A general view shows shallow waters of Abakan channel of the Yenisei River in Krasnoyarsk, Russia. Since July 20, the Krasnoyarsk HPP has reduced the flow of water through the dam to 1950-2100 cubic meters per second in order to draw water into the reservoir for winter operation. This decision was made in connection with the extreme low water on the Yenisei - the lowest water level in the entire history of observations since 1936.21.07.2022#8239990
Woman with dog walks along the shallow Tatyshev channel of the Yenisei River in Krasnoyarsk, Russia. Since July 20, the Krasnoyarsk HPP has reduced the flow of water through the dam to 1950-2100 cubic meters per second in order to draw water into the reservoir for winter operation. This decision was made in connection with the extreme low water on the Yenisei - the lowest water level in the entire history of observations since 1936.21.07.2022#8239986
Kids walk along the shallow Tatyshev channel of the Yenisei River in Krasnoyarsk, Russia. Since July 20, the Krasnoyarsk HPP has reduced the flow of water through the dam to 1950-2100 cubic meters per second in order to draw water into the reservoir for winter operation. This decision was made in connection with the extreme low water on the Yenisei - the lowest water level in the entire history of observations since 1936.21.07.2022#8239983
People walk along the shallow Tatyshev channel of the Yenisei River in Krasnoyarsk, Russia. Since July 20, the Krasnoyarsk HPP has reduced the flow of water through the dam to 1950-2100 cubic meters per second in order to draw water into the reservoir for winter operation. This decision was made in connection with the extreme low water on the Yenisei - the lowest water level in the entire history of observations since 1936.21.07.2022#8239979
A general view shows fishermen on dry land that emerged from the shallow waters of the Yenisei River in Krasnoyarsk, Russia. Since July 20, the Krasnoyarsk HPP has reduced the flow of water through the dam to 1950-2100 cubic meters per second in order to draw water into the reservoir for winter operation. This decision was made in connection with the extreme low water on the Yenisei - the lowest water level in the entire history of observations since 1936.21.07.2022#8239972
A general view shows residential buildings of the Belyye Rosy microdistrict on the banks of the shallow Abakan channel of the Yenisei River in Krasnoyarsk, Russia. Since July 20, the Krasnoyarsk HPP has reduced the flow of water through the dam to 1950-2100 cubic meters per second in order to draw water into the reservoir for winter operation. This decision was made in connection with the extreme low water on the Yenisei - the lowest water level in the entire history of observations since 1936.21.07.2022#8239969
People collect shells on dry land that emerged from the shallow waters of the Yenisei River in Krasnoyarsk, Russia. Since July 20, the Krasnoyarsk HPP has reduced the flow of water through the dam to 1950-2100 cubic meters per second in order to draw water into the reservoir for winter operation. This decision was made in connection with the extreme low water on the Yenisei - the lowest water level in the entire history of observations since 1936.21.07.2022#8239965
A general view shows shallow waters of the Yenisei River in Krasnoyarsk, Russia. Since July 20, the Krasnoyarsk HPP has reduced the flow of water through the dam to 1950-2100 cubic meters per second in order to draw water into the reservoir for winter operation. This decision was made in connection with the extreme low water on the Yenisei - the lowest water level in the entire history of observations since 1936.21.07.2022#8239961
Dry land emerges from the shallow waters of the Yenisei River in Krasnoyarsk, Russia. Since July 20, the Krasnoyarsk HPP has reduced the flow of water through the dam to 1950-2100 cubic meters per second in order to draw water into the reservoir for winter operation. This decision was made in connection with the extreme low water on the Yenisei - the lowest water level in the entire history of observations since 1936.21.07.2022#8239959
