Примеры использования Base cation на Английском языке и их переводы на Русский язык
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EB. AIR/GE.1/2004/11, base cation deposition.
The base cation emission data should be compiled and used with the atmospheric dispersion models.
Increase in nitrogen(N) and base cation(Bc) uptake 50.
Develop a basic wet-only base cation deposition map using EMEP Chemical Coordinating Centre(CCC) monitoring data.
B Use the lower end of the range with low base cation availability.
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Critical loads related to base cation and aluminium pools in the soil are lower.
The Group also expressed the need for estimates of base cation deposition.
However, a tendency towards low base cation saturation in forests soils is expected.
Wind-blown dust was a potentially large contributor to both PM and base cation deposition.
Base cation concentrations are no longer declining in the Nordic countries regional recovery in alkalinity in the 1990s.
It is important to improve the quantification of base cation deposition and its trends over Europe.
CCE assisted EMEP Meteorological Synthesizing Centre- West in producing European maps of base cation deposition.
There was a highly significant relationship between the base cation contents in the foliage and in the humus layer.
The base cation element contents could be incorporated into the chemical composition scheme for anthropogenic particulate matter emissions.
It urged EMEP to provide historical andfuture predicted base cation deposition.
Several national focal centres(NFCs) compared base cation deposition data of MSC-W to their national estimates.
Summarize knowledge on the state of the art in the large-scale monitoring and modelling of base cation deposition in Europe;
On a longer timescale, the"default" total base cation deposition map would be revised with new research findings.
Total base cation deposition rates were important for the calculation of critical loads, dynamic modelling and other ecosystem effect assessments.
In Northern Europe,the contribution of soil erosion to base cation deposition may be relatively small.
However, the lack of base cation deposition estimates remained problematic for the dynamic models on ecological impact.
The lack of recovery was attributed to strong declines in base cation concentrations exceeding the decreases in sulphate.
Decreasing SO4, NO3, base cation and H+ trends in output fluxes were observed at several sites in the Nordic countries and the Baltic States.
MSC-W, in cooperation with CCC, will provide an estimation of the base cation depositions so that they can be mapped on a European scale.
Research on soil dust base cation deposition should have priority and should preferably take the form of a Europe-wide assessment.
Regions with declining sulphate that fail to show recovery in alkalinity in the 1990s are characterized by strongly declining base cation concentrations.
The reliability of wet base cation deposition was relatively high, while for dry deposition there were large uncertainties.
Critical indicators to compute critical loads for acidification(e.g. base cation to aluminium ratio(Bc/Al), pH, base saturation);
Calculated base cation deposition was the highest in coastal areas due to sea salt and in southern Europe due to soil(Sahara) dust.
Report on the evaluation and harmonization of ecosystem data,including base cation deposition and land cover maps(with all ICPs, EMEP and other organizations);