Примеры использования The surface water на Английском языке и их переводы на Русский язык
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The surface water resources are estimated at 22 km3/year as run-off.
Identification, delineation and typology of the surface water bodies.
The surface water temperature decreases from south to north.
Deeper groundwater basins do not often coincide with the surface water catchment areas.
The surface water lies at the depth of 0-10 m, on the hills even deeper.
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In addition, large aquifers are closely connected with the surface water of rivers such as the Rhine or the Arve.
The surface water monitoring programme for the UDRB covers.
This is a step towards achieving the compatibility of the surface water monitoring with the EU standards.
Investigation of the surface water ecosystems of Azerbaijan using aerospace methods;
The surface water concentration of endosulfan during application was estimated with a dispersion model.
The surface water concentration of endosulfan during application was estimated with a dispersion model.
Hydrology and hydrogeology The surface water resources are estimated at 10.1 km3/year based on the years from 1934 to 2000.
It is expected that climate change in the sub-basins will not significantly impact on the surface water status, but this has not been predicted in detail.
During this, the surface water stored in the dams is conducted into the deep bottom layers via seepage basins.
Estimations and forecasts of the impact of future climate change on the surface water quality were made at the highest level of generalization;
The surface water(80% of total water supply) is a main water supply source in Ukraine and in the Upper Dnieper RB particularly.
La Niña influences are increasing the primary productivity in the surface water due to the increased upwelling and supply of nutrients.
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.
Several transboundary aquifers or groundwater bodies are linked with the surface water system of the Drava and Mura rivers.
Climate change may affect the surface water status, but the extent of its impact has not been specifically predicted so far.
Stressors resulting from human activity impact the surface water ecosystems and the quality and quantity of groundwater bodies.
The Surface Water for Drinking Directive(75/440/EEC) sets a guideline concentration for nitrate of 25 mg/l;
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.
The surface water resources in Finland are estimated at 265.2× 106 m3/year(average for the years 1991 to 2005), and groundwater resources at 11.9× 106 m3/year.
Using these data, inter-annual variations of phosphate,silicate and nitrate in the surface water were studied to determine spatial and temporal variations.
The surface water resources in the Russian part of the basin are estimated at some 2.26× 106 m3/year(based on data from 1929-1980), and groundwater resources at 0.26 km3/year.