EIONET11-APREPORT2004-STL Air Pollution in Europe 2004 Based mainly upon AirBase data as well as on gap-filled emissions data (AEAT) ETC/ACC project group: - de Leeuw, MNP - Adams, AEAT - Pulles, vh Bolscher, TNO - Tarrason, van Loon, MET.NO - Larssen, Barrett, NILU Presented at the EIONET11 Workshop, La Rochelle
EIONET11-APREPORT2004-STL Contents of the report Driving forces Emissions, developments since 1990 Health related AP: PM, Ozone, NO 2, benzene Ecosystems related AP: acid/eutro Policy effectiveness I will concentrate on the health related air pollutants
EIONET11-APREPORT2004-STL Sector-wise emissions, EEA32, 2004
EIONET11-APREPORT2004-STL Sector contributions in EU15 and EU10 differ EU 15EU 10
EIONET11-APREPORT2004-STL Trends in European emissions PM primary and secondary Ozone precursors Acidity / eutrophication
EIONET11-APREPORT2004-STL Country-wise emissions trends Example: ozone precursors,
EIONET11-APREPORT2004-STL Overview of tendencies since 1996: potential urban population exposure
EIONET11-APREPORT2004-STL Distance-to-target, 2004
EIONET11-APREPORT2004-STL The NO 2 situation,2004 2,327 stations (2090 with <70% dc) 805 UB, 610 UT, 285 rural, 181 UI
EIONET11-APREPORT2004-STL Average trends in concentrations and emissions
EIONET11-APREPORT2004-STL NO 2 reduction is less than NO X reduction
EIONET11-APREPORT2004-STL The PM10 situation 1815 stations (1587 with <70% dc) 742 UB, 483 UT, 180 rural, 190 Ind
EIONET11-APREPORT2004-STL PM10 in 2003 and
EIONET11-APREPORT2004-STL The 2004 PM2.5 data in AirBase
EIONET11-APREPORT2004-STL PM10 concentration tendencies
EIONET11-APREPORT2004-STL Trends and explanations Emissions Modelled PM10 with EMEP model Concentrations
EIONET11-APREPORT2004-STL Rural backgrounds dominates in parts of Europe
EIONET11-APREPORT2004-STL The ozone situation
EIONET11-APREPORT2004-STL Trends in concentrations and emissions
EIONET11-APREPORT2004-STL