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intitle:
The document title intitle:"climate education"
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The publishing organization ispublisher:CAPE
insummary:
Summary and key findings insummary:"conflict of interest"
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Climate tags, frame/perspective and analysis type hasconcept:"Climate Justice"
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Regions the document covers or discusses geography:Canada
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Analysis TypeMicroenvironmental modelling
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  • This research paper describes the first application of a microenvironmental modelling approach in Accra, Ghana, to estimate personal exposure to fine particulate matter (PM2.5) across different age and gender groups. The study utilizes the INDAIR dynamic model and a steady-state model to analyze how different home, work, school, and transport environments contribute to overall exposure, specifically highlighting the impact of cooking fuels.

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    This summary is written by a language model reading the source document. It is not the publisher's words and is not a substitute for the original.

    Stockholm Environment Institute

    Document type: Research paper

    Regions: AccraGhana
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