Distribution of marine carbon dioxide and its relationship with other marine parameters and air-sea anomalies

QIAO Ran; WANG Zhang-gui; CHEN Zhi; LI Shi-ming; YU Yan-hong; L&#220; hong-gang

Volume 27 Issue 6

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Article Navigation > Haiyang Xuebao > 2005 > 27(6): 30-37

QIAO Ran, WANG Zhang-gui, CHEN Zhi, LI Shi-ming, YU Yan-hong, LÜ hong-gang. Distribution of marine carbon dioxide and its relationship with other marine parameters and air-sea anomalies[J]. Haiyang Xuebao, 2005, 27(6): 30-37.

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Distribution of marine carbon dioxide and its relationship with other marine parameters and air-sea anomalies

National Research Center for Marine Environmental Forecasts, Beijing 100081, China

Received Date: 2005-03-31
Rev Recd Date: 2005-08-20

Abstract

Abstract

During "TOGA" and "China-Japan joint investigation of the subtropical circulation",the total dissolved carbon dioxide in surface and deep water and sea-air partial pressure of carbon dioxide in surface and deep water were measured in November 1986 and June 1996 with the coulometer and gas chromatography systems.The distribution and variation of the sources and sinks of carbon dioxide on the basis of the data of carbon dioxide partial pressure value in air (A) and carbon dioxide partial pressure value in the surface water were measured during the 14 cruises "TOGA" and "China-Japan joint investigation of the subtropical circulation".The carbon dioxide partial pressure value in the surface water observed over the equatorial area,5°N~5°S and 130°~165°E,exceed the carbon dioxide partial pressure value in air by 1.5 to 4.5 Pa,indicating that in this area there is a source of atmospheric carbon dioxide.These values are much smaller than those of up to +9.1 Pa observed in the central equatorial Pacific and those of up to +15 Pa observed in the eastern equatorial Pacific.It appears,therefore,that the intensity of the oceanic carbon dioxide source decreases westward.In autumnt here is a stronger source and in spring there is a sink for atmospheric carbon dioxide,in the subtropical circulation.On the basis of nine cruises of carbon dioxide data in surface and deep water measured,major factors temperature and salinity influencing carbon dioxide in seaw ater were discussed,the distribution and variation of carbon dioxide may berelated to the current,wAter mass,Kuroshio and ENSO.
- carbon dioxide partial pressure,
- total dissolved carbon dioxide,
- subtropical circulation region sources and sinks,

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MARLAND G, BODEN T A, ADRESS R J. Global, regional, and national CO₂ emissions[A]. Trends:A Compendium of Data on Global Change:No. 5[R]. Oak Ridge, Tenn:Carbon Dioxide Information Analysis Center,2000. 505-508.

乔然,马黎明,张滨,等.微量元素研究进展[M].北京:化学工业出版社,1995.229-234.

HANSEN J T, DING Y, GRIGGS D J, et al. Climate Change Scientific Basis[M]. Cambridge University Press, 2001. 307-309.

刘承志.CO₂气体对海洋生态环境的影响[J].气候变化通讯,2004,3(6):15 16.

SMETHIE W M, TAKAHASHI T, CHIPMAN D W, et al. Gas exchange and CO₂ flux in the tropical Atlantic Oceans determined from ²²²Rnand pCO₂ measurements[J]. Jour Geophysics Res, 1985, (90):7 005-7 002.

MOORE B, BOLIN B. The ocean carbon dioxide and global change[J]. Oceanus, 1986, (29):9-15.

TAKAHASHI T, CHIPMAN D W, MA Li-ming. Carbon dioxide in the surface water of western equatorial Pacific Ocean[A]. CHAO Jiping, JOHN A Young. Air-Sea Interaction in Tropical Western Pacific:Proceedings of US-PRC International TOGA Symposium[C]. Beijing:China Ocean Press. 1988. 511-539.

TAKAHASHI T, GODDARD J, SUTHERLAND S, et al. Seasonal and geographic variability of carbon dioxide sink/source in the oceanic areas:observations in the North and Equatorial Pacific Ocean, 1984-1986 and global summary[B]. Final Technical Report to DOE [R]. Palisades, N Y:Lamont-Doherty Geological observatory, 1989. 66.

马黎明.热带西太平洋海-气CO₂交换与碳化学量分布[A].热带西太平洋海气相互作用综合研究[M].北京:海洋出版社,1993.163.

TAKAHASHI T, BROECHER W S, WERNER S R, et al. Carbonate chemistry of the surface water of the word ocean[A]. GOLDBERG E D, HORIBE Y, SARUHASHI K. Isotope Marine Chemistry[M]. Tokyo:Uchida-Rokacuho, 1980. 291-326.

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