Innovation and Development Project of China Meteorological Administration(CXFZ2023J044);Innovation Foundation of CMA Public Meteorological Service Center(K2023002);“Tianchi Talents”Introduction Plan(2023);Key Innovation Team for Energy and Meteorology of China Meteorological Administration。
In the present study,multimodel ensemble forecast experiments of the global horizontal irradiance(GHI)were conducted using the dynamic variable weight technique.The study was based on the forecasts of four numerical m...
National Key R&D Program of China(2016YFA0602701);National Natural Science Foundation of China(42075064)
We set four sets of simulation experiments to explore the impacts of horizontal resolution(HR)and vertical resolution(VR)on the microphysical structure and boundary layer fluxes of tropical cyclone(TC)Hato(2017).The s...
National Science Foundation of China (42030611,91937301);The Second Tibetan Plateau Scientific Expedition and Research (STEP) Program (2019QZKK0105)。
The CRA-Interim trial production of the global atmospheric reanalysis for 10 years from 2007 to 2016 was carried out by the China Meteorological Administration in 2017. The structural characteristics of the horizontal...
National Natural Science Foundation of China(91437113,41605082)
Based on the GRAPES-MESO hybrid En-3 DVAR(Ensemble three-dimension hybrid data assimilation for Global/Regional Assimilation and Prediction system) constructed by China Meteorological Administration, a 7-day simulatio...
National Key Basic Research Development Program“973”(2013CB430103);State Key Laboratory of Severe Weather,Chinese Academy of Meteorological Sciences(2015LASW-A07);National Natural Science Funding(41375058,41530427)
The horizontal vorticity equation used in this study was obtained using the equations of motion in the pressure coordinate system without considering friction, to reveal its relationship with vertical shear. By diagno...
National Key Basic Research Development Program“973”(2013CB430103);State Key Laboratory of Severe Weather,Chinese Academy Meteorological Sciences(2015LASW-A07);Project Supported by the Jiangsu Province Ordinary University Graduate Student Scientific Research and Innovation Program(CXZZ12_0495)
Three typhoons, Goni, Morakot and Etau which were generated in Western Pacific in 2009, are successfully simulated by the WRF model. The horizontal and vertical vorticity and their interaction are analyzed and diagnos...
National Key Basic Research Development Program"973"(2013CB430103,2009CB421503);National Natural Science Funding(41375058,41530427);State Key Laboratory of Severe Weather,Chinese Academy of Meteorological Sciences(2015LASW-A07)
The present work provides a novel method for calculating vertical velocity based on continuity equations in a pressure coordinate system.The method overcomes the disadvantage of accumulation of calculating errors of h...
National Program on Basic Research Project(973 Program)(2009CB421503,2013CB430103);National Natural Science Foundation of China(40975037);Construction of Advantageous Disciplines for Higher Education in Jiangsu Province,Priority Academic Program Development of Jiangsu Higher Education Institutions(PAPD)
Using real-time data and the WRF mesoscale model,a heavy rain event in the process of Mesoscale Convective Complex(MCC) turning into banded Mesoscale Convective Systems(MCSs) during 18-19 June 2010 is simulated and an...
National Basic Research Program of China (973 Program) (2010CB951904);National Natural Science Foundation of China (41075034)
Based on data from satellite and surface observations,the horizontal and vertical distributions of clouds over eastern China and the East China Sea are examined.Three maximum centers of cloud cover are clearly visible...
The removal of noise and velocity ambiguity and retrieval and verification of horizontal wind field is a prerequisite to make the best and fullest use of Doppler radar measurements. This approach was applied to the Do...