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Zheng Wenzhen,Chen Zongyong,Wang Deyuad,Chen Kuiying. 1996. Annual variation rate of global sea-level rise and the prediction for the 21st century. Acta Oceanologica Sinica, (3):323-330
Annual variation rate of global sea-level rise and the prediction for the 21st century
Annual variation rate of global sea-level rise and the prediction for the 21st century
Received:October 03, 1995  Revised:May 12, 1996
DOI:
Key words:Global sea-level  annual variation rate  prediction for the 21st century  harmonic analysis
中文关键词:  Global sea-level  annual variation rate  prediction for the 21st century  harmonic analysis
基金项目:This project was supported by the National Natural Science Foundation of China under contract No. 49576294.
Author NameAffiliation
Zheng Wenzhen National Maine Data and loformation Service, State oceanic Administration, Thajin 300171, China 
Chen Zongyong Ocean University of Qngdao, Qingdao 266003, China 
Wang Deyuad National Maine Data and loformation Service, State oceanic Administration, Thajin 300171, China 
Chen Kuiying National Maine Data and loformation Service, State oceanic Administration, Thajin 300171, China 
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Abstract:
      An analytical method of predicting the annual variation rate(AVR) of global sea-level(GSL) is developed.Through the calculation by using the mean sea-level data collected from the tidal gauge stations over the world.a GSL rise of 0.15-0.16 cm/a is obtained.The predicted values of AVR of GSL for the 21st century are presented.The authors' results have been compared to Shaw reported by other scientists at home and abroad.The method proposed here is more convenient and precise.
中文摘要:
      An analytical method of predicting the annual variation rate(AVR) of global sea-level(GSL) is developed.Through the calculation by using the mean sea-level data collected from the tidal gauge stations over the world.a GSL rise of 0.15-0.16 cm/a is obtained.The predicted values of AVR of GSL for the 21st century are presented.The authors' results have been compared to Shaw reported by other scientists at home and abroad.The method proposed here is more convenient and precise.
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