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《Marine Sciences》 2018-06
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Effect of Cladophora sp. on the content of nutrient in sedimentwater interface from the pond breeding of Apostichopus japonicas

CAO Xue-bin;MA Wei-wei;LI Qi;WU Chun-mei;WU Cai-mi;JIANG Ai-li;XING Rong-lian;National Algae and Sea Cucumber Project Technology Research Centre, Shandong Oriental Ocean SciTech Co.,LTD.;School of Life Science, YanTai University;  
To study the effect of Cladophora sp.on the nutrient in sediment-water interface,laboratory static culture was conducted.The temperature was 25℃,light intensity was(4000±200)lx.The content of total nitrogen(TN),ammonia nitrogen(NH_4~+-N),nitrate(NO_3~–-N),nitrite nitrogen(NO_2~–-N),total phosphorus(TP),reactive phosphorus(PO_4~(3–)-P)in the overlying water was measured periodically.The main results were given as follows:There were significant differences between the nutrient content caused by the biomass of Cladophaora sp.(P0.05),and their content increased first and decreased with a peak in 6~24 h.The maximum concentration of TN,NO_3~–-N,NO_2~–-N,NH_4~+-N,TP,PO_4~(3–)-P was that the amount of algae was 0.5~4.5 g/L.The content of each nutrient gradually decreased,and reached the minimum value when the culture time was more than 24 h.When the biomass was 8.5 g/L,the absorption of NO_3~–-N and NO_2~–-N was the best;the biomass of 0.5 g/L was the best for the absorption of NH_4~+-N and PO_4~(3–)-P.Therefore,high biomass(8.5 g/L)Cladophora sp.can reduce NO_3~–-N and NO_2~–-N content in overlying water,but low biomass(0.5 g/L)Cladophora sp.can effectively absorb NH_4~+-N and PO_4~(3–)-P in overlying water.
【Fund】: 国家自然科学基金项目(31572622 31001113)~~
【CateGory Index】: X524;X173
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