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Tian Qian / Hu He / Kuanyi Li / Chunlei Yue / Erik Jeppesen - 2023Subtropical lakes are often dominated by benthi-omnivorous fish (e.g., crucian carp) that may substantially disturb sediments and thereby increase water turbidity and nutrient concentrations. Piscivores stocking is sometimes used to control these benthi-omnivores in the expectation that they will...Contributeur (s):
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Hu He / Lei Zhang / Xiaoyu Ning / Zhigang Mao / Erik Jeppesen - 2023Excess nitrogen (N) loading in summer often boosts phytoplankton growth and increase algal turbidity. In eutrophic shallow lakes, the increased algal production may also augment the abundance of deposit-feeding tubificid worms and thereby sediment resuspension and non-algal turbidity. However, few...Contributeur (s):
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Xiaolong Huang / Jinlei Yu / Shuailing Liu / Hongmin Xie / Hu He / Kuanyi Li - 2021The submerged species Carolina fanwort (Cabomba caroliniana) has attracted considerable attention in Lake Taihu Basin (LTB), China. This species was widely used as a garden plant until 2016, when it was identified as invasive. In this study, we conducted a mesocosm experiment to compare the...Contributeur (s):
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Jinlei Yu / Manli Xia / Wei Zhen / Hu He / Ruijie Shen / Baohua Guan / Zhengwen Liu - 2020Transplantation of submerged macrophytes has been widely used to improve water quality in restoring shallow lakes in China. However, in some lakes, small omnivorous fish predominated the fish assemblages and fed mainly on submerged macrophytes. Despite significant research examining grazing...Contributeur (s):
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Bingchang Tan / Hu He / Jiao Gu / Kuanyi Li - 2018Invasive macrophyte Myriophyllum aquaticum is capable of assimilating nutrients from both the sediments and the water column. However, which is the major source of nutrients supporting M. aquaticum growth under various nutrient regimes has not been well documented. Here we conducted a two-...Contributeur (s):