Tackling the effects of atmospheric dust hazard on human health

What is the contribution of the inhalable component of atmospheric dust to the total aerosol load? How much of it resides close to the Earth’s surface, where most human activity takes place? To what extent has it changed over the highly-industrialized and densely-populated areas/Megacities over the...

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Main Author: Emmanouil Proestakis
Format: Article
Language:English
Published: Institut Veolia Environnement 2025-01-01
Series:Field Actions Science Reports
Online Access:https://journals.openedition.org/factsreports/7767
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author Emmanouil Proestakis
author_facet Emmanouil Proestakis
author_sort Emmanouil Proestakis
collection DOAJ
description What is the contribution of the inhalable component of atmospheric dust to the total aerosol load? How much of it resides close to the Earth’s surface, where most human activity takes place? To what extent has it changed over the highly-industrialized and densely-populated areas/Megacities over the last two decades and over which areas is the atmospheric concentration foreseen to exceed the World Health Organization Air Quality Guidelines in the near-future? To what extent have dust emissions changed since the pre-industrial times and what can the national and international initiatives say about the amount of dust that will reside in the atmosphere by the end of the century? The article discusses the current status of pressing societal questions related to the health risk posed by the inhalable component of atmospheric dust, which are made even more pressing by the ongoing climate change. Insights are delivered under the prism of ongoing international initiatives, recent advancements, and the challenging limitations of our capabilities.
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issn 1867-139X
1867-8521
language English
publishDate 2025-01-01
publisher Institut Veolia Environnement
record_format Article
series Field Actions Science Reports
spelling doaj-art-c10b36f3e3964b46a1c6034701bed7d22025-01-30T11:24:39ZengInstitut Veolia EnvironnementField Actions Science Reports1867-139X1867-85212025-01-01277679Tackling the effects of atmospheric dust hazard on human healthEmmanouil ProestakisWhat is the contribution of the inhalable component of atmospheric dust to the total aerosol load? How much of it resides close to the Earth’s surface, where most human activity takes place? To what extent has it changed over the highly-industrialized and densely-populated areas/Megacities over the last two decades and over which areas is the atmospheric concentration foreseen to exceed the World Health Organization Air Quality Guidelines in the near-future? To what extent have dust emissions changed since the pre-industrial times and what can the national and international initiatives say about the amount of dust that will reside in the atmosphere by the end of the century? The article discusses the current status of pressing societal questions related to the health risk posed by the inhalable component of atmospheric dust, which are made even more pressing by the ongoing climate change. Insights are delivered under the prism of ongoing international initiatives, recent advancements, and the challenging limitations of our capabilities.https://journals.openedition.org/factsreports/7767
spellingShingle Emmanouil Proestakis
Tackling the effects of atmospheric dust hazard on human health
Field Actions Science Reports
title Tackling the effects of atmospheric dust hazard on human health
title_full Tackling the effects of atmospheric dust hazard on human health
title_fullStr Tackling the effects of atmospheric dust hazard on human health
title_full_unstemmed Tackling the effects of atmospheric dust hazard on human health
title_short Tackling the effects of atmospheric dust hazard on human health
title_sort tackling the effects of atmospheric dust hazard on human health
url https://journals.openedition.org/factsreports/7767
work_keys_str_mv AT emmanouilproestakis tacklingtheeffectsofatmosphericdusthazardonhumanhealth