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AN IMPACT STUDY OF A NEW TYPE OF DATA OF ADAPTIVE ORTARGETING OBSERVATION ON TYPHOON FORECAST

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  • There was a new concept of ‘adaptive or targeting observation’ in recent years, which is an additional and targeting observation based on the existing and fixed observing network for the atmosphere on the impacted region. Dropsonde is one of the important observing instruments in the adaptive or targeting observation. In this paper, GRAPES, the next generation of numerical weather prediction system of China has been used. The impacts on the typhoon Dujuan (No.200315) forecast in experiments with dropsonde have been studied and experiments on sensitivity have also been done. It was found that the forecasts of the elements have been improved obviously with the use of dropsonde, such as the path, the center location, and the intensity of typhoon. It was also found in the sensitivity studies that the setting of deviation structure also has obvious impacts on the forecast for typhoons. It is not true that the simulation is better when the proportion of the data of dropsonde is larger in the course to modify the background.
  • [1] CHEN Lian-shou, DING Yi-hui. The Introduction ToTyphoons Over Northwest Pacific [M]. Beijing: Science Press,1979: 263pp.
    [2] MELVYN A. SHAPIRO, ALAN J Thorpe. THORPEXInternational Science Plan. WMO [R]. prepared in May 2003on behalf of the THORPEX International Science SteeringCommittee.
    [3] ROLF Langland, MELVYN Shapiro. THORPEX “Towardan Optimal Global Observing System for Numerical WeatherPrediction” [R]. Preliminary Proposal for Consideration by theWWRP/WGNE from the ISWG.
    [4] MELVYN A. SHAPIRO, ALAN J Thorpe. Report on theCurrent Status of THORPEX[R]. Co-chairs, THORPEX /International Science Steering Committee.
    [5] LIN Bo-xiong. National Oceanographic And AtmosphericAdministration / Atlantic Oceanic And MeteorologicalLaboratory / Hurricane Research Dividion [R]. 2002.
    [6] TESTSUO Nakazawa, TADASHI Tsuyuki. Progress Reportfrom JMA[R].Tecond meeting of the Asian RegionalCommittee for THORPEX (19-20 November 2004, Beijing,China).
    [7] WANG Guo-min, WANG Shi-wen, and LI Jian-jun. Abogustyphoon scheme and its application to a movable nested meshmodel [J]. Journal of Tropical Meteorology, 1996, 12 (1): 9-17.
    [8] WAN Qi-lin, He Xi-cheng. A scheme of tc bogusingcorresponding the satellite-observed TBB [J]. Journal ofTropical Meteorology, 2003, 9 (suppl.): 37-44.

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TAN Xiao-wei, CHEN De-hui, ZHANG Qing-hong. AN IMPACT STUDY OF A NEW TYPE OF DATA OF ADAPTIVE ORTARGETING OBSERVATION ON TYPHOON FORECAST [J]. Journal of Tropical Meteorology, 2006, 12(1): 76-82.
TAN Xiao-wei, CHEN De-hui, ZHANG Qing-hong. AN IMPACT STUDY OF A NEW TYPE OF DATA OF ADAPTIVE ORTARGETING OBSERVATION ON TYPHOON FORECAST [J]. Journal of Tropical Meteorology, 2006, 12(1): 76-82.
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AN IMPACT STUDY OF A NEW TYPE OF DATA OF ADAPTIVE ORTARGETING OBSERVATION ON TYPHOON FORECAST

Abstract: There was a new concept of ‘adaptive or targeting observation’ in recent years, which is an additional and targeting observation based on the existing and fixed observing network for the atmosphere on the impacted region. Dropsonde is one of the important observing instruments in the adaptive or targeting observation. In this paper, GRAPES, the next generation of numerical weather prediction system of China has been used. The impacts on the typhoon Dujuan (No.200315) forecast in experiments with dropsonde have been studied and experiments on sensitivity have also been done. It was found that the forecasts of the elements have been improved obviously with the use of dropsonde, such as the path, the center location, and the intensity of typhoon. It was also found in the sensitivity studies that the setting of deviation structure also has obvious impacts on the forecast for typhoons. It is not true that the simulation is better when the proportion of the data of dropsonde is larger in the course to modify the background.

TAN Xiao-wei, CHEN De-hui, ZHANG Qing-hong. AN IMPACT STUDY OF A NEW TYPE OF DATA OF ADAPTIVE ORTARGETING OBSERVATION ON TYPHOON FORECAST [J]. Journal of Tropical Meteorology, 2006, 12(1): 76-82.
Citation: TAN Xiao-wei, CHEN De-hui, ZHANG Qing-hong. AN IMPACT STUDY OF A NEW TYPE OF DATA OF ADAPTIVE ORTARGETING OBSERVATION ON TYPHOON FORECAST [J]. Journal of Tropical Meteorology, 2006, 12(1): 76-82.
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