Modeling and Analysis of the Influence of Canoe Hydrodynamic Force on Lake Ecological Environment

Xin Fan

Ekoloji, 2019, Issue 108, Pages: 869-875


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In recent years, the ecological environment of lake water has changed greatly, for this reason, To this end, it is proposed that modeling and analysis of the influence of canoe hydrodynamic force on Lake ecological environment. Take the dishui lake, a large artificial excavated lake in Lingang new town in Shanghai as an example, start with analysising of sediment and pollution sources in lake area, on the basis of 8-year routine water quality index and monitoring data of biological indicators, analysis on the growth and evolution of ecological environment of large artificial lakes, evolution characteristics and trend in development. Analysising of hydrodynamic conditions of canoeing, modeling and analyzing the influence of canoeing hydrodynamics on Lake ecological environment.


ecological condition, canoeing, fluid dynamics, modeling and analysising


  • Deng Y, Chen G J, Liu S, et al. (2018) Sediment and historical records of hydrological fluctuation, recent environmental and ecological changes in Cibi lake of Northwest Yunnan. Quaternary Sciences 38 (4):912-925.
  • He Y, Yu D, Wang J, Du Y (2019) Modeling and analysis of the influence of meteorological comfort ecosystem on human respiratory system. Ekoloji 28 (UNSP e107321107):2865-2874.
  • Huang CL, Cao YM, Chen X (2018) Ecological environment changes in ferrede from subfossil Chironomid record of Shahu Lake in Wuhan city. Acta Hydrobiologica Sinica 42 (1):162-170.
  • Huang P, Liu Y, Fang L, Zhao J (2013) Study on non-point source pollution of east lake in Wuhan, china. Journal of Chemical and Pharmaceutical Research 5 (12):675-680.
  • Kim CS, Kim J, Lim H, Jeong Y, Park KS (2016) Coastal water quality modeling in tidal lake: Revisited with groundwater intrusion. Journal of Coastal Research (752):1342-1346.
  • Rajagopal RR, Rajarao R, Cholake ST, Sahajwalla V (2017) Sustainable composite panels from non-metallic waste printed circuit boards and automotive plastics. Journal of Cleaner Production 144:470-481.
  • Tang L (2018) Construction of hierarchical human motion model for sports biomechanics. Automation & Instrumentation (9).89-92.