Experimental Study on Growth Inhibition of Attached Algae to Phytoplankton
Tingting Xu
Abstract
Tingting Xu
Abstract
By controlling a certain temperature,illumination,pH,and setting N/P ratio between 10∶1 and 25∶1 to analyze the growth of competition between phytoplankton and attached algae in the laboratory,this paper provided a certain theory basis for the algae bloom control of eutro-phication in water.It also discussed the growth influence of phytoplankton and attached algae with glucose as additional carbon source.The results indicated that when N/P ratio was 20∶1,the phytoplankton concentration difference was the highest and its value was 159×105cells/L.The higher the temperature and concentration of nitrogen,the more obvious the competitive advantage of attached algae was.The phytoplankton adapted the higher concentration of COD better than attached algae.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
By controlling a certain temperature,illumination,pH,and setting N/P ratio between 10∶1 and 25∶1 to analyze the growth of competition between phytoplankton and attached algae in the laboratory,this paper provided a certain theory basis for the algae bloom control of eutro-phication in water.It also discussed the growth influence of phytoplankton and attached algae with glucose as additional carbon source.The results indicated that when N/P ratio was 20∶1,the phytoplankton concentration difference was the highest and its value was 159×105cells/L.The higher the temperature and concentration of nitrogen,the more obvious the competitive advantage of attached algae was.The phytoplankton adapted the higher concentration of COD better than attached algae.
Key concepts: Phytoplankton, Algae, Nitrogen, Algal bloom, Bloom, Green algae, Environmental chemistry, Competition (biology)