赵久伟
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  • 入职时间:2021-08-29
  • 性别:
  • 个人简介
  • 研究方向
  • 社会兼职
  • 教育经历
  • 工作经历
  • 团队成员
  • 其他联系方式

教育背景:

2014年9月-2019年6月  南京信息工程大学  气象学  博士

学习经历:  

2016年9月-2018年9月  美国夏威夷大学马诺分校  联合培养

2019年9月-2021年7月  浦项科学技术大学     博士后

工作经历

2021年8月-至今  南京信息工程大学  大气科学学院 


研究方向:
A.台风气候动力学及高分辨率数值模拟。具体包括:

  1. 多时间尺度因子(季节内年际年代际和长期变化信号)对台风活动(生成频数路径强度和降水等)影响的机理研究

  2. 利用高分辨率模式(GFDL-0.5o/CESM-0.23ox0.31o)对台风显式的季节预测(Nudging 方法)和气候模拟研究

  3. 台风气候数值模拟的不确定性来源分析(依赖于高分辨率模式模拟)

B. 气候动力学。具体为:

  4. 大气季节内振荡(ISO)的长期变化及其自身多样性对台风影响差异的机理研究 

  5. 太平洋经向模(PMM)的多样性及其对台风和ENSO的影响机理研究
  6. 北太平洋涛动(NPO)ENSO的影响及其与PMM关系的机制研究


研究技能:

  1. 熟练掌握FortranPython编程语言;特别是模式中Fortran/Python的编写和修改

  2. 熟练使用 NCO, CDO, NCL 和 Linux(B-Shell, C-Shell 和 Makefile)等辅助软件和程序

  3. 熟练使用或修改理想模式(Linear Barotropic model-Masahiro Watanabe, Lindzen-

    Nigam model, Cane-Zebiak model, Cloud model-Bryan; Tropical Cyclone model-Yuqing

    Wang)和大气环流或耦合模式(ECHAM-MPI; HIRAM-GFDL; CESM1/2-NCAR)

  4. GFDL-HIRAM(0.50º)和 CESM(0.23ºx0.31º)高分辨率季节预测和气候模拟。其中在 CESM(CESM1/CEMS2)中添加 nudging 海温的程序模块,从而实现 GFDL 和 CESM

    的季节台风预测


近三年内3篇代表作(#代表共同一作者,*代表通信或共同通信)

1.     Zhao#, J., Zhan#, R., Wang*, Y., Xie, S.-P. & Wu, Q. Untangling impacts of global warming and Interdecadal Pacific Oscillation on long-term variability of North Pacific tropical cyclone track density. Science Advances6, eaba6813 (2020a).

2.   Song, K., Zhao*, J., Zhan*, R., Tao. L., & Chen., L. Confidence and Uncertainty in simulating tropical cyclone long-term variability using HighResMIP. Journal of Climate35, 2829-2849 (2022).

3.     Zhao, J., Zhan*, R. & Wang, Y. Contribution of Interdecadal Pacific Oscillation to the recent abrupt decrease in tropical cyclone genesis frequency over the western North Pacific since 1998. Journal of Climate31, 8211-8225 online (2018a).

近五年内发表的其他论文(#代表共同一作者,*代表通信或共同通信)

4.     Zhao J., Zhan*, R., Wang*, Y., Jiang L., & Huang X. A multiscale-model-based near-term prediction of tropical cyclone genesis frequency in the Northern Hemisphere. Journal of Geophysical Research: Atmospheres127, e2022JD037267 (2022).

5.     Zhao, J., Zhan*, R. & Wang, Y. Different responses of tropical cyclone tracks over the western North Pacific and North Atlantic to two distinct sea surface temperature warming patterns. Geophysical Research Letters47, e2019GL086923 (2020b).

6.     Zhang, L., X. Yang, and J. Zhao*, 2022: Impact of the spring North Atlantic Oscillation on the Northern Hemisphere tropical cyclone genesis frequency. Front. Earth Sci., 10, 829791 (2022).

7.     Zhang#, L., Zhao#, J., Kug*, J.-S., Geng, X., Xu*, H., Park, J.-H. & Zhan, R. Pacific warming pattern diversity modulated by Indo-Pacific sea surface temperature gradient. Geophysical Research Letters, e2021GL095516 (2021).

8.     Wu, Q., Zhao*, J., Zhan, R. & Gao, J. Revisiting interannual impact of the Pacific Meridional Mode on tropical cyclone genesis frequency in the western North Pacific. Climate Dynamics (2020).

9.     Zhao, J., Kug*, J.-S., An, S.-I. & Park, J.-H. Diversity of North Pacific Meridional Mode and its distinct impact on El Niño and Southern Oscillation. Geophysical Research Letters47, e2020GL088993 (2020c).

10.  Zhao, J., Zhan*, R. & Wang, Y. Global warming hiatus contributed to the increased occurrence of intense tropical cyclones in the coastal regions along East Asia. Scientific Reports, 8, 6023 (2018b).

近五年以外发表的其他论文(#代表共同一作者,*代表通信或共同通信)

11.  Zhao, J., Zhan*, R., Wang, Y. & Tao, L. Intensified interannual relationship between tropical cyclone genesis frequency over the Northwest Pacific and the SST gradient between the Southwest Pacific and the western Pacific Warm Pool since mid-1970s. Journal of Climate, 29, 3811–3830 (2016). 

12.  Liu*, F., Zhao, J., Fu, X. & Huang, G. The role of shallow convection in promoting the northward propagation of boreal summer intraseasonal oscillation. Theoretical Applied Climatology131,1387-1395 (2017). 

13.  Tao*, L., Zhao, J. & Li, T. Trend analysis of tropical intraseasonal oscillations in the summer and winter during 1982–2009. International Journal of Climatology, 35, 3969-3978 (2015).



高分辨率数值模拟和台风气候动力学

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