Примеры использования Soil solution на Английском языке и их переводы на Русский язык
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Impacts of atmospheric inputs of heavy metals on the metal concentrations in soil, soil solution and surface water.
Dynamic soil chemistry models predicted some recovery of soil solution chemistry as a consequence of the abatement strategies.
For terrestrial ecosystems, they included 0.2- 6.5 mgN l- 1 in soil solution leading to various detrimental effects.
This chapter focuses especially on the results obtained in the surveys on atmospheric deposition(320 plots) and soil solution chemistry 103 plots.
The critical loads for acidity take into account the impact on tree roots of free aluminium in the soil solution.
Critical loads for heavy metals which ultimately lead to concentrations in soil solution that may affect soil organisms were calculated.
Critical loads, which take into account the impact on tree roots through free aluminium in the soil solution, are clearly lower for pine and spruce.
Actually, the pH itself is a negative logarithm of the concentration in the soil solution of hydrogen(H+) ions.
meteorology, soil solution, ground vegetation updated regularly.
Mercury release from vegetation occurs via mercury uptake from soil solution to the transpiration stream.
Cd is occurring more in the soil solution phase than Pb and is influenced by cation exchange.
Dynamic modelling of past and future soil solution concentrations of nitrate, sulphate
The geographical distribution of simulated soil solution SO4 concentrations shows a high spatial variability with the highest values in Central Europe.
seasonal patterns of nitrogen concentrations in soil solution) are detected in certain catchments in Sweden.
nearly all eco-toxicological data were related to soil solution effects.
At these plots a dynamic soil acidification model was applied to see whether measured soil solution concentrations could be reproduced by the model.
They were calculated by aiming for ratios of toxic aluminium to base cations in the soil solution staying below a critical limit of 0.8 for pine
level II plots(fig. I) shows a sharp decrease in the median sulphate soil solution concentration caused by the large reductions in sulphur emissions in Europe.
foliar chemistry, soil solution chemistry, tree growth,
Critical loads for eutrophication were exceeded on 92% of 230 evaluated plots using critical N threshold of 0.02 eq m- 3 in soil solution and mean total N deposition in the period from 1995- 1999.