The Taiwan-Philippine VOTE (Volcano, Ocean, Typhoon, and Earthquake)-Meteorology project

 

Project VOTE-II

TECO MOST- MECO DOST VOTE-MET Program-II:
Improvement of forecast capability on severe weather, marine meteorology, and short-range climate in Taiwan and the Philippines.


Project Schedule: 2020/12/1 - 2024/04/30

Project Investigator-Taiwan

Ben Jong-Dao Jou

Professor, Department of Atmospheric Sciences, National Taiwan University

Ming-Dean Cheng

Administrator, Central Weather Bureau

Fong, Chin-Tzu

Deputy Administrator, Central Weather Administration

Wei-Yu Chang

Assistant Professor, Department of Atmospheric Sciences at the National Central University

Chung-Hsiung, Sui

Professor, Department of Atmospheric Sciences, National Taiwan University

Project Investigator-Philippine

Dr. Esperanza Cayanan

PAGASA , Deputy Administrator

SHIRLEY J. DAVID, M.Sc.

PAGASA , Deputy Administrator

THELMA A. CINCO, MPA

PAGASA , Weather Services Chief,

Climatology and Agrometeorology Division

Project Summary

   With averaged more than 20 typhoons (tropical cyclones. TC) affect Taiwan and Philippines each year, typhoons produce the most damage loss both in Taiwan and in Philippines among all weather systems. Meteorological agencies and academic communities in Taiwan-Philippine has performed a international collaborative research project, MOST-DOST VOTE collaborative grand research project on “Improvement of forecast capability on weather, marine meteorology and short-range climate” since 2016, and some of the accomplishments has been reported in a special issue, Taiwan-Philippine VOTE-Meteorology project: Typhoon study and related natural hazard, of the journal of Terrestrial, Atmospheric and Oceanic Sciences. The subjects cover the components of analysis and modeling systems for TC prediction operation in the two meteorological agencies including 1) Development of application products of typhoon monitoring by using radar observations、2) Improvement of data assimilation and numerical prediction system、3) Enhancement of the objective forecast guidance and operational support systems for tropical cyclones、4) Improvement of wave prediction system、5) Radar data application and high-resolution Quantitative Precipitation Forecast (QPF) for complex terrain、6) Sub-seasonal to Seasonal (S2S) prediction of tropical cyclone rainfall (TCR) and rainfall extremes and 7) Sub-seasonal to Seasonal (S2S) prediction of tropical cyclones. The major purpose is to improve forecast capability on severe climate systems in which Taiwan and the Philippines suffer frequently via enhancement of data analysis and numerical method improvement.


The project is divided into three sub-projects for execution, as follows:

 

Project Investigator:Taiwan- 林品芳(Pin-Fang Lin)、張保亮(Pao-Liang Chang);Philippine- Lorenzo A. MoronJohn Grender AlmarioLester Kim LagrimasBryan Abellana


Project InvestigatorTaiwan- 洪景山(Jing-Shan Hong)、陳得松(Der-Song Chen)、蕭玲鳳(Ling-Feng Hsiao)、蔡雅婷(Ya-Ting Tsai)Philippine- Gabriel S. MiroHeinritz Majella S. MiguelPatrick John R. Torres Louie Jane R. Rico


Project InvestigatorTaiwan- 呂國臣(Kuo-Chen Lu)、賴冠良(Kuan-liang Lai)Philippine- Juanito S. GalangRobb P. GileJohn Carlo S. SuguiCzarina Jane S. Rosales


Project InvestigatorTaiwan- 滕春慈(Chuen-Teyr Terng)、朱啟豪(Chi-Hao Chu)Philippine- Ma. Cecilia A. MonteverdeMa. Cristina C. UsonJohn DolendoDarwin Alejos, Jr.


Project InvestigatorTaiwan- 周仲島(Ben Jong-Dao Jou)、王重傑(Chung-Chieh Wang)、張偉裕(Wei-Yu Chang)Philippine- Alvin G. PuraDarwin D. PerezEvan James K. CarlosRamjun A. SajulgaPatrick John R. Torres


Project InvestigatorPhilippine- Ms. Edna L. Juanillo


Project InvestigatorTaiwan- 隨中興( Chung-Hsin Sui)、盧孟明(Mong-Ming Lu)、陳孟詩(Meng-Shih Chen)、羅姿婷(Tzu-Ting Lo)Philippine- Ana Liza S. SolisRemedios L. CiervoRusy G. AbastillasCherry Jane L. CadaGer Anne Marie W. DuranMary Joe Alma Escol-Canlas


Project InvestigatorTaiwan- 陳孟詩(Meng-Shih Chen)、羅姿婷(Tzu-Ting Lo)Philippine- Mr. Marcelino Q. Villafuerte IIMs. Jorybell A. MasalloMr. Junie G. RuizMr. Mike A. Petaca


 

Project Outcomes and Thesis Publications 

Meeting

Technical Education and Training

Related Links

 

Contact Us

Mesoscale Research Lab(P3 Lab), Department of Atmospheric Science, NTU

E-Mail:p3lab.ad@gmail.com

Tel.:(02)3366-3939、(02)2362-8962 

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