhang, and M. Barlage, 2010: Revising the ensemble-based Kalman Filter covariance for the retrieval of deep-layer soil moisture. J. Hydrometeor., 11(1), 219-227. (SCI)
32.李昊睿, 张述文*, 邱崇践, 张卫东. 2010: 四维变分同化和集合平方根滤波联合反演土壤湿度廓线的研究.大气科学. 34(1), 193-201.
33.苟浩锋, 刘彦华, 张述文*, 李得勤. 2010: 评估集合卡曼滤波反演土壤湿度廓线的性能.地球科学进展. 25(4), 400-407.
34.张述文*,李得勤,邱崇践. 2009: 三类陆面模式模拟土壤湿度廓线的对比研究.高原气象. 28(5), 988-996.
35.张蕾, 邱崇践, 张述文. 2009:在四维变分同化中运用集合协方差的试验. 气象学报. 67(6), 1124-1132.
36.Zhang S. W*., W. D. Zhang, and C. J. Qiu, 2007: A variational method for estimating near-surface soil moisture and surface heat fluxes. Acta Meteorologia Sinica. 21(4), 476-486. (SCI) ----- [中文见:张述文*,邱崇践, 张卫东. 2007:估算地表热通量和近地层土壤含水量的变分方法,气象学报,65, 440-449.]
37.Li, X., C. L. Huang , T. Che, R. Jun, S. G.Wang, J. M. Wang, F. Gao, S. W. Zhang, C. J. Qiu, and C. H. Wang, 2007: Development of a Chinese land data assimilation system: its progress and prospects. Progress in Natural Science. 17(8), 881-892. (SCI) ----- [中文见:李新,黄春林,车涛,晋锐,王书功,王介民,高峰,张述文,邱崇践,王澄海,2007:中国陆面数据同化系统研究的进展与前瞻.自然科学进展. 17(2), 163-173.]
38.Zhang, S. W*., H. R. Li, W. D. Zhang, C. J. Qiu, and X. Li, 2005: Estimating soil moisture profile by assimilation of near-surface observations with the ensemble Kalman filter (EnKF). Adv. Atmos. Sci., 22, 936-945. (SCI)
39.Zhang, S. W*., W. D. Zhang, and C. J. Qiu, 2005: Retrieving the soil moisture profile by assimilating near-surface observations: A comparison of two retrieval algorithms. 4th WMO International Symposium on Assimilation of Observations in Meteorology and Oceanography, Prague, Czech Republic.
40.Zhang, S. W., C. J. Qiu, and Q. Xu, 2004: Estimating soil water contents from soil temperature measurements by using adaptive Kalman Filter. J. Appl. Meteor. 43, 379-389. (SCI)
41.Zhang, S. W*., C. J. Qiu, and W. D. Zhang, 2004: Estimating heat fluxes by merging profile formulae and energy budget with a variational technique. Adv. Atmos. Sci., 21, 627-636. (SCI)
42.张述文*, 邱崇践, 张卫东. 2004: 用变分法估算江淮地区总体输送系数, 高原气象. 23, 506-511.
43.邱崇践, 张述文. 2002: 由大尺度观测提取中尺度信息的可能性研究.气象学报. 60(5), 538-543.
44.张述文*, 王式功. 2001: 位涡及位涡反演,高原气象. 20, 468-473.
45.张述文*, A. Pfeiffe. 2000: CO 2浓度变化对欧洲区域气侯影响的数值研究, 兰州大学学报. 36, 112-117.

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