Примеры использования Mapping areas на Английском языке и их переводы на Русский язык
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New indicators for mapping areas at risk.
Mapping areas with a high risk of deterioration of materials; and.
These functions are suitable for mapping areas of increased risk of corrosion and for calculating damage costs.
The lead country will also present a report on progress in modelling and mapping areas with increased corrosion risk.
Mapping areas at risk of earthquakes, floods, landslides and other natural disasters, and adjusting development plans;
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Satellite imagery is an important tool for monitoring northern nature and mapping areas of high conservation value.
This is especially useful when mapping areas, such as census tracts or counties, which vary greatly in size.
Statistical evaluation of results from the multi-pollutant exposure programme; Apply programme results for mapping areas with an increased risk of corrosion;
Application of the programme results for mapping areas of increased risk of corrosion, as a basis for calculating the cost of damage;
One important criterion for the dose-response functions was that they should be suitable for mapping areas with increased risk of corrosion.
He also provided information on the progress in mapping areas of increased corrosion rates and in gathering information on stock at risk.
Mapping areas with a high risk of corrosion damage in different pollution scenarios is an essential part of the programme and provides basic information for the valuation of damage.
The concept of acceptable levels is useful inter alia for mapping areas with elevated corrosion attack in different pollution scenarios.
Mapping areas with a high risk of corrosion damage in different pollution scenarios is an essential part of the programme and provides basic information for the valuation of damage.
Further application of the programme's results for mapping areas with increased risk of corrosion, as a basis for calculating the cost of damage;
Assisting small island developing States in planning for adaptations to climate change,including support for regional organizations to train staff in such skills as mapping areas vulnerable to sea level rise;
Application of the programme's results for mapping areas with increased risk of corrosion with special consideration of objects of cultural heritage;
The programme further developed activities towards using dose-response functions obtained for mapping areas with elevated risks for corrosion of materials.
It has demonstrated its usefulness in mapping areas with elevated risk of corrosion in several European countries and for the calculation of corrosion costs.
Further implementation anddevelopment of activities related to the use of dose-response functions obtained by the ICP Materials for mapping areas with a high risk of deterioration of materials and calculating corrosion costs.
Use the results obtained for mapping areas with exceedances of threshold levels on different geographical scales in Europe and for calculating the costs of damage;
Further develop a database on the sensitivity of(semi-) natural vegetation species to ozone,and procedures for mapping areas where sensitive communities are at risk from ozone-induced damage;
Noted the progress in using the results of the exposure programme for modelling and mapping areas with increased corrosion risk and the preparations for the workshop on mapping air pollution effects on materials, including stock at risk(June 2000, Stockholm); the Working Group also noted the potential for the workshop to make an important contribution to the future economic assessment of damage, possibly also on the international scale;
The first concerns the use of previous results obtained during the course of the Programme andincludes the development of activities concerning mapping areas with increased corrosion risk and calculation of costs due to corrosion damage.
A progress report on plans for advancing activities on modelling and mapping areas with an increased corrosion risk, including preparation of a workshop(in cooperation with the Task Force on Mapping), to the Working Group on Effects in 1999;
Welcomed the work of ICP Materials on the new exposure of samples in thebiennium 2008- 2009 and its report,"Case studies on assessment of stock at risk and mapping areas of increased corrosion risk in Madrid, Spain";
It noted the progress in using the programme's results for modelling and mapping areas with increased corrosion risk and stressed the importance of further developing mapping activities and the economic assessment of damage.
To use the dose-response functions for assessing pollution thresholds to be implemented in the future development of European Union directives on urban air quality in order tominimize the pollution effects on cultural heritage objects and for mapping areas exceeding thresholds in Europe; and.
Activities on the use of dose-response functions obtained by the programme for mapping areas with a high risk of deterioration of materials and for calculating corrosion costs.
The dose-response functions will be used for the assessment of pollution thresholds for the future development of European Union directives on urban air quality in order to minimize the pollution effects on historic andcultural objects and for mapping areas in Europe with increased risk of damage.