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 variable and several other parameters (independent variables) were defined within a...

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. This is the first version of the dataset (1.0) and it has not been extensively vali...

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 assessed following the approach proposed by Pistocchi et al. (2010) that estimates dep...

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 version of the dataset (1.0) and it has not been extensively validated yet.

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 first version of the dataset (1.0) and it has not been extensively validated yet.

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 first version of the dataset (1.0) and it has not been extensively validated yet.

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 dependent variable, and several parameters (independent variables) defined within a ...

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. This is the first version of the dataset (1.0) and it has not been extensively vali...

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. This is the first version of the dataset (1.0) and it has not been extensively validat...

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 first version of the dataset (1.0) and it has not been extensively validated yet.

Removal by urban vegetation was calculated as the product of deposition velocity and NO2 concentration. Air pollutant deposition velocity was assessed following the approach proposed by Pistocchi et al. (2010) that estimates deposition velocity (DV) as a linea...

This indicator measures the total number of people exposed to an annual mean concentrations of PM10 exceeding 30 microgram /m3 of air. PM10 is one of the main pollutants emitted by household and (to a lower extent) commercial and institutional fuel combustion,...

This indicator measures the annual mean concentrations of PM10 (µg / m3). PM10 is one of the main pollutants emitted by household and (to a lower extent) commercial and institutional fuel combustion, followed by industrial activities and transport. Because of ...

The indicator measures the total number of people exposed to an annual mean concentrations of NO2 superior to 40 micro gram/m3 of air (unit:persons). NO2 is one of the main pollutants emitted by road vehicles, shipping, power generation industry and households...

Total quantity of NOx emitted by human activities (100kg/year).

NO2 is used as indicator substance for mapping air quality regulation by urban green space. Removal of NO2 by urban green space is calculated based on NO2 concentrations and deposition velocity.