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首页> 外文会议>Asia Oceania Algae Innovation Summit >Phytoplankton community and the purification effect of mangrove in the mangrove plantation-aquaculture coupling systems in the Pearl River Estuary
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Phytoplankton community and the purification effect of mangrove in the mangrove plantation-aquaculture coupling systems in the Pearl River Estuary

机译：Phytoplankton群落和红树林在珠江河口红树林植物 - 水产养殖耦合系统中的净化效果

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Shore water pollution has increased prominently as the rapid development of agriculture and industry. Nine ponds in the mangrove plantation-aquaculture A, B and C systems were established. The results showed that algal abundance ranged from 10.5×10~5 to 3744.3×10~5 ind./L and had positive correlations with Chl a, DO, COD and TP (r=0.697, 0.302, 0.350, 0.276, respectively; p<0.01). Removal rates in mangrove Bruguiera gymnorhiza and Rhizophora stylosa for NH3-N, NO3-N, TN, PO4-P were 41.74%-88.43%. NH3-N and PO4-P were lowerd by 55.91%-75.31% in Aegiceras corniculatum. The system stability was enhanced after mangrove plantation by the indication of algal abundance and species composition.
机译：由于农业和工业的快速发展，海岸水污染占据突出增加。建立了美洲红树植物 - 水产养殖A，B和C系统的九个池塘。结果表明，藻类丰度范围为10.5×10〜5至3744.3×10〜5 ind./l，与CHL A，DO，COD和TP（r = 0.697,0.302,0.350,0.276分别具有阳性相关性; p <0.01）。红树林Bruguiera Gearnorhiza和Rhizophora Stylosa的去除率为NH3-N，No3-N，TN，PO4-P为41.74％-88.43％。 NH3-N和PO4-P在AEGICERAS Corniculatum中的下降55.91％-75.31％。通过藻类丰度和物种组合物指示红树林种植后，系统稳定性提高。

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