Примеры использования Gauging station на Английском языке и их переводы на Русский язык
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The gauging station ceased its operation in 1992.
Discharge characteristics at gauging stations on the Debet River.
Bobrovsky gauging station on the Irtysh: distance to mouth- 2,161 km.
Discharge characteristics at gauging stations on the Debet River.
Buran gauging station on the Irtysh(Black Irtysh): distance to mouth- 3,688 km.
Discharge characteristics at the two gauging stations in Kazakhstan.
At the Neumarkt gauging station in Austria, surface water resources generated in Austria are estimated to be 0.21 km3/year average for 1976-200840.
Discharge characteristics of the Chorokhi River at the gauging station Erge.
At the Kasan gauging station Russian Federation.
Discharge characteristics at the transboundary gauging station“Red bridge”.
Note: For locations of the gauging stations, the map of the Danube should be referred to.
Below Ortotokoisk reservoir, there is not a single gauging station operating.
Discharge characteristics at the gauging station Airum(Armenia) upstream of the border with Georgia.
Every year 5,000 km of main canals, 100,000 km of irrigation canals and ditches, and10,000 hydraulic structures and gauging stations are cleaned.
Discharge characteristics of the Kura at gauging stations in Georgia and Azerbaijan.
Its mean annual discharge at the gauging station in Muurikkala is 3.6 m3/s(0.11 km3/a); the discharge maximum and minimum values are: MQ 3.6 m3/s; MNQ 0.9 m3/s and NQ 0.23 m3/s.
Discharge characteristics at the Igarka gauging station Russian Federation.
The Irrigation Department of Sri Lanka is the agency mandated to monitor floods and issue warnings and advisories in that country;it also maintains river gauging stations nationwide.
Discharge characteristics at the Sadaghlo gauging station at the Georgian/Armenian border.
Hydrology and hydrogeology Surface water resources in the Russian part of the sub-basin are estimated at 9.7 km3/year based on observations at the Kirovsk gauging station from 1952 to 2009.
Discharge characteristics at the gauging station Sadaxlo at the Georgian/Armenian border.
Automatic gauging stations are recommended rather than automatic stations for water quality measurement, as the latter stations can measure only a restricted choice of parameters and the results are not reliable.
In the Kyrgyz part of the basin, there are nine gauging stations operating at present.
In Kyrgystan, only 13 of 21 former gauging stations are still operational, and the number of groundwater observing wells has decreased,(as it is the case for the Chu basin) by more than 50% compared to the 1980s.
The maximum registered discharge of the Severski Donez(gauging station Lisichansk) was 3,310 m3/s.
Discharge characteristics at the gauging station“Chiauri” 10 km upstream of the Georgian/Azerbaijan border.
Surface water resources in the Georgian part of the Alazani//Ganyh basin are estimated at 1.360 km3/year at Shakriani gauging station and 3.001 km3/year at Zemo-Kedi gauging station.
Discharge characteristics at the gauging station Kazbeki(Georgia): latitude: 44°38'24''; longitude: 42°39'32.
Capital costs of monitoring and sampling equipment, construction of observation boreholes orsurface water sampling sites and gauging stations, transport, data processing hardware and software;
Note: For the location of the gauging stations, the basin map of the Danube River should be referred to.