Titlebook: Chemical Lake Restoration; Technologies, Innova Miltiadis G. Zamparas,Grigorios L. Kyriakopoulos Book 2021 The Editor(s) (if applicable) an

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Vektormaximierungsprobleme und Kennzahlening toxic algal blooms and red tides in eutrophic waters. Consequently, public health risk is associated with eutrophication through consumption of sea food contaminated with red tide toxins. Toxins contained in cyanophyte cells have also acute effects on vertebrates, from minor skin irritations, li

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Jie Feng,Hai-ping Zhu,Fei He,Yong-yi Wuto guide remediation methods that control eutrophication. The usage of P- and joint P-/N-inactivation agents have been considered as feasible restoration tools through capacity and application methods in alignment with a wide spectrum of individually-examined nature-contexts, including that of water

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intelligible

Rui-ling Shen,Jia-zhen Huo,Xu-fang Lilizers in soil. Specifically chemical fertilizers were discussed, with phosphate rock being the primary source of phosphate, versus organic phosphate fertilizers, such as P humates and organominerals. Moreover, novel composite materials that have been used as P-adsorption agents are proposed as an a

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Guodong Yin,Jinxiang Wang,Dawei Pis focused on the “teabag” process, under which P-inactivation agents were stored in water-permeable bags and submerged in the water column to trap P, which is one of the primary causes of eutrophication. In specific, composite lanthanum-modified bentonite (LMB) and Fe-modified bentonite (FMB) were i

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https://doi.org/10.1007/978-3-030-76380-0Eutrophication; Environmental Protection of Lakes; Wastewater Management; Ecology Economics; Sustainable

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