Abstract：Two dominant benthic species in eutrophic lakes—Chironomus flaviplumus and Branchiura sowerbyi—were selected as representative benthos. Microcosm experiment was conducted to investigate the effect of bioturbation on the efficacy of endogenous P control by lanthanum modified bentonite(LMB). Moreover, La dissolution and its ecological risk were also assessed. Chironomus flaviplumus significantly increased the release of endogenous P in the overlying water in the absence of LMB, while this effect was negligible with branchiura sowerbyi; after the application of LMB, Chironomus flaviplumus and Branchiura sowerbyi both showed a negative inhibitory effect on the P control efficiency of LMB; the concentration of phosphate (PO43-) in the overlying water were 2.50 and 2.23 times higher than that in the control groups; during LMB application, bioturbation has significantly reduced the La concentration in the overlying water; however, La was found accumulated in benthic organisms.
姚婧梅, 谭秋君, 史思捷, 韩乐, 智悦. 生物扰动对镧系锁磷剂控磷效能的影响[J]. 中国环境科学, 2023, 43(7): 3696-3703.
YAO Jing-mei, TAN Qiu-jun, SHI Si-jie, HAN Le, ZHI Yue. Study on the effect of bioturbation on the efficacy of lanthanum modified bentonite for phosphorus control. CHINA ENVIRONMENTAL SCIENCECE, 2023, 43(7): 3696-3703.
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