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The Growth and Plankton Changes of Intensive Ecological Aquaculture Model of Pseudosciaena crocea
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The growth of Pseudosciaena crocea and changes of plankton were studied under intensive ecological aquaculture
model that does not involve any change in water. The results indicated that: the growth rate of Pseudosciaena crocea
was significantly higher than that in cage culture (p<0.05), the essential amino acids, flavor amino acids and total amino
acids of Pseudosciaena crocea were significantly higher than that in cage culture(p<0.05), the PUFA and DHA、EPA of
Pseudosciaena crocea were also significantly higher than that in cage culture(p<0.05). Plankton biomass of aquaculture
water increased with the cultivation time. The diversity of phytoplankton was better in the early stage, the diversity index
and evenness index decreased in the later stage, and the diversity of phytoplankton was poor at the end of the experiment.
The diversity of zooplankton was better along with a slightchange in its diversity index and evenness index with the zooplankton
being in an equilibrium state.
Title: The Growth and Plankton Changes of Intensive Ecological Aquaculture
Model of Pseudosciaena crocea
Description:
The growth of Pseudosciaena crocea and changes of plankton were studied under intensive ecological aquaculture
model that does not involve any change in water.
The results indicated that: the growth rate of Pseudosciaena crocea
was significantly higher than that in cage culture (p<0.
05), the essential amino acids, flavor amino acids and total amino
acids of Pseudosciaena crocea were significantly higher than that in cage culture(p<0.
05), the PUFA and DHA、EPA of
Pseudosciaena crocea were also significantly higher than that in cage culture(p<0.
05).
Plankton biomass of aquaculture
water increased with the cultivation time.
The diversity of phytoplankton was better in the early stage, the diversity index
and evenness index decreased in the later stage, and the diversity of phytoplankton was poor at the end of the experiment.
The diversity of zooplankton was better along with a slightchange in its diversity index and evenness index with the zooplankton
being in an equilibrium state.
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