Summary
This research proposes a structured methodology for predicting the environmental impact of artificial night lighting in engineering projects, using traditional photometric data (luminous flux and spectral composition) to quantify light pollution at both individual project and population levels. The framework is designed to be accessible to non-expert technical personnel and can be integrated into standard lighting design workflows to evaluate alternatives and protect natural nocturnal environments.
Key Findings
- Field measurements using Sky Quality Meter, AllSky cameras, and luminance meters were used to validate the methodology's applicability for quantifying obtrusive light in residential settings and natural ecosystems.
- The methodology organizes the environmental impact prediction process into independent, modular phases to allow scalability and updates as lighting science advances.
- Luminous flux and spectral emission were identified as the key photometric parameters for determining the contaminant magnitude of a lighting project.
Categories
The Science of Light: Develops quantitative methodology linking photometric parameters (luminous flux, spectral emission) to environmental light pollution impact, relevant to lighting standards and measurement.
Author(s)
M García Gil
Publication Year
2015
Number of Citations
1
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