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| [[Category:Air pollution]] | | [[Category:Air pollution]] |
| {{study|moderator=Jouni}} | | {{study|moderator=Jouni}} |
| '''EXPOLIS''' is a monitoring study that measured the population exposures to key air pollutants in six European cities. Concentrations were measured in home indoor, home outdoor and work indoor environments and in addition personal exposure were measured for 48hr with carry-on samplers. Measurements took place in 1996-1997.<ref>http://www.thl.fi/expolis</ref>
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| {{todo|Expolis-sivusto yhdistetään tähän. Katso ohjeet alta.||project=Opasnet}}
| | :''The text on this page is taken from [http://www.thl.fi/expolis the EXPOLIS-project homepage]. |
| * Tämän sivun sisältö siirretään sivulle Expolis/Study
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| * Tälle sivulle siirretään teksti sivuilta http://www.thl.fi/expolis kohdat ''Introduction'' ja ''Contacts'' sekä sen alisivut.
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| * Sivulle Expolis/Methods siirretään teksti sivuilta http://www.thl.fi/expolis kohta ''The Field Phase'' ja sen alisivut.
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| * Sivulle Expolis/Materials siirretään teksti sivuilta http://www.thl.fi/expolis kohta ''Online Library'' ja sen alisivut.
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| * Online libraryn alla olevat (ja mahdolliset muut Expolis-sivuston) tiedostot kopioidaan M-filesiin ja linkataan sivulle Expolis/Materials. Juha ja/tai Einari auttavat tässä, koska siihen tarvitaan salasana.
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| ==Question==
| | '''EXPOLIS''' is a monitoring study that measured the population exposures to key air pollutants in six European cities. Concentrations were measured in home indoor, home outdoor and work indoor environments and in addition personal exposure were measured for 48hr with carry-on samplers. Measurements took place in 1996-1997. |
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| {{comment|# |Put description here. The information comes from condb_uusi.xls/studies.|--[[User:Jouni|Jouni]] 15:10, 22 June 2010 (UTC)}}
| | ==Introduction== |
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| ==Answer==
| | The health effects of the pollution are caused by the exposure of the population. EXPOLIS measured the population exposures to key air pollutants in six European cities. |
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| {{resultlink}}
| | In the Expolis study the population exposures to the key air pollutants were measured for the first time in Europe. This was one of the most important break throughs in the air pollution related public health research in the 90's. |
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| ==Rationale==
| | The pollutants studied in the Expolis are fine particulates (PM2.5), carbon monoxide (CO), the most interesting volatile organic compounds (VOCs) in the respect of environmental exposures and public health, and nitrogen dioxide (NO2). The populations studied are working age urban populations from large cities. Metropolitan area of Helsinki is the smallest of participating cities (1 million). Largest is Athens (4 million). |
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| {{comment|# |Put id and abbrev here.|--[[User:Jouni|Jouni]] 15:10, 22 June 2010 (UTC)}}
| | The Expolis field measurements were carried out 1996-97. Scientific and statistical data analyses are still going on. |
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| | ===EXPOLIS logo=== |
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| * id: expolis | | The EXPOLIS study name, "Expolis" was created by Dennis Zmirou. The name comes from two stems: |
| * abbreviation: EXPOLIS | | * Exp stands for exposure |
| | * Polis stands for a city (in greek) |
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| Study part 2 {{comment|# |Use this only if there are several "studies" within one study.|--[[User:Jouni|Jouni]] 15:10, 22 June 2010 (UTC)}}
| | The EXPOLIS logo was created by Otto Hänninen and Matti Jantunen. It features key aspects of the study: |
| * id: study7
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| * abbreviation: EXPOLIS
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| * Description: VOC concentrations measured in personal samples and residential indoor, outdoor and workplace microenvironments in EXPOLIS-Helsinki, Finland in 1996-1997.<ref>Edwards et al., Atmospheric Environment 35 (2001), 4531-4543</ref>
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| ===Data===
| | [[File:expolis_introduction_1.gif|100px]] The S-shaped curve describes the cumulative population exposure distribution. In this curve, the x-axes represents the exposure level and the y-axes is the cumulative frequency of the exposure. |
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| {{comment|# |This data comes from condb_uusi.xls/objects.|--[[User:Jouni|Jouni]] 15:10, 22 June 2010 (UTC)}}
| | [[File:expolis_introduction_2.gif|100px]] The 3 different curves represent different exposure distributions in different cities or target populations. |
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| {| class="wikitable collapsible collapsed" {{prettytable}}
| | [[File:expolis_introduction_3.gif|60px]] The man and the woman on the logo stand for the human beings, the public, being exposed to the air pollutants. The ultimate aim of the EXPOLIS Study is to improve public health. |
| |+Show details of data description
| |
| |----
| |
| | data_table
| |
| | study_id
| |
| | desc
| |
| | add_info
| |
| | location
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location. | |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | expolis_VOC_I
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_O
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in home outdoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_W
| |
| | expolis
| |
| | Concentration (ug/m3) of individual samples in work indoor environment.
| |
| | One sample represents one measurement location.
| |
| | H, A, B, M, P, O
| |
| |----
| |
| | expolis_VOC_P
| |
| | expolis
| |
| | Concentration (ug/m3) of individual 48hr personal samples.
| |
| | One sample represents one mesured person.
| |
| | H, A, B, P, O
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal 1-butanol exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal 1-octanol exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal 2-ethylhexanol exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal 2-methyl-1-propanol exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal phenol exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal benzaldehyde exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal hexanal exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal octanol exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal cyclohexane exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal decane exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal hexane exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal nonane exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal undecane exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal benzene exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal ethylbenzene exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal naphtalene exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal o-xylene exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal propylbenzene exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal styrene exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal toluene exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal triemthylbenzene exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal 2-butoxyethanol exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal 1-methyl-2-pyrrolidione exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal 3-carene exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal alpha-pinene exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal d-limonene exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal 1,1,2-trichloro ethane exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal tetrachloroethene exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_P_9
| |
| | study7
| |
| | Personal trichloroethene exposure concentrations (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples. Personal exposures measured 48hr for 183 participants of which 118 were not exposed to tobacco smoke.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| | VOC_W_12
| |
| | study7
| |
| | Distribution of work place concentration (µg/m3)
| |
| | <sup>a</sup>Mean limit of detection (µg/m3) based on avergae volume of samples in each microenvironment. *Mean, ASD and GM not reported if detected in <20% of samples.
| |
| | H
| |
| |----
| |
| |}
| |
|
| |
|
| ==See also== | | ===Giving feedback to us=== |
| | |
| | The original EXPOLIS home pages were designed back in 1996-1997 by Ms MSc Paula Jantunen. |
| | |
| | Feedback & requests for further information considering the work of KTL and the EXPOLIS project can be addressed to the EXPOLIS Project Coordinator, PhD Matti Jantunen and/or the head of KTL Air Hygiene Laboratory, PhD Sari Alm. |
| | |
| | As the Internet is in the state of continuous development, many External links to the web change. If you run into a one, please let us know. |
| | |
| | Expolis Coordinator |
| | :Matti Jantunen, PhD |
| | |
| | KTL Air Hygiene Laboratory |
| | :Otto Hänninen, PhD |
| | |
| | Comments on the page design |
| | :Otto Hänninen, PhD |
| | :Aleksi Jetsu, Technical support |
| | |
| | Comments on the current contents |
| | e-mail: expoliswww(a)ktl.fi.This address is forwarded to the person currently responsible for updating the EXPOLIS pages. |
| | |
| | ==Contacts== |
| | |
| | Contact information of institutes and researchers that originally participated the Expolis study. Contacts are organized by Institutes, which are in ordered by the name of the city. |
| | |
| | Persons that participated the Expolis study at earlier stage, but have now moved to other postitions, are marked with an asterisk (*) and no address is given. |
| | |
| | '''ATHENS |
| | |
| | :'''ATHENS University of Athens, Medical School |
| | :Department of Hygiene and Epidemiology |
| | :Mikras Asias 75, GR-Athens 11527 |
| | |
| | :'''Principal Investigator: |
| | :Klea Katsouyanni, e-mail: kkatsoug(@)atlas.uoa.gr |
| | |
| | :'''Researchers: |
| | :Lambros Georgoulis* |
| | :Evi Samoli |
| | :Maria Caparis* |
| | |
| | '''BILTHOVEN |
| | |
| | :'''RIVM |
| | :Department of Chronic Diseases and Environmental Epidemiology |
| | :P.O.Box 1, NL-3720 BA Bilthoven |
| | |
| | :'''Principal Investigator: |
| | :Erik Lebret, PhD, e-mail: erik.lebret(@)rivm.nl |
| | |
| | :'''Researchers: |
| | :Hanneke Kruize* |
| | :Oscarl Breugelmans* |
| | |
| | '''HELSINKI - KTL |
| | |
| | :'''KTL |
| | :P.O.Box 95, FIN-70701 KUOPIO |
| | |
| | :'''Principal Investigator: |
| | :Matti Jantunen, PhD, e-mail: matti.jantunen(@)ktl.fi |
| | |
| | :'''Researchers: |
| | :Sari Alm* |
| | :Anu Kousa* |
| | :Tuulia Rotko, e-mail: tuulia.rotko(@)helsinki.fi |
| | :Kimmo Koistinen* |
| | :Otto Hänninen, e-mail: otto.hanninen(@)ktl.fi |
| | :Rufus Edwards* |
| | :Jouni Jurvelin* |
| | :Tuija Stambej* |
| | :Virpi Tenhola, e-mail: virpi.tenhola(@)ktl.fi |
| | :Tuula Pipinen* |
| | :Kirsi Kumpulainen* |
| | |
| | '''MILAN |
| | |
| | :'''University of Milan, IOH |
| | |
| | :'''Principal Investigator: |
| | :Marco Maroni, Professor +2006 |
| | |
| | :'''Researchers: |
| | :Paolo Carrer, e-mail: paolo.carrer(@)unimi.it |
| | :Domenico Cavallo, e-mail: domenico.cavallo(@)unimi.it |
| | |
| | '''BASEL |
| | |
| | :'''University of Basel |
| | :Institute of Social and Preventive Medicine |
| | :Steinengraben 49, CH-4051 Basel |
| | |
| | :'''Principal Investigator: |
| | :Nino Künzli, MD PhD*, e-mail: kuenzli(@)usc.edu |
| | |
| | :'''Researchers: |
| | :Lucy Oglesby* |
| | :Patrick Mathys* |
| | |
| | '''GRENOBLE |
| | |
| | :'''Université Joseph Fourier, Medical School |
| | :Domaine de la Merci, F-38706 La Tronche |
| | |
| | :'''Principal Investigator: |
| | :Dennis Zmirou, e-mail: dzmirou(@)ujf-grenoble.fr |
| | |
| | :'''Researchers: |
| | :Celine Boudet* |
| | |
| | '''HELSINKI - VTT |
| | |
| | :'''VTT Chemical Technology |
| | :Betonimiehenkuja 5, FIN-02150 ESPOO |
| | |
| | :'''Principal Investigator: |
| | :Kristina Saarela, e-mail: kristina.saarela(@)vtt.fi |
| | |
| | :'''Researchers: |
| | :Marja-Leena Wilke, e-mail: marja-leena.wilke(@)vtt.fi |
| | :Jutta Laine-Ylijoki* |
| | :Kirsi Manninen* |
| | :Tiina Tirkkonen* |
| | :Markus Tähtinen* |
| | |
| | '''PRAGUE |
| | |
| | :'''Regional Institute of Hygiene of Central Behomia |
| | :Laboratory of Genetic Ecotoxicology |
| | :Videnska 1083, CZ-14220 PRAGUE 4 |
| | |
| | :'''Principal Investigator: |
| | :Radim Srám, MD, DSc, e-mail: sram(@)biomed.cas.cz |
| | |
| | :'''Researchers: |
| | :Eva Tischerova |
| | :Libuse Polanska, e-mail: khspro(@)pha.inecnet.cz |
| | |
| | ==Original partners== |
| | |
| | Partners from 5 European Union member countries participated in the original study design: |
| | * [http://www.uoa.gr/ University of Athens, Greece], [http://www.nut.uoa.gr/ Dept. Hygiene and Epidemiology] |
| | * [http://www.rivm.nl/ RIVM] in Bilthoven, Netherlands |
| | * [https://www.ujf-grenoble.fr/accueil-ujf Université Joseph-Fourier], Grenoble, France |
| | * KTL in Helsinki, Finland ([https://www.thl.fi/en/web/thlfi-en National Public Health Institute]) |
| | * VTT in Helsinki, Finland [VTT] ([[http://www.vtt.fi/?lang=en Technical Research Centre of Finland]) |
| | * [http://www.unimi.it/ University of Milan], Italy |
| | * Regional Institute of Hygiene of Central Bohemia in Prague, Czech Rebublic [Reg.Inst.Bohemia] |
| | * [https://www.unibas.ch/de Universität Basel], Switzerland |
| | |
| | Partner from UK joined the study soon: |
| | |
| | * [http://www.imperial.ac.uk/ Imperial College of Science, Technology and Medicine], London, UK |
| | |
| | Later, after the field phase in the original cities, new research groups have selected to utilize the EXPOLIS study design and measurement techniques. |
| | |
| | ==Principal investigators== |
| | |
| | In each of the research institutes participating the EXPOLIS study, a responsible Principal Investigator is named. The Principal Investigators are listed below. |
| | |
| | '''Matti Jantunen, Department Director, Coordinator |
| | :KTL, Dept. of Environmental Hygiene, Kuopio |
| | |
| | '''Kristina Saarela, Senior Research Scientist |
| | :VTT, Chemical Technology, Helsinki |
| | |
| | '''Marco Maroni, Professor + 2006 |
| | :IOH, University of Milan |
| | |
| | '''Yannis Tountas, Associate Professor |
| | :Medical School, University of Athens |
| | |
| | '''Erik Lebret, Dr IR |
| | :RIVM, Bilthoven |
| | |
| | '''Nino Künzli, MD PhD |
| | :Institute for Social and Preventive Medicine, Basle |
| | |
| | '''Radim Srám, M.D., D.Sc. |
| | :Regional Institute of Hygiene of Central Bohemia |
| | |
| | '''Denis Zmirou, Associate Professor |
| | :Medical School, University Joseph Fourier |
| | |
| | ==Scientific advisory board== |
| | |
| | The EXPOLIS Scientific Advisory Board (SAB) involves some of the top international scientists in the area of exposure analysis. The members of SAB ensure that the most recent knowledge was and is available for making critical decisions on study design and analysis of data. |
| | |
| | '''Petros Koutrakis, Ph.D., Professor of Environmental Sciences |
| | :[Department of Environmental Health ] |
| | :[Harvard School of Public Health] MA, USA |
| | |
| | '''Paul Lioy, Ph.D., Director |
| | :EOSHI, [Exposure Measurement and Assessment Division] |
| | :[Environmental and Occupational Health and Safety Institute], NJ, USA |
| | |
| | '''Lars Mølhave, DMS, Ph.D., Associate Professor |
| | :Dept. of Occup. and Env. Medicine |
| | :Institute of Environmental and Occupational Health, Aarhus, DK |
| | |
| | '''Demetrios Moschandreas, Ph.D., Professor |
| | :[Dept. of Chem. and Env. Engineering] |
| | :[Illinois Institute of Technology] IL, USA |
|
| |
|
| | '''Mary K O'Rourke, Dr. |
| | :[University of Arizona], Tucson, AZ, USA |
|
| |
|
| | '''Bernd Seifert, Prof., Director |
| | :Department of Environmental Hygiene |
| | :Federal Environmental Agency, Berlin |
|
| |
|
| ==References==
| | '''Martin Williams, Dr. |
| | :[Bad link: Department of the Environment] London, UK |
|
| |
|
| <references/>
| | '''William E Wilson, Dr. |
| | :[U.S. EPA] |
| | :[Research Triangle Park] NC, USA |
|
| |
|
| ==Related files== | | ==See also== |
|
| |
|
| {{mfiles}}
| | *[[Expolis]] |
| | *[[Expolis/Study]] |
| | *[[Expolis/Methods]] |
| | *[[Expolis/Materials]] |
The S-shaped curve describes the cumulative population exposure distribution. In this curve, the x-axes represents the exposure level and the y-axes is the cumulative frequency of the exposure.
The 3 different curves represent different exposure distributions in different cities or target populations.
The man and the woman on the logo stand for the human beings, the public, being exposed to the air pollutants. The ultimate aim of the EXPOLIS Study is to improve public health.