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DISTRIBUTIONS OF TOTAL, INORGANIC AND ORGANIC PHOSPHORUS IN THE SEDIMENTS NEAR THE HUANGHE RIVER ESTUARY
作者姓名:林荣根  吴景阳
作者单位:Institute of Oceanohgy,Academia Sinica,Qingdao 266071,Institute of Oceanohgy,Academia Sinica,Qingdao 266071
基金项目:This project was Supported by the National Science Foundation of China
摘    要:For some hundred surface sediment samples from five cores taken in two cruises near the Huanghe River Estuary, total phosphorus (TP (.inorganic phosphorus (IP (and organic phosphorus (OP)were determined.On the average, 527×10-6, 455×10~6 and 72×10-6 were found for TP,IP and OP for the surface sediments taken in the two cruises. The distribution of OP and IP was controlled by the sample particle size: OP content increased with the decreasing of the sample particle size, while the maximal value of IP was found in the silt fraction due to the existence of apatite in our samples. Vertical distributions reflected well the channel change of the Huanghe River. Results from the multiple regressions between the three forms of phosphorus and the percentages of different particle size agreed well with the analytical data.

收稿时间:19 March 1991

Distributions of total,inorganic and organic phosphorus in the sediments near the Huanghe River Estuary
Lin Ronggen,Wu Jingyang.DISTRIBUTIONS OF TOTAL, INORGANIC AND ORGANIC PHOSPHORUS IN THE SEDIMENTS NEAR THE HUANGHE RIVER ESTUARY[J].Chinese Journal of Oceanology and Limnology,1992,10(3):204-214.
Authors:Lin Ronggen  Wu Jingyang
Institution:(1) Institute of Oceanology, Academia Sinica, 266071 Qingdao
Abstract:For some hundred surface sediment samples from five cores taken in two cruises near the Huanghe River Estuary, total phosphorus (TP), inorganic phosphorus (IP) and organic phosphorus (OP) were determined. On the average, 527×10−6, 455×10−6 and 72×10−6, were found for TP, IP and OP for the surface sediments taken in the two cruises. The distribution of OP and IP was controlled by the sample particle size: OP content increased with the decreasing of the sample particle size, while the maximal value of IP was found in the silt fraction due to the existence of apatite in our samples. Vertical distributions reflected well the channel change of the Huanghe River. Results from the multiple regressions between the three forms of phosphorus and the percentages of different particle size agreed well with the analytical data. This project was supported by the National Science Foundation of China. Contribution No. 2028 from the Institute of Oceanology, Academia Sinica.
Keywords:distribution  total phosphorus- inorganic phosphorus  organic phosphorus  sediments
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