Long-range transboundary air pollution


  • Export of air pollution
  • Distant air pollution effects
  • Reduction of air quality in adjoining states

Nature

Measures taken by many industrialized countries in the 1970s to control urban and industrial air pollution (i.e. high chimney stacks) quite unintentionally sent increasing amounts of pollution across national boundaries in industrialized countries. During transport in the atmosphere, emissions of sulphur and nitrogen oxides and volatile hydrocarbons are transformed into sulphuric and nitric acids, ammonium salts and ozone. They fall to the ground, sometimes hundreds of thousands of kilometres from their origins, as dry particles or in rain, snow, frost, fog, and dew.

Background

The Convention on Long-Range Transboundary Air Pollution was signed in Geneva in 1979 and entered into force in 1983. It has been ratified by 33 Governments and the EEC/EU. The convention is the first international legally binding instrument to deal with problems of air pollution on a broad multilateral basis. It constitutes the framework within which the Contracting Parties identify problems posed by transboundary air pollution and elaborate protocols on specific pollutants. Specific protocols to the Convention concern: (a) the long-term financing of the European cooperative programme for monitoring and evaluation; (b) reduction of sulphur emissions; (c) control of emissions of nitrogen oxides; and (d) control of emissions of volatile organic compounds.

Incidence

The UK is the biggest source of lead pollution in the North Sea and of pollution causing acid rain in Norway. 93% of sulphur deposited in Austria (mostly as acid rain) has its origin outside the country, principally arising from the Czech and Slovak Federal Republic and former East Germany.

Strategy

  1. Strengthening regional cooperation on transboundary air pollution control
  2. Researching environmental effects of transboundary air pollution
  3. Researching effects of air pollution on human health
  4. Reducing national annual emissions of nitrogen oxides
  5. Providing information about national strategies to control transboundary air pollution
  6. Providing impact information for transboundary air pollution
  7. Promoting traffic management schemes to reduce transboundary air pollution
  8. Promoting research and development in transboundary air pollution control
  9. Monitoring environmental effects of transboundary air pollution
  10. Monitoring emission rates of transboundary air pollution
  11. Monitoring effects of transboundary pollution in vegetation
  12. Monitoring effects of transboundary air pollution in water
  13. Monitoring effects of transboundary air pollution in soil
  14. Monitoring effects of air pollution on human health
  15. Monitoring distant air pollution
  16. Monitoring ambient concentrations of transboundary air pollution
  17. Monitoring air quality
  18. Mediating transboundary air pollution disputes
  19. Mapping pollutant pathways for transboundary air pollution
  20. Labelling products that cause transboundary air pollution
  21. Involving local communities in pollution control
  22. Integrating transboundary air pollution monitoring with environmental monitoring
  23. Integrating national and international monitoring programmes for transboundary air pollution
  24. Informing about industrial development decisions affecting transboundary air pollution
  25. Formulating future control strategies for transboundary air pollution
  26. Exchanging physico-chemical information relating to transboundary air pollution
  27. Exchanging meteorological information on transboundary air pollution
  28. Exchanging information to control transboundary air pollution
  29. Exchanging information on transmission processes leading to transboundary air pollution
  30. Exchanging information on costs of control technologies for transboundary air pollution
  31. Exchanging information on control technologies for transboundary air pollution
  32. Exchanging biological information relating to transboundary air pollution
  33. Establishing scientific dose/effect relationship for transboundary air pollution
  34. Establishing monitoring stations for transboundary air pollution
  35. Employing critical load assessment for transboundary air pollution
  36. Developing transmission models for transboundary air pollution
  37. Developing technologies to control transboundary air pollution
  38. Developing national strategies to control transboundary air pollution
  39. Developing national policy to control transboundary air pollution
  40. Developing national emission level standards for new mobile source air pollution
  41. Developing national emission level standards for mobile source air pollution
  42. Developing national emission level standards
  43. Developing government/industry voluntary agreements to control transboundary air pollution
  44. Developing government/industry covenants to control transboundary air pollution
  45. Developing environmental education on transboundary air pollution
  46. Controlling transboundary air pollution
  47. Controlling emissions of volatile organic compounds
  48. Assessing alternative measures for controlling transboundary air pollution
  49. Applying polluter-pays principle
  50. Agreeing timeframes for measurement of transboundary air pollution
  51. Agreeing standards for information exchange on transboundary air pollution
  52. Agreeing standard procedures for monitoring transboundary air pollution
  53. Agreeing size of grid-units for measuring transboundary air pollution
  54. Agreeing size of flux-units for measuring transboundary air pollution


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