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Development

Air-quality sensor prototypes

Explore accessible environmental sensing beyond heat and meteorological exposure.

Development concept in the Freiburg lecture

Solar-powered air-quality electronics prototype shown in the Freiburg lecture, slide 48.
Solar-powered air-quality electronics prototype shown in the Freiburg lecture, slide 48.

Measurements & outputs

Measurements and outputs

  • Proposed outdoor particulate-matter monitoring.
  • PM₁, PM₂.₅ and PM₁₀ are potential measurements described in the lecture.

Research workflow

Research workflow

The lecture illustrates a solar-powered electronics prototype for outdoor air-quality monitoring.

Define the configuration and validation approach with the participating engineering and field teams.

Interpretation & current limits

Interpretation and limitations

  • The slide labels this component as forthcoming. A completed deployment, validated accuracy and final specification are not established by that source.
  • Potential measurement channels should not be read as confirmed capabilities of a deployed network instrument.

Publications & evidence

Related publications

Read the study-specific methods, results and limitations. The framework paper describes the wider approach.

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Source & scope

Sources and scientific context

Content and images draw on Sandra Barteit’s Freiburg lecture, The Impact of Climate Change on Human Health: Lessons from Low- and Middle-Income Countries, slides 48. Publication pages provide the corresponding research evidence. Reviewed 12 November 2026.

Images extracted from the lecture retain the original device or research illustration. Product images identify examples used in the source material.

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