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Ozone concentration, exposure and foliar injury in European forests – a ten-year study on permanent monitoring plots (CROSBI ID 614276)

Prilog sa skupa u zborniku | sažetak izlaganja sa skupa | međunarodna recenzija

Schaub, M ; Buriánek, V ; Ferretti, M ; Gottardini, E ; Hayes, F ; Hůnová, I ; Jakovljević, Tamara ; Karlsson, PE ; De Marco, A ; Miroslava, M et al. Ozone concentration, exposure and foliar injury in European forests – a ten-year study on permanent monitoring plots // Impact of nitrogen deposition and ozone on the climate change mitigation potential and sustainability of European forests, 3rd ICP Forests Scientific Conference Athens / Seidling, W, Ferretti, M, Michel, A, Michopoulos, P (ur.). Atena, 2014. str. 24-24

Podaci o odgovornosti

Schaub, M ; Buriánek, V ; Ferretti, M ; Gottardini, E ; Hayes, F ; Hůnová, I ; Jakovljević, Tamara ; Karlsson, PE ; De Marco, A ; Miroslava, M ; Nicolas, M ; Novotny, R ; Pavlendova, H ; Rajkovic, R ; Silaghi, D ; Werner, W ; Calatayud, V

engleski

Ozone concentration, exposure and foliar injury in European forests – a ten-year study on permanent monitoring plots

Ground level ozone poses a serious threat to forest ecosystems across Europe and represents a priority for the UNECE Convention on Long-range Transboundary Air Pollution. The ICP Forests Expert Panel on Ambient Air Quality (EP AAQ) has coordinated the monitoring of ozone concentration and effects (i.e. foliar injury on native vegetation) since 2000 on an annual basis on intensive long-term forest monitoring sites across Europe (Level II). Methodologies, including quality assurance such as data harmonization, completeness and plausibility tests have been applied according to the ICP Forests Manual, parts X and XV (Schaub et al. 2010a & 2010b). Here, the authors will evaluate the available data on ozone concentration, exposure and foliar injury that have been collected within the ICP Forests across Europe from approx. 80 – 150 plots and over 1000 native species. Emphasis will be put on European scale analyses for i) spatial and temporal trends for ozone concentration ; ii) AOT40 based on passive samplers and different assessment methodologies ; iii) comparison between measured concentration/exposures and EMEP estimates ; and iv) foliar injury occurrence in relation to ozone concentration and ozone exposure respectively. When considering the set of stress factors and response indicators monitored within the ICP Forests, this analysis will favor a comprehensive evaluation of ozone risk for European forests

Europena forests; foliar injury; ICP Forests; monitoring plots; ozone

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Podaci o prilogu

24-24.

2014.

objavljeno

Podaci o matičnoj publikaciji

Impact of nitrogen deposition and ozone on the climate change mitigation potential and sustainability of European forests, 3rd ICP Forests Scientific Conference Athens

Seidling, W, Ferretti, M, Michel, A, Michopoulos, P

Atena:

Podaci o skupu

3rd ICP Forests Scientific Conference 2014

ostalo

26.05.2014-28.05.2014

Atena, Grčka

Povezanost rada

Šumarstvo