Примеры использования Surface water resources are estimated на Английском языке и их переводы на Русский язык
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Colloquial
The surface water resources are estimated at 22 km3/year as run-off.
In the part of the Psou Basin that is in Georgia's territory, surface water resources are estimated at 0.545 km3/year based on data from 1913 to 1955.
In Kazakhstan, surface water resources are estimated at 19.66 km3/year(14.96 km3 of it originating from outside the country), and groundwater resources at 2.838 km3/year.
Hydrology and hydrogeology In the Moldovan part of the Cogilnik Basin, surface water resources are estimated at 8.83× 106/year average for the period 1959-2008.
In Bulgaria, surface water resources are estimated to be 958× 106 m3/year(average for 1961- 2002), and groundwater resources are 91.8× 106 m3/year average for 1980- 2008.
In Georgia's territory(based on observations from 1951 to 1992), the surface water resources are estimated to be approximately 8.711 km3/year or 64,475 m3/year/capita.
In the Moldovan part, surface water resources are estimated at 9.87 km3/year average for the years 1954 to 2008.
Hydrology and hydrogeology In Kyrgyzstan, surface water resources are estimated at 7.10 km3/year based on observations up to 2000.
In the Belarusian part, surface water resources are estimated at 5.6 km3/year and groundwater resources at 2.56 km3/year.
In the part of the Terek Basin that is Georgia's territory, surface water resources are estimated at 0.761 km3/year(based on data from 1928-1990), equals to some 155,220 m3/year/capita.
In the Russian part, the surface water resources are estimated at 1,320× 106 m3/year of which transboundary flow is estimated to be 680× 106 m3/year.
Hydrology and hydrogeology In the part of the Ktsia-Khrami sub-basin that is Georgia's territory, surface water resources are estimated at 1.631 km3/year(based on data from 1928 to 1990) and groundwater resources at 0.0815 km3/year, making up a total of 1.713 km3/year, equalling 9,465 m3/year/capita.
In the Hungarian part, the surface water resources are estimated at 5,793× 106 m3/year(average for years from 1950 to 2006), and groundwater resources at about 214× 106 m3/year.
Hydrology and hydrogeology The surface water resources are estimated at 10.1 km3/year based on the years from 1934 to 2000.
In the Russian part of the basin, surface water resources are estimated at 0.397 km3/year(an average for years from 1948 to 1981), out of which 0.182 km3/yearis estimated to come as inflow from Ukraine and rest forms in the Russian territory.
In Kazakhstan's part of the basin, surface water resources are estimated at 12.8 km3/year with 4.1 km3/year estimated generated within the borders of Kazakhstan and 8.7 km3/year flowing from the Russian Federation.
In the Finnish part of the basin, surface water resources are estimated at 18.32 km3/year(average for the years 1991-2005), and groundwater resources at 0.215 km3/year, adding up to a total of 18.53 km3/year.
Hydrology and hydrogeology The total renewable surface water resources are estimated at 5,876× 106 m3/year, and groundwater resources to some 140× 106 m3/year(the latter figure is an average for years from 1995 to 2007) in the Romanian part of the sub-basin.
Hydrology and hydrogeology In the Finnish part of the basin, surface water resources are estimated at 744× 106 m3/year(average for the years 1991 to 2005) and groundwater resources at 20.3× 106 m3/year, adding up to a total of 764× 106 m3/year or 132,000 m3/capita/year.
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.
Surface water resources in the territory of Turkey are estimated to be approximately 0.217 km3/year, which is 18,310 m3/year/ capita.
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.
Hydrology and hydrogeology Surface water resources generated in the Norwegian part of the Jakobselv Basin are estimated at 130.73× 106 m3/year.
Hydrology and hydrogeology Surface water resources in the Amur Basin at the level of Khabarovsk are estimated at 253 km3/year average for the years from 1963 to 2005.
Surface water resources in the Russian part of the basin are estimated at 88× 106 m3/year(based on observations from 1948 to 1987).66 According to the Russian Federation, the river practically does not have baseflow from groundwater, due to the clay riverbed.
Hydrology and hydrogeology The surface water resources in the Russian part of the basin are estimated at approximately 4,600× 106 m3/year based on flow measured at Belaya Kalitva, 119 km from the mouth of river, that is, confluence of the Siversky Donets and the Don.
Surface water resources in the Belarusian part of the basin are estimated at 8.9 km3/year, and groundwater resources at 4.94 km3/ year, adding up to a total of 13.84 km3/year.
Sub-basin of the Machakhelisckali/Macahel River country area in the country(km2) country's share(%) Georgia 188 50.9 Turkey 181 49.1 Total 369 Surface water resources in the Georgian part of the basin are estimated at approximately 0.027 km3/year(based on observations from 1951 to 1992), which is about 8,280 m3/capita/year.
Surface water resources generated in the Finnish part are estimated at 5,645× 106 m3/ year, and groundwater resources at 26.89× 106 m3/year, representing 4.36× 106 m3/year per capita.
Surface water resources in the territory of the Russian Federation are estimated to be ap-proximately 0.593 km3/year, and groundwater resources are 0.0219 km3/year, for a total of 0.6149 km3/year in the Russian Federation, or 53,700 m3/year/capita.