Research Examines the Effects of Continuous and Dynamic Artificial Light on Moths in Varying Skyglow Environments

Recent research highlights the growing impact of artificial light at night (ALAN) on ecosystems globally. Key studies, such as Kyba et al. (2017), reveal an increase in the artificial lighting of Earth’s surface, posing significant risks to biodiversity. The new World Atlas of Artificial Night Sky Brightness, developed by Falchi et al. (2016), further underscores the alarming reach of light pollution. Consequences of this phenomenon are evident in various species; for instance, Falcón et al. (2020) discuss the detrimental effects on flora and fauna, while a meta-analysis by Sanders et al. (2021) confirms the biological impacts of light pollution. Despite attempts to mitigate these effects, legislative shortcomings, highlighted by Schroer et al. (2020), remain a concern, further emphasizing the urgent need for effective regulation of light pollution to protect biodiversity.

Research Examines the Effects of Continuous and Dynamic Artificial Light on Moths in Varying Skyglow Environments

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