Jin Qingming and Sui Liangren, Modern sedimentation process on the continental shelf of the East China Sea, SSCS PROC.,Vol.2, China ocean Press, 1983, 497-510.
[2]
Xe Dengyu, Mod, sedimentation on the East China Sea continental shelf, Ibid. 1983,536-544.
Wickrsan, F. G.,Vacation in the relative aboundaace of the carbon isotopes in plants,Geochim, Cosma, Acfa, 2 (1952),243.
[6]
Craig.H.,The geochemistry of the stable carbon isotopes, Geochim, Cosmo, Acfa, 3, (1953),53.
[7]
Gearing, D et al.,prganic carbon stable isotope ratios of continental margin sediments,Mar, Chem.,5(1977),251-266.
[8]
Gearing, D, et al.,Hydrocarbons in Northeast Gulf of Mexico sediments, A preliminary,Geochim, Cosmo, Acta, 40 (1976),1005-1017.
[9]
Brooks, J. M. and M. C. Kenoicutt, et al.,Application of Tatal Scanning Fluorescence to Exploration Geochemistry 15th Annual pffshore Technology Conference (pTC) in Houston, USA May 2-5 1983, QTC 4624, 383-386.
[10]
Meyerz, P, A, et al.,prganic geochemistry of suspended and settling particulate matter in Lake Michigan, Geochim.Cosmo, Acta, 48 (1984),443-452.
[11]
Xie Qinchus, et al.,The feature and the transport of suspended matter over the contimental shelf off the Changjiang River Mouth, SSCS Proc. Vol.1, China pcean Press,1983, 400-412.
[12]
Yuan yaochu and Su Jilian, A two layer circulation model of the East China Sea, Ibid.,364-374.
[13]
You Kunyuan, et al.,Modern sedimentation rate is the vicinity of Changjiang Estuary and adjacent continental shelf. SCSS Proc.,Vol.2, China pcean Press, 590-605.
