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The use of bioestimation-a new method for the control of water self-purification

机译:生物估算的使用-一种控制水自净的新方法

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Examples are given of the application of bioestimation-a conceptually new hydrobiological method used to control the process of water quality formation. This paper is the continuation of the paper "Bioestimation: A New Method for the Control of Water Self-Purification Process and Its Comparison with Bioindication". The experience in the use of bioestimation in water bodies with different use type, size, salinity, flowage, and geographic position confirmed its universal character, information value, promptness, and the possibility to limit the volume of sample to be sent to 10-20 cm 3, thus simplifying the field works. Each significant factor, which affects the self-purification process, is identified independently, since the bioestimators reflecting it are biotically independent; their number varies depending only on changes in the environmental factors that are external with respect to the community of environmental factors. Bioestimation shows prognostic properties, since it makes it possible to prevent water quality deterioration and to restore the normal course of water self-purification at the stage of its quality formation. The use of bioestimation will extend the positive anthropogenic impact on water bodies.
机译:举例说明了生物估算的应用-一种在概念上用于控制水质形成过程的新型水生生物方法。本文是“生物估计:一种控制水自净过程的新方法及其与生物指示的比较”的继续。在不同使用类型,大小,盐度,流量和地理位置的水体中使用生物估计的经验证实了其普遍性,信息价值,及时性以及将样品量限制为10-20的可能性cm 3,从而简化了现场工作。每个影响自我纯化过程的重要因素都可以独立识别,因为反映它的生物评估因子在生物上是独立的。它们的数量仅取决于环境因素共同体中外部环境因素的变化而变化。生物估计具有预后性,因为它可以防止水质恶化并在水质形成阶段恢复水自净的正常过程。生物估计的使用将扩大人为水体的积极影响。

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