Submit an Article
Become a reviewer
Vol 203
Pages:
25-29
Download volume:
RUS
Article

Environmental impact assessment of water engineering on water bodies when you position the hydro-electric power stations on mountain rivers

Authors:
F. M. Dzhandubaeva
About authors
  • Ph.D. Associate professor North-Caucasian State Technological and Humanities Academy
Date submitted:
2012-10-07
Date accepted:
2012-12-20
Date published:
2013-04-30

Abstract

An integral part of environmental studies at placing hydropower is environmental impact assessment of hydraulic engineering on all bodies of water zone of influence of HPS. This fact is especially relevant for the conditions of interbasin redistribution runoff. To achieve this, research carried out, the main tasks are: assessment of owls belt status of water quality of rivers in the region, forecast technological changes in the quality of natural water due to the promising development of the region and the commissioning of hydroelectric complex, the development of recommendations for water conservation measures, including including a rationale for sanitary and environmental flows.

Область исследования:
(Archived) Improvement of the system state control of natural resources in Russia taking into account the intensification of ...
Keywords:
environmental assessment hydraulic engineering water resources hydro hydro assessment hydrochemical and hydrological regime
Go to volume 203

Similar articles

Role of natural disasters in the lithogenic return and technogenic material innature
2013 I. A. Karlovich, I. E. Karlovich, A. I. Karlovich
Risk assessment of anthropogenic impact of the fuel and energy complex
2013 M. A. Pashkevich, T. A. Antsiferova
Development of isolation technology in preparation of the heap leaching fields
2013 M. A. Pashkevich, D. O. Akimenko
Estimation of the condition of the soil-vegetative complexes having stress at atmospheric impact
2013 D. S. Korelskiy, M. A. Chukaeva
Influence of some geoecological factors on destruction of concrete constructions of Cheboksary hydroelectric power plant
2013 R. E. Dashko, N. A. Perevoshchikova, D. Yu. Vlasov
Evaluation of a breaking of plant communities exposed to technogenic load with space monitoring method
2013 D. S. Korelskiy