Highland Council has developed draft guidance focused on controlling outdoor lighting in the region to address light pollution concerns. The initiative aims to support communities interested in establishing designated dark sky sites, areas characterized by minimal artificial light contamination that provide optimal conditions for astronomical observation.
The proposed framework would require developers undertaking major construction projects in or adjacent to dark sky sites to conduct lighting assessments demonstrating the necessity of any exterior illumination. Council officials emphasized that the guidance promotes responsible practices by limiting outdoor lighting strictly to what is required for safety and security purposes.
According to materials presented to the council, the policy offers multiple benefits beyond improved stargazing conditions. These include reduced carbon emissions, lower energy consumption and associated utility costs, and economic advantages related to tourism. Officials noted that enhanced night sky visibility can attract visitors and support local economies dependent on astronomy-related activities. The guidance also suggests practical measures such as strategic tree planting and fence installation to minimize light glare from existing exterior fixtures.
Council officials acknowledged that some communities may prioritize outdoor lighting for legitimate safety reasons and recognized this consideration in their approach. The Highlands region, characterized by extensive sparsely populated areas, is noted as offering some of Europe’s darkest observable skies, with the Isle of Rum receiving recognition in 2024 as Scotland’s first International Dark Sky Sanctuary designation from DarkSky International.
Councillors are scheduled to vote next week on whether to approve the draft guidance. Following potential approval, the proposal would enter a public consultation phase before finalization. The completed guidance may subsequently be incorporated into the Highland Local Development Plan, scheduled for publication next year.
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