| 摘要: |
| The ecological forecasting of microorganisms and water quality dynamics in Krasnoyarsk Reservoir is based on knowledge of dependence of specific growth rate (SGR) on limiting substrata. It investigated the influence of soil extract on the growth autochtonic (bacterioplankton of Krasnoyarsk Reservoir. The maximum SGR and Michaelis-Menten constant (on chemical oxidation decomposition (COD)-permanganate) is determined. These parameters are used in eco-model of Krasnoyarsk Reservoir and the Yenisei River to estimate the payojf of self-purification. |
| 关键词: soil extract bacterioplankton of Krasnoyarsk Reservoir growth kinetics prediction |
| DOI：10.18307/1998.sup43 |
| 分类号: |
| 基金项目:This work was supported by grants from the Siberian Branch of Russian Academy of Sciences (Integrative program, project N10) and the Russian Federal Program of Integrating of Higher Education and Science (Integrative program, project N73:"Assessment, Monitoring, Forecast of Water Quality and Medicative Properties of Siberian Shira Lake"). |
|
| Growth Kinetics of Aquatic Microorganisms on Soil Extracts in Krasnoyarsk Reservoir and Mathematical Modelling |
|
Nadezda Degermendzhy
|
|
Krasnoyarsk Medical Academy, ul. Zelezniak, l, Krasnoyarsk, 660022, Russia
|
| Abstract: |
| The ecological forecasting of microorganisms and water quality dynamics in Krasnoyarsk Reservoir is based on knowledge of dependence of specific growth rate (SGR) on limiting substrata. It investigated the influence of soil extract on the growth autochtonic (bacterioplankton of Krasnoyarsk Reservoir. The maximum SGR and Michaelis-Menten constant (on chemical oxidation decomposition (COD)-permanganate) is determined. These parameters are used in eco-model of Krasnoyarsk Reservoir and the Yenisei River to estimate the payojf of self-purification. |
| Key words: soil extract bacterioplankton of Krasnoyarsk Reservoir growth kinetics prediction |
