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France issued a decree to restrict and prohibit mainly outdoor lightingeffective from January 1st, 2019. Effectiveness of this legislation has beenevaluated in this study using GIS data which was first used in\cite{2020MNRAS.493.1204A} (so called astroGIS database - \url{astrogis.org}).A subset of Artificial Light layer of astroGIS database has been adapted foryears between January 2012 and December 2019. During 2019, radiance of $1.9\times 10^{9}$ W cm$^{-2}$ sr$^{-1}$ has been released into space. Annual lightpollution in France decreased by 6\% after the enactment of artificial lightlegislation. France continue to have potential Dark Sky Park locations forexample cities like Indre, Lot, Nievre and Creuse having the lowest lightpollution values. A strong correlation between population and light pollution($R\simeq 0.83$) has been observed. A similar but a weak correlation can alsobe observed for GDP ($R\simeq 0.28$). However, it is still too early to justifywhether the improvements observed in the dataset are due to the enactment ofthe legislation or not.

A Case study of light pollution in France after the change in legislation