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《Acta Scientiarum Naturalium Universitatis Sunyatseni》 2015-03
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Effect of Different Land Surface Schemes on Simulation of Characteristics of Spring Clear Day Boundary Layer in Pearl River Delta Region

ZOU Zhencao;DENG Yuanchang;DENG Zhiping;School of Engineering,Sun Yat-sen University;  
By using five different kinds of land surface parameterization schemes( SLAB,Noah,RUC,Pleim-Xiu and SSi B) in WRF model and combining with the latest land cover data Globcover2009,the tests about boundary layer structural features were simulated in the Pearl River delta region from 28 to 29 April 2014. Meteorological parameters,including weed speed at 10 m,temperature at 2 m,vertical profile of wind speed and temperature,were evaluated and compared to the observations from 18 surface weather stations and 1 sounding station in the research area. The results show that: 1compared with the USGS land use data,distribution of land use classes in Globcover2009 is more consistent with the current actual type of surface. The simulation precision of wind speed and temperature near the surface can be effectively improved by updating the land use data; 2WRF model can simulate the diurnal variations of surface meteorological parameters basically. Due to the lowly coastal terrain,the simulations of wind speed at 10 m are more easily overestimated from these five schemes,while the results of temperature at2 m are underestimated to various degrees. Among them,the simulation result of wind speed in SLAB scheme is the best and the simulated temperature in Noah scheme is more accurate than others,the error between simulations and observations in SSi B scheme is the biggest. 3The vertical profiles of wind speed and temperature obtained by Noah,SLAB,RUC and Pleim-Xiu are almost the same in variation trend and these simulations are in line with the actual situation. The characteristics of atmospheric boundary layer from SSi B scheme are not obvious for the reason that vertical stratification near the ground is set too sparsely.
【Fund】: 国家高新技术研究发展计划“863”资助项目(2008AA05Z414)
【CateGory Index】: P404
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