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STUDIES ON THE CULTURE OF CHAETOCEROS MUELLERI LEMMERMAN-THE EFFECT OF SALINITY PHOSPHATE AND NITRATE CONCENTRATION ON THE RATE OF GROWTH
引用本文:陈贞奋. STUDIES ON THE CULTURE OF CHAETOCEROS MUELLERI LEMMERMAN-THE EFFECT OF SALINITY PHOSPHATE AND NITRATE CONCENTRATION ON THE RATE OF GROWTH[J]. 海洋学报(英文版), 1982, 1(2): 282-288
作者姓名:陈贞奋
作者单位:Department of
摘    要:Chaetoceros muelleri is a favorable food for the larvae of shellfishes and other marine animals.At a temperature of 25-30.5℃, light intensity 1,000-1,100 lux, and pH 7.98-8.48, experiments were carried out to find the optimum salinity, phosphate, and nitrate concentration for the growth of this small diatom.The following are the results of the present investigation:(1) The optimum salinity is 25.9‰(17-32.21‰).(2) The suitable phosphate concentration is PO4-P 19.9-139.3 μg-at/1, and the optimum concentration is 99.5 μg-at/1.(3) The suitable nitrate concentration is NO3-N 1,976-7,904 μg-at/1, and the optimum concentration is 5,928 μg-at/1.

收稿时间:1981-06-15

STUDIES ON THE CULTURE OF CHAETOCEROS MUELLERI LEMMERMAN-THE EFFECT OF SALINITY PHOSPHATE AND NITRATE CONCENTRATION ON THE RATE OF GROWTH
CHEN ZHENFEN. STUDIES ON THE CULTURE OF CHAETOCEROS MUELLERI LEMMERMAN-THE EFFECT OF SALINITY PHOSPHATE AND NITRATE CONCENTRATION ON THE RATE OF GROWTH[J]. Acta Oceanologica Sinica, 1982, 1(2): 282-288
Authors:CHEN ZHENFEN
Affiliation:Department of Biology, Xiamen University
Abstract:Chaetoceros muelleri is a favorable food for the larvae of shellfishes and other marine animals.
At a temperature of 25-30.5℃, light intensity 1, 000-1, 100 lux, and pH 7.98-8.48, experiments were carried out to find the optimum salinity, phosphate, and nitrate concentration for the growth of this small diatom.
The following are the results of the present investigation:
(1) The optimum salinity is 25.9‰ (17-32.21‰).
(2) The suitable phosphate concentration is PO4-P 19.9-139.3 μg-at/1, and the optimum concentration is 99.5 μg-at/1.
(3) The suitable nitrate concentration is NO3-N 1, 976-7, 904 μg-at/1, and the optimum concentration is 5, 928 μg-at/1.
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