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Removal capacity is calculated as the product of dry deposition velocity and pollutant concentration (Wesely and Hicks, 2000), derived on the context of the LUISA modelling... -
The EU urban population exposed to PM10 concentrations exceeding the daily limit value on more than 35 days in a year measures the percentage of population in urban areas...
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The indicator shows the spatial distribution of CO (Carbon monixide) emissions over Europe. The total emissions for each country are derived from the GAINS model. This is the...
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The indicator shows the spatial distribution of CO2 (Carbon dioxide) emissions over Europe. The total emissions for each country are derived from the GAINS model. This is the...
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The indicator shows the spatial distribution of NH3 (Ammonia) emissions over Europe. The total emissions for each country are derived from the GAINS model. This is the first...
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The indicator shows the spatial distribution of NOx (Nitrogen oxides) emissions over Europe. The total emissions for each country are derived from the GAINS model. This is the...
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The indicator shows the spatial distribution of PM10 (sub-10µm particulate matter) emissions over Europe. The total emissions for each country are derived from the GAINS model....
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The indicator shows the spatial distribution of PM25 (sub-25µm particulate matter) emissions over Europe. The total emissions for each country are derived from the GAINS model....
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The indicator shows the spatial distribution of SO2 (Sulphur dioxide) emissions over Europe. The total emissions for each country are derived from the GAINS model. This is the...
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The indicator shows the spatial distribution of VOC (volatile organic compound) emissions over Europe. The total emissions for each country are derived from the GAINS model....
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To simulate NO2 and PM10 at very high resolution (100 m), a Land Use Regression model (LUR) was built using pollutant concentrations for 2010 from monitoring sites as dependent...
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Land Use Regression mode (LUR), were used to simulate PM10 concentrations at very high resolution (100m) built using pollutant concentrations for 2010 from monitoring sites as...
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Removal by urban vegetation was calculated as the product of deposition velocity and NO2 concentration. Air pollutant deposition velocity was assessed following the approach...
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Removal by urban vegetation was calculated as the product of deposition velocity and PM10 concentration in areas covered by vegetation. Air pollutant deposition velocity was...
