Influence of Organic and Inorganic Nutrients on the Health of Aquatics Systems and its Connection with Eutrophication
Carlee Luttrell, Mark Matli, Perry Serna, Michael Cobbs
Abstract
Carlee Luttrell, Mark Matli, Perry Serna, Michael Cobbs
Abstract
It is clear that bodies of water are experiencing eutrophication more commonly now than known before. There is an abundant connection between eutrophication and the overall health of aquatic systems. As the eutrophication progresses, the water quality degrades. The water ecosystem are necessary and vital for all organisms to flourish. This experiment attempts to address this ever-present problem by exploring the varying effects of inorganic and organic nutrients on the aquatic ecosystem.
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It is clear that bodies of water are experiencing eutrophication more commonly now than known before. There is an abundant connection between eutrophication and the overall health of aquatic systems. As the eutrophication progresses, the water quality degrades. The water ecosystem are necessary and vital for all organisms to flourish. This experiment attempts to address this ever-present problem by exploring the varying effects of inorganic and organic nutrients on the aquatic ecosystem.
Key concepts: Eutrophication, Nutrient, Aquatic ecosystem, Environmental science, Ecosystem, Water quality, Ecology, Environmental chemistry