Examples of using Soil solution in English and their translations into Russian
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Official
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Colloquial
Soil solution chemistry.
Monitoring soil solution chemistry.
Meeting of the working group on soil solution;
Trend analysis of crown condition, soil solution, foliar composition and deposition data;
For eutrophication, they were based on a range of soil and soil solution variables.
In general, the results of soil solution chemistry analysis were consistent with observed decreasing SO4 inputs.
Use of different abiotic variables for N(C/N, soil solution N, N availability);
The model simulated soil solution and surface water chemistry to predict average concentrations of the major ions.
Ii. atmospheric deposition and its impact on soil solution chemistry level ii results.
Atmospheric deposition has a major influence on the concentrations of the most important ions in the soil solution.
Currently, high N concentration in soil solution would be reduced by 2010, but not on all plots.
Below a base saturation of approximately 20%, this leads to a proportional increase in aluminium in soil solution 1.
In general, NO3 and NH4 concentrations in the soil solution are low at an N deposition below 1000 molc/ha/year.
This implies the use of data from the surveys on atmospheric deposition,meteorology and soil solution.
The temporal development of nitrogen concentration in soil solution under different deposition scenarios was analysed.
The chemistry of the soil solution had been modelled quite successfully, although some difficulties remained with nitrogen compounds.
The calculations are based on a nitrogen threshold in the soil solution of 0.28 g. m-3 0.02 molc. m-3.
Drip irrigation also allows using the saline water for irrigation, butin this case it is necessary to give special attention to salt distribution in the soil solution.
Chemical” ecosystem condition: foliar chemistry andsoil chemistry(all plots) and soil solution chemistry a limited number of plots.
For the monitoring of soil solution chemistry, at the majority of the plots use was made of tension lysimeters, which extract water from different soil layers.
Impacts of atmospheric inputs of heavy metals on the metal concentrations in soil, soil solution and surface water.
The model simulates soil solution chemistry and surface water chemistry to predict the monthly and annual average concentrations of the major ions in lakes and streams.
The distribution pattern both of soil moisture content andconcentration of salts in the soil solution of wetted circuit depends on.
Significant changes in soil solution pH were found on five plots in soil depths of 40- 80 cm for the period 2001- 2006. On four, soil solution pH had increased.
Scenario analyses based on the 1999 Gothenburg Protocol also predict a decrease in nitrate concentrations in the soil solution of most plots.
Investigation into the relationship between atmospheric deposition and soil solution chemistry(assessment of input-output budgets) as a medium-term aim.
N concentrations in the soil solution were linked to atmospheric nitrogen inputs, especially on N saturated plots. A significant relation between N deposition and ground vegetation species composition had been shown.
On a limited number of plots(at least 10%), atmospheric deposition,meteorological parameters and soil solution chemistry are assessed.
The intensive monitoring of tree crown condition, soil, foliage, increment,ground vegetation, soil solution, meteorological parameters and deposition in forests will be continued and possibly extended, if required.
Procedures with respect to quality assurance(QA) and quality control(QC) focused on the chemical composition of four main measurements: bulk deposition, throughfall,stemflow and soil solution, as described in detail by De Vries et al 1.