The study of the current chemical composition of natural waters in the eastern and western parts of the Imandra Lake catchment was performed using ion chromatography, potentiometry and inductively coupled plasma mass spectrometry. It was found that the content of trace elements in the surface water is considerably higher than that in the groundwater. The nickel and copper concentrations exceed the background levels over 19 and 2 times respectively in groundwater, and 175 and 61 times in the surface waters. These data show that the Severonikel influences negatively air and surface water
The Arctic region of Russia is rich with natural water resources. Some residents of this area prefer...
The object of the study was river water, which was sampled 500 m before and 500 m after the point of...
Intensive Cu-Ni and Fe mining and smelting in northwestern Russia constitutes a potential risk of po...
The impact from mining and large-scale agricultural activities on levels and migration of metals wit...
The impact from mining and large-scale agricultural activities on levels and migration of metals wit...
A general geochemical study has been performed within Lake Imandra situated in the industrial area ...
A general geochemical study has been performed within Lake Imandra situated in the industrial area ...
A general geochemical study has been performed within Lake Imandra situated in the industrial area ...
A general geochemical study has been performed within Lake Imandra situated in the industrial area ...
To assess the current ecological state, a study has been conducted on the chemical composition of th...
The article provides the analysis of chemical composition of the ground and surface waters on the le...
The analysis of the content of the polluting heavy metals Ni and Cu, priority for the region, in sur...
Intensive Cu-Ni and Fe mining and smelting in northwestern Russia constitutes a potential risk of po...
Intensive Cu-Ni and Fe mining and smelting in northwestern Russia constitutes a potential risk of po...
Intensive Cu-Ni and Fe mining and smelting in northwestern Russia constitutes a potential risk of po...
The Arctic region of Russia is rich with natural water resources. Some residents of this area prefer...
The object of the study was river water, which was sampled 500 m before and 500 m after the point of...
Intensive Cu-Ni and Fe mining and smelting in northwestern Russia constitutes a potential risk of po...
The impact from mining and large-scale agricultural activities on levels and migration of metals wit...
The impact from mining and large-scale agricultural activities on levels and migration of metals wit...
A general geochemical study has been performed within Lake Imandra situated in the industrial area ...
A general geochemical study has been performed within Lake Imandra situated in the industrial area ...
A general geochemical study has been performed within Lake Imandra situated in the industrial area ...
A general geochemical study has been performed within Lake Imandra situated in the industrial area ...
To assess the current ecological state, a study has been conducted on the chemical composition of th...
The article provides the analysis of chemical composition of the ground and surface waters on the le...
The analysis of the content of the polluting heavy metals Ni and Cu, priority for the region, in sur...
Intensive Cu-Ni and Fe mining and smelting in northwestern Russia constitutes a potential risk of po...
Intensive Cu-Ni and Fe mining and smelting in northwestern Russia constitutes a potential risk of po...
Intensive Cu-Ni and Fe mining and smelting in northwestern Russia constitutes a potential risk of po...
The Arctic region of Russia is rich with natural water resources. Some residents of this area prefer...
The object of the study was river water, which was sampled 500 m before and 500 m after the point of...
Intensive Cu-Ni and Fe mining and smelting in northwestern Russia constitutes a potential risk of po...