Information-measuring system for the eutrophication estimation of the water body

Abstract

The paper describes the information-measuring system to assess the eutrophication extent of a water body using the example of the Gulf of Taganrog of the Sea of Azov. This system allows a comprehensive assessment of the eutrophication of the reservoir and its biogenic load. In particular, it includes information capturing by various sensors, system analysis using a variety of devices and technical means, the solution of the most important tasks of environmental monitoring in this field of knowledge and the eutrophic status of the water area forecasting.

Eutrophication of Water Body Based on Ecological Simulation Technology

“…The second is to treat the polluted water body, including the absorption of nutrients, the utilization of various ions, the precipitation of heavy metal ions and the reduction of algae in the water body [7]. In recent decades, the rapid economic development and rapid population expansion have affected the natural landscape, weakened the self-regulation ability of the water ecosystem, and disrupted people's normal production and life [8]. Therefore, many scholars and research institutions at home and abroad have conducted long-term research and Exploration on how to find a solution to the pollution of water landscape, restore the natural attributes of water bodies, rebuild the healthy water ecology, make the development and utilization of water resources sustainable, control the eutrophication trend of lakes, rivers, reservoirs and other water bodies, and how to improve the eutrophication pollution of urban water bodies.…”