Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Water Quality Monitoring in the Volga Headwaters

View through CrossRef
The Volga River is the largest river in Europe in terms of basin area (1.36 mio. km2), length (3531 km), and water content (annual flow 254 km3). We conduct long-term water quality studies in the Volga headwaters: in the Upper Volga Lakes, the free-flowing section, as well as in the Ivankovskoye and Uglich Reservoirs. At the source of the river, the water is very soft, slightly mineralized, characterized by high color indicators (up to 400 degrees Pt-Co scale) and permanganate oxidation (60.3–72 mgO/L). In the Upper Volga Lakes, water mineralization increases to 110 mg/L, and the color of the water decreases significantly. In the Ivankovo Reservoir, higher concentrations of manganese and BOD5 are noted than in the Volga above Tver. Based on total phosphorus concentrations, the Upper Volga Reservoir (Lake Volgo) and the free-flowing section of the Upper Volga (from Selizharovo to Tver) belong to the “mesotrophic” class, and the Ivankovskoye Reservoir belongs to the “eutrophic” class. We characterize the Volga headwaters based on physico-chemical parameters “balanced” and discuss the relevance of “natural pollution”. Especially the free-flowing section comprises an important reference section for lowland rivers; thus, long-term monitoring of abiotic and biotic aspects is an important issue.
Title: Water Quality Monitoring in the Volga Headwaters
Description:
The Volga River is the largest river in Europe in terms of basin area (1.
36 mio.
km2), length (3531 km), and water content (annual flow 254 km3).
We conduct long-term water quality studies in the Volga headwaters: in the Upper Volga Lakes, the free-flowing section, as well as in the Ivankovskoye and Uglich Reservoirs.
At the source of the river, the water is very soft, slightly mineralized, characterized by high color indicators (up to 400 degrees Pt-Co scale) and permanganate oxidation (60.
3–72 mgO/L).
In the Upper Volga Lakes, water mineralization increases to 110 mg/L, and the color of the water decreases significantly.
In the Ivankovo Reservoir, higher concentrations of manganese and BOD5 are noted than in the Volga above Tver.
Based on total phosphorus concentrations, the Upper Volga Reservoir (Lake Volgo) and the free-flowing section of the Upper Volga (from Selizharovo to Tver) belong to the “mesotrophic” class, and the Ivankovskoye Reservoir belongs to the “eutrophic” class.
We characterize the Volga headwaters based on physico-chemical parameters “balanced” and discuss the relevance of “natural pollution”.
Especially the free-flowing section comprises an important reference section for lowland rivers; thus, long-term monitoring of abiotic and biotic aspects is an important issue.

Related Results

Volga, Volga: En bokessä
Volga, Volga: En bokessä
Janet M. Hartley’s The Volga: a History of Russia’s Greatest River gives an overview of the cultural history of the river Volga. Geir Pollen’s Volga: A Russian Journey (Volga: En r...
Water Trash Collector
Water Trash Collector
In today day to day life, approximately 71% of the Earth's surface is covered by Without affecting significant role that technology plays in our modern world, environmental and wat...
Integrated hydrological modelling for sustainable water allocation planning : Mkomazi Basin, South Africa case study
Integrated hydrological modelling for sustainable water allocation planning : Mkomazi Basin, South Africa case study
Allocation of freshwater resources between societal needs and natural ecological systems is of great concern for water managers. This development has challenged decision-makers reg...
Basic approaches to abatement of water pollution caused by non-point sources in the Volga river basin.
Basic approaches to abatement of water pollution caused by non-point sources in the Volga river basin.
<p>The Volga River is the largest river in Europe and the main waterway of the western part of Russia. The total number of cases of high and extremely high pollution ...
Monitoring and predicting water quality for smart urban water infrastructure
Monitoring and predicting water quality for smart urban water infrastructure
<p>Water resources management is a delicate, complex and challenging task. It involves monitoring quality, quantity, timing and distribution of water in order to meet...
Assessment of innovative development potential of a macroregion within the multilevel clustering model
Assessment of innovative development potential of a macroregion within the multilevel clustering model
The object of this research is the potential of innovative development of Volga Region. The subject of this research is assessment of the processes of innovative transformation of ...
STEPPE AND FOREST-STEPPE VOLGA REGIONS IN THE EARLY NEOLITHIC PERIOD: THE PROBLEM OF CONTACTS
STEPPE AND FOREST-STEPPE VOLGA REGIONS IN THE EARLY NEOLITHIC PERIOD: THE PROBLEM OF CONTACTS
According to the radiocarbon chronology formation of the Neolithic communities acquainted with manufacturing baked clay pottery takes place in the Steppe and Forest-steppe Volga re...

Back to Top