Studies on light pollution in various lighting application areas

Abstract

Light pollution has become an increasingly prevalent issue in our modern world, with adverse effects on the environment, human health, and wildlife. This thesis focuses on investigating and analyzing the extent of light pollution in various settings, specifically industrial indoor areas, roads, parking areas, and public places. The study begins by examining the causes and sources of light pollution in these specific settings, including excessive and poorly directed artificial lighting. It explores into the implications of light pollution on energy consumption, sky glow, and the disruption of natural ecosystems and wildlife behavior. The research methodology involves extensive data collection, including light intensity measurements, spatial analysis, and surveys to assess the perceptions and experiences of individuals affected by light pollution. The data is then analyzed using statistical methods to provide insights into the severity and patterns of light pollution in the studied areas. The findings reveal alarming levels of light pollution in industrial indoor areas, roads, parking areas, and public places with horizontal illuminance and vertical illuminance respectively. Also uniformity take into account. The thesis highlights the detrimental effects on human health, such as sleep disturbances and increased risk of chronic diseases, as well as the disruption of nocturnal wildlife activities and migration patterns. Furthermore, this thesis explores potential solutions and mitigation strategies to address light pollution in these specific contexts. It examines the effectiveness of various lighting technologies, design principles, and policy measures aimed at reducing light pollution and promoting energy-efficient lighting practices. Ultimately, this research aims to raise awareness about the consequences of light pollution in industrial indoor areas, roads, parking areas, and public places. It provides valuable insights for policymakers, urban planners, lighting designers, and stakeholders to develop sustainable lighting solutions that minimize light pollution and promote a healthier and more harmonious coexistence between humans and the environment.