NSHD46 : Category 5271

Category 5271
Questionnaire data ⏵ Local environment ⏵ Residential air pollution

Description

This category contains data information air pollution estimates that were modelled for the participants addresses using models developed as part of the European Study of Cohorts for Air Pollution Effects (ESCAPE, http://www.escapeproject.eu/) funded under the EU 7th Framework Programme. Air pollution estimates were modelled for each address using a Land Use Regression (LUR) model.

Field ID	Description
14820	Black smoke; land use regression (LUR) estimate for annual mean air pollution concentration (ug/m3) in 1962 - at age 16 years
14821	Black smoke; land use regression (LUR) estimate for annual mean air pollution concentration (ug/m3) in 1971 - at age 25 years
14822	Black smoke; land use regression (LUR) estimate for annual mean air pollution concentration (ug/m3) in 1971 - at age 25 years
14823	Black smoke; land use regression (LUR) estimate for annual mean air pollution concentration (ug/m3) in 1981 - at age 35 years
14824	Black smoke; land use regression (LUR) estimate for annual mean air pollution concentration (ug/m3) in 1991 - at age 45 years
14825	Sulphur dioxide; land use regression (LUR) estimate for annual mean air pollution concentration (ug/m3) in 1962 - at age 16 years
14826	Sulphur dioxide; land use regression (LUR) estimate for annual mean air pollution concentration (ug/m3) in 1971 - at age 25 years
14827	Sulphur dioxide; land use regression (LUR) estimate for annual mean air pollution concentration (ug/m3) in 1971 - at age 25 years
14828	Sulphur dioxide; land use regression (LUR) estimate for annual mean air pollution concentration (ug/m3) in 1981 - at age 35 years
14829	Sulphur dioxide; land use regression (LUR) estimate for annual mean air pollution concentration (ug/m3) in 1991 - at age 45 years
14830	Nitrogen dioxide; land use regression land use regression (LUR) estimate for annual mean air pollution concentration (ug/m3) in 1991 - at age 43 years
14831	Nitrogen dioxide; land use regression land use regression (LUR) estimate for annual mean air pollution concentration (ug/m3) in 2001 - at age 53 years
14832	Nitrogen dioxide; land use regression land use regression (LUR) estimate for annual mean air pollution concentration (ug/m3) in 2009 - at age 60-64 years
14833	Nitrogen dioxide; land use regression land use regression (LUR) estimate for annual mean air pollution concentration (ug/m3) in 2010 - at age 60-64 years
14834	Background nitrogen dioxide; land use regression land use regression (LUR) estimate for annual mean air pollution concentration (ug/m3) in 2010 - at age 60-64 years
14835	Nitrogen dioxide; back extrapolation to 1999 based on land use regression (LUR) estimate for 2010 (ug/m3) using the ratio method - at age 60-64 years
14836	Nitrogen dioxide; back extrapolation to 1999 based on land use regression (LUR) estimate for 2010 (ug/m3) using the absolute method - at age 60-64 years
14837	Nitrogen oxides; land use regression land use regression (LUR) estimate for annual mean air pollution concentration (ug/m3) in 2010 - at age 60-64 years
14838	Nitrogen oxides; back extrapolation to 1999 based on land use regression (LUR) estimate for 2010 (ug/m3) using the ratio method - at age 60-64 years
14839	Nitrogen oxides; ; back extrapolation to 1999 based on land use regression (LUR) estimate for 2010 (ug/m3) using the absolute method - at age 60-64 years
14840	PM10 (particulate matter with diameter ≤10um); land use regression (LUR) estimate for annual average air pollution concentration (ug/m3) in 2010 - at age 60-64 years
14841	PM2.5 (particulate matter with diameter ≤2.5um); land use regression (LUR) estimate for annual average air pollution concentration (ug/m3) in 2010 - at age 60-64 years
14842	PM2.5 absorbance; land use regression (LUR) estimate for annual average air pollution concentration (ug/m3) in 2010 - at age 60-64 years
14843	PM coarse (particulate matter 2.5-10um); land use regression (LUR) estimate for annual average air pollution concentration (ug/m3) in 2010 - at age 60-64 years
14844	Traffic intensity on the nearest road based upon local road network in 2010 - at age 60-64 years
14845	Inverse distance to the nearest road based upon local road network in 2010 - at age 60-64 years
14846	Traffic intensity on the nearest major road defined as a road with traffic intensity > 5,000 vehicles / day based upon a local road network in 2010 - at age 60-64 years
14847	Total traffic load (intensity*length) on major roads in a 100m buffer based upon local road network in 2010 - at age 60-64 years
14848	Indicator variable indicating whether a coordinate is within 50m of a class 1 or 2 type road and/or within 100m of a class 0 road, based upon central road network in 2010 - at age 60-64 years
14849	Sum of road length of major roads defined as class 0, 1 or 2 from the central road network within a 100m buffer in 2010 - at age 60-64 years
14850	Inverse distance to the nearest major road defined as a road with traffic intensity > 5,000 vehicles / day based upon a local road network ni 2010 - at age 60-64 years
14851	Carstairs index of deprivation 1981 (based on data from 1982) - at age 36 years
14852	Carstairs index of deprivation 1991 (based on data from 1989) - at age 43 years
14853	Carstairs index of deprivation 2001 (based on data from 1999) - at age 53 years
14854	PM10 (particulate matter with diameter ≤10um ); land use regression (LUR) estimate for annual average air pollution concentration (ug/m3) 2001) - at age 53 years
14855	PM10; back extrapolation to 1999 based on land use regression (LUR) estimate for annual average air pollution concentration (ug/m3) in 2010 (ug/m3) using the ratio method
14856	PM10; back extrapolation to 1999 based onland use regression (LUR) estimate for annual average air pollution concentration (ug/m3) in 2010 (ug/m3) using the absolute method
14857	Inverse distance to the nearest major road defined as a road with traffic intensity > 5,000 vehicles / day based upon a local road network (2010) - 1st address - at age 60-64 years
14858	Inverse distance to the nearest major road defined as a road with traffic intensity > 5,000 vehicles / day based upon a local road network (2010) - 2nd address - at age 60-64 years
14859	Inverse distance to the nearest major road defined as a road with traffic intensity > 5,000 vehicles / day based upon a local road network (2010) - 3rd address - at age 60-64 years
14860	Inverse distance to the nearest major road defined as a road with traffic intensity > 5,000 vehicles / day based upon a local road network (2010) - 4th address - at age 60-64 years
14861	Inverse distance to the nearest major road defined as a road with traffic intensity > 5,000 vehicles / day based upon a local road network (2010) - 5th address - at age 60-64 years
14862	Inverse distance to the nearest major road defined as a road with traffic intensity > 5,000 vehicles / day based upon a local road network (2010) - 6th address - at age 60-64 years
14863	Inverse distance to the nearest major road defined as a road with traffic intensity > 5,000 vehicles / day based upon a local road network (2010) - 7th address - at age 60-64 years
14864	Inverse distance to the nearest major road defined as a road with traffic intensity > 5,000 vehicles / day based upon a local road network (2010) - 8th address - at age 60-64 years
14865	Inverse distance to the nearest road based upon local road network (2010) - 1st address - at age 60-64 years
14866	Inverse distance to the nearest road based upon local road network (2010) - 2nd address - at age 60-64 years
14867	Inverse distance to the nearest road based upon local road network (2010) - 3rd address - at age 60-64 years
14868	Inverse distance to the nearest road based upon local road network (2010) - 4th address - at age 60-64 years
14869	Inverse distance to the nearest road based upon local road network (2010) - 5th address - at age 60-64 years
14870	Inverse distance to the nearest road based upon local road network (2010) - 6th address - at age 60-64 years
14871	Inverse distance to the nearest road based upon local road network (2010) - 7th address - at age 60-64 years
14872	Inverse distance to the nearest road based upon local road network (2010) - 8th address - at age 60-64 years
14873	Sum of road length of major roads defined as class 0, 1 or 2 from the central road network within a 100m buffer (2010) - 1st address - at age 60-64 years
14874	Sum of road length of major roads defined as class 0, 1 or 2 from the central road network within a 100m buffer (2010) - 2nd address - at age 60-64 years
14875	Sum of road length of major roads defined as class 0, 1 or 2 from the central road network within a 100m buffer (2010) - 3rd address - at age 60-64 years
14876	Sum of road length of major roads defined as class 0, 1 or 2 from the central road network within a 100m buffer (2010) - 4th address - at age 60-64 years
14877	Sum of road length of major roads defined as class 0, 1 or 2 from the central road network within a 100m buffer (2010) - 5th address - at age 60-64 years
14878	Sum of road length of major roads defined as class 0, 1 or 2 from the central road network within a 100m buffer (2010) - 6th address - at age 60-64 years
14879	Sum of road length of major roads defined as class 0, 1 or 2 from the central road network within a 100m buffer (2010) - 7th address - at age 60-64 years
14880	Sum of road length of major roads defined as class 0, 1 or 2 from the central road network within a 100m buffer (2010) - 8th address - at age 60-64 years
14881	Indicator variable indicating whether a coordinate is within 50m of a class 1 or 2 type road and/or within 100m of a class 0 road (2010) - 1st address - at age 60-64 years
14882	Indicator variable indicating whether a coordinate is within 50m of a class 1 or 2 type road and/or within 100m of a class 0 road (2010) - 2nd address - at age 60-64 years
14883	Indicator variable indicating whether a coordinate is within 50m of a class 1 or 2 type road and/or within 100m of a class 0 road (2010) - 3rd address - at age 60-64 years
14884	Indicator variable indicating whether a coordinate is within 50m of a class 1 or 2 type road and/or within 100m of a class 0 road (2010) - 4th address - at age 60-64 years
14885	Indicator variable indicating whether a coordinate is within 50m of a class 1 or 2 type road and/or within 100m of a class 0 road (2010) - 5th address - at age 60-64 years
14886	Indicator variable indicating whether a coordinate is within 50m of a class 1 or 2 type road and/or within 100m of a class 0 road (2010) - 6th address - at age 60-64 years
14887	Indicator variable indicating whether a coordinate is within 50m of a class 1 or 2 type road and/or within 100m of a class 0 road (2010) - 7th address - at age 60-64 years
14888	Indicator variable indicating whether a coordinate is within 50m of a class 1 or 2 type road and/or within 100m of a class 0 road (2010) - 8th address - at age 60-64 years
14889	Nitrogen dioxide; LUR estimate for annual average 2010 (ug/m3) - 1st address - at age 60-64 years
14890	Nitrogen dioxide; LUR estimate for annual average 2010 (ug/m3) - 2nd address - at age 60-64 years
14891	Nitrogen dioxide; LUR estimate for annual average 2010 (ug/m3) - 3rd address - at age 60-64 years
14892	Nitrogen dioxide; LUR estimate for annual average 2010 (ug/m3) - 4th address - at age 60-64 years
14893	Nitrogen dioxide; LUR estimate for annual average 2010 (ug/m3) - 5th address - at age 60-64 years
14894	Nitrogen dioxide; LUR estimate for annual average 2010 (ug/m3) - 6th address - at age 60-64 years
14895	Nitrogen dioxide; LUR estimate for annual average 2010 (ug/m3) - 7th address - at age 60-64 years
14896	Nitrogen dioxide; LUR estimate for annual average 2010 (ug/m3) - 8th address - at age 60-64 years
14897	Nitrogen oxides; LUR estimate for annual average 2010 (ug/m3) - 1st address - at age 60-64 years
14898	Nitrogen oxides; LUR estimate for annual average 2010 (ug/m3) - 2nd address - at age 60-64 years
14899	Nitrogen oxides; LUR estimate for annual average 2010 (ug/m3) - 3rd address - at age 60-64 years
14900	Nitrogen oxides; LUR estimate for annual average 2010 (ug/m3) - 4th address - at age 60-64 years
14901	Nitrogen oxides; LUR estimate for annual average 2010 (ug/m3) - 5th address - at age 60-64 years
14902	Nitrogen oxides; LUR estimate for annual average 2010 (ug/m3) - 6th address - at age 60-64 years
14903	Nitrogen oxides; LUR estimate for annual average 2010 (ug/m3) - 7th address - at age 60-64 years
14904	Nitrogen oxides; LUR estimate for annual average 2010 (ug/m3) - 8th address - at age 60-64 years
14905	PM10 (particulate matter with diameter less than or equal to 10um); LUR estimate for annual average 2010 (ug/m3) - 1st address - at age 60-64 years
14906	PM10 (particulate matter with diameter less than or equal to 10um); LUR estimate for annual average 2010 (ug/m3) - 2nd address - at age 60-64 years
14907	PM10 (particulate matter with diameter less than or equal to 10um); LUR estimate for annual average 2010 (ug/m3) - 3rd address - at age 60-64 years
14908	PM10 (particulate matter with diameter less than or equal to 10um); LUR estimate for annual average 2010 (ug/m3) - 4th address - at age 60-64 years
14909	PM10 (particulate matter with diameter less than or equal to 10um); LUR estimate for annual average 2010 (ug/m3) - 5th address - at age 60-64 years
14910	PM10 (particulate matter with diameter less than or equal to 10um); LUR estimate for annual average 2010 (ug/m3) - 6th address - at age 60-64 years
14911	PM10 (particulate matter with diameter less than or equal to 10um); LUR estimate for annual average 2010 (ug/m3) - 7th address - at age 60-64 years
14912	PM10 (particulate matter with diameter less than or equal to 10um); LUR estimate for annual average 2010 (ug/m3) - 8th address - at age 60-64 years
14913	PM2.5 absorbance; LUR estimate for annual average 2010 (m-1) - 1st address - at age 60-64 years
14914	PM2.5 absorbance; LUR estimate for annual average 2010 (m-1) - 2nd address - at age 60-64 years
14915	PM2.5 absorbance; LUR estimate for annual average 2010 (m-1) - 3rd address - at age 60-64 years
14916	PM2.5 absorbance; LUR estimate for annual average 2010 (m-1) - 4th address - at age 60-64 years
14917	PM2.5 absorbance; LUR estimate for annual average 2010 (m-1) - 5th address - at age 60-64 years
14918	PM2.5 absorbance; LUR estimate for annual average 2010 (m-1) - 6th address - at age 60-64 years
14919	PM2.5 absorbance; LUR estimate for annual average 2010 (m-1) - 7th address - at age 60-64 years
14920	PM2.5 absorbance; LUR estimate for annual average 2010 (m-1) - 8th address - at age 60-64 years
14921	PM2.5 (particulate matter with diameter less than or equal to 2.5um); LUR estimate for annual average 2010 (ug/m3) - 1st address - at age 60-64 years
14922	PM2.5 (particulate matter with diameter less than or equal to 2.5um); LUR estimate for annual average 2010 (ug/m3) - 2nd address - at age 60-64 years
14923	PM2.5 (particulate matter with diameter less than or equal to 2.5um); LUR estimate for annual average 2010 (ug/m3) - 3rd address - at age 60-64 years
14924	PM2.5 (particulate matter with diameter less than or equal to 2.5um); LUR estimate for annual average 2010 (ug/m3) - 4th address - at age 60-64 years
14925	PM2.5 (particulate matter with diameter less than or equal to 2.5um); LUR estimate for annual average 2010 (ug/m3) - 5th address - at age 60-64 years
14926	PM2.5 (particulate matter with diameter less than or equal to 2.5um); LUR estimate for annual average 2010 (ug/m3) - 6th address - at age 60-64 years
14927	PM2.5 (particulate matter with diameter less than or equal to 2.5um); LUR estimate for annual average 2010 (ug/m3) - 7th address - at age 60-64 years
14928	PM2.5 (particulate matter with diameter less than or equal to 2.5um); LUR estimate for annual average 2010 (ug/m3) - 8th address - at age 60-64 years
14929	PM coarse (particulate matter 2.5-10um); LUR estimate for annual average 2010 (ug/m3) - 1st address - at age 60-64 years
14930	PM coarse (particulate matter 2.5-10um); LUR estimate for annual average 2010 (ug/m3) - 2nd address - at age 60-64 years
14931	PM coarse (particulate matter 2.5-10um); LUR estimate for annual average 2010 (ug/m3) - 3rd address - at age 60-64 years
14932	PM coarse (particulate matter 2.5-10um); LUR estimate for annual average 2010 (ug/m3) - 4th address - at age 60-64 years
14933	PM coarse (particulate matter 2.5-10um); LUR estimate for annual average 2010 (ug/m3) - 5th address - at age 60-64 years
14934	PM coarse (particulate matter 2.5-10um); LUR estimate for annual average 2010 (ug/m3) - 6th address - at age 60-64 years
14935	PM coarse (particulate matter 2.5-10um); LUR estimate for annual average 2010 (ug/m3) - 7th address - at age 60-64 years
14936	PM coarse (particulate matter 2.5-10um); LUR estimate for annual average 2010 (ug/m3) - 8th address - at age 60-64 years
14937	Total traffic load (intensity*length) on major roads in a 100m buffer based upon local road network (2010) - 1st address - at age 60-64 years
14938	Total traffic load (intensity*length) on major roads in a 100m buffer based upon local road network (2010) - 2nd address - at age 60-64 years
14939	Total traffic load (intensity*length) on major roads in a 100m buffer based upon local road network (2010) - 3rd address - at age 60-64 years
14940	Total traffic load (intensity*length) on major roads in a 100m buffer based upon local road network (2010) - 4th address - at age 60-64 years
14941	Total traffic load (intensity*length) on major roads in a 100m buffer based upon local road network (2010) - 5th address - at age 60-64 years
14942	Total traffic load (intensity*length) on major roads in a 100m buffer based upon local road network (2010) - 6th address - at age 60-64 years
14943	Total traffic load (intensity*length) on major roads in a 100m buffer based upon local road network (2010) - 7th address - at age 60-64 years
14944	Total traffic load (intensity*length) on major roads in a 100m buffer based upon local road network (2010) - 8th address - at age 60-64 years
14945	Traffic intensity on the nearest major road defined as a road with traffic intensity > 5,000 vehicles / day based upon a local road network (2010) - 1st address - at age 60-64 years
14946	Traffic intensity on the nearest major road defined as a road with traffic intensity > 5,000 vehicles / day based upon a local road network (2010) - 2nd address - at age 60-64 years
14947	Traffic intensity on the nearest major road defined as a road with traffic intensity > 5,000 vehicles / day based upon a local road network (2010) - 3rd address - at age 60-64 years
14948	Traffic intensity on the nearest major road defined as a road with traffic intensity > 5,000 vehicles / day based upon a local road network (2010) - 4th address - at age 60-64 years
14949	Traffic intensity on the nearest major road defined as a road with traffic intensity > 5,000 vehicles / day based upon a local road network (2010) - 5th address - at age 60-64 years
14950	Traffic intensity on the nearest major road defined as a road with traffic intensity > 5,000 vehicles / day based upon a local road network (2010) - 6th address - at age 60-64 years
14951	Traffic intensity on the nearest major road defined as a road with traffic intensity > 5,000 vehicles / day based upon a local road network (2010) - 7th address - at age 60-64 years
14952	Traffic intensity on the nearest major road defined as a road with traffic intensity > 5,000 vehicles / day based upon a local road network (2010) - 8th address - at age 60-64 years
14953	Traffic intensity on the nearest road based upon local road network (2010) - 1st address - at age 60-64 years
14954	Traffic intensity on the nearest road based upon local road network (2010) - 2nd address - at age 60-64 years
14955	Traffic intensity on the nearest road based upon local road network (2010) - 3rd address - at age 60-64 years
14956	Traffic intensity on the nearest road based upon local road network (2010) - 4th address - at age 60-64 years
14957	Traffic intensity on the nearest road based upon local road network (2010) - 5th address - at age 60-64 years
14958	Traffic intensity on the nearest road based upon local road network (2010) - 6th address - at age 60-64 years
14959	Traffic intensity on the nearest road based upon local road network (2010) - 7th address - at age 60-64 years
14960	Traffic intensity on the nearest road based upon local road network (2010) - 8th address - at age 60-64 years

Description

141 Data-Fields

1 Parent Category