Examples of using Nitrogen effects in English and their translations into Russian
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Official
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Colloquial
Presentation of nitrogen effects.
Modelling nitrogen effects in terrestrial ecosystems, including biodiversity.
Spatial assessment of the severity of nitrogen effects.
Presentation of nitrogen effects 59-60 16.
Report on nitrogen effects and nitrogen/carbon interactions in cooperation with ICP Integrated Monitoring and ICP Modelling and Mapping;
People also translate
Carbon-nitrogen interactions and nitrogen effects.
Report on modelling nitrogen effects, including biodiversity(in collaboration with ICPs and other programmes);
Identifying combinations of specific receptors unique to nitrogen effects Action: scientific community, FP7.
Report on modelling nitrogen effects on terrestrial ecosystems, including biodiversity(in collaboration with ICPs and other programmes);
Suggested that changes in plant communities were a suitable indicator for nitrogen effects on biodiversity in terrestrial ecosystems;
The ICP will further cooperate with Convention bodies and other organizations to develop methods andknowledge regarding nitrogen effects.
Separate oxidized and reduced nitrogen effects in all ecosystem compartments;
In contrast, a maximum feasible emission reduction scenario would still leave 10% of the forest sites unprotected against nitrogen effects by the year 2020.
Assess the C/N interactions and nitrogen effects in forested ecosystem(with ICP Forests and ICP Modelling and Mapping);
Nitrogen leakage can lead to both further acidification of freshwaters and also nutrient nitrogen effects in some areas of Europe.
Workshop and report on methods to model(risk of) nitrogen effects, including biodiversity(in collaboration with ICPs and other programmes);
The Chair explained the links with the Working Group on Effects, in particular the draft report on airborne nitrogen effects.
Additional effort was needed to allocate observed nitrogen effects to the appropriate EUNIS forest subtypes(levels 2 and 3);
The critical load concept, which is instrumental for the effects-based approach under the Convention, needs to improve the quantification of specific policy-relevant nitrogen effects to biodiversity.
Report on the assessment of the C/N interactions and nitrogen effects in forested ecosystems(with ICP Forests and ICP Modelling and Mapping);
A representative of the ICP on Assessment and Monitoring of Air Pollution Effects on Forests(ICP Forests) Programme Centre summarized the results presented at the twenty-ninth meeting of the ICP Forests Task Force(Belgrade, 29- 31 May 2013), including the results of the work on database development,evaluations carried out by expert panels, nitrogen effects on epiphytic lichens,nitrogen concentrations in mosses, the work on fungi, soil water, litterfall and solid soil.
Ms. A. C. Le Gall(France)presented visual evidence on observed nitrogen effects, which she had compiled in collaboration with scientists within and outside the Convention.
Collaborating with ICP Modelling and Mapping, in particular on critical loads anddynamic modelling of nitrogen effects, including the development of indicators;
Assess carbon-nitrogen interactions(C/N) and nitrogen effects in forested ecosystem(with ICP Integrated Monitoring and ICP Modelling and Mapping) and the trends of nitrogen in wet deposition;
With the International Cooperative Programme(ICP) Modelling and Mapping, in particular on critical loads anddynamic modelling of nitrogen effects, including the development of indicators through the use of nitrogen budget approaches;
Evaluate appropriate criteria andecological indicators for nitrogen effects to strengthen the scientific background for establishing cause-effect relationships and critical loads and to improve the assessment of ecosystem effects due to critical loads exceedances;
Finally, ICP Modelling andMapping will further explore policy relevant assessments using dynamic modelling of nitrogen effects, including biodiversity, and feedbacks to climate change, carbon biogeochemistry and management.
Assessment report on carbon-nitrogen(C/N) interactions and nitrogen effects in forested ecosystem(with ICP Integrated Monitoring and ICP Modelling and Mapping) and the trends of nitrogen in wet deposition;
Developing integrated assessment approaches(e.g. basedon the RAINS/GAINS model) to include the wider scope of nitrogen effects(Action: Task Force on Integrated Assessment Modelling, Centre for Integrated assessment Modelling(CIAM), ESF COST729 programme);
Based on review work in the European Nitrogen Assessment(ENA),a threshold for nitrogen effects in fresh water bodies had been identified of 2 mg per litre, which was much more stringent than the limit established by the EU Nitrates Directive.