Commission Internationale de l’Éclairage. Lighting of Roads for Motor and Pedestrian Traffic. CIE 115:2010. Vienna: CIE, 2010.
2.
FotiosSUttleyJ.Cyclists are incorrectly represented in lighting design standards. Proceedings of the 30th Session of the CIE, Ljubljana, Slovenia, 15–23 September 2023: 107–114.
3.
VansteenkistePCardonGD’HondtE. et al. The visual control of bicycle steering: the effects of speed and path width. Accident Analysis and Prevention2013; 51: 222–227.
4.
VansteenkistePZeuwtsLCardonG. et al. The implications of low quality bicycle paths on gaze behaviour of cyclists: a field test. Transportation Research Part F: Traffic Psychology and Behaviour2014; 23: 81–87.
5.
PashkevichABurghardtTEPuławska-ObiedowskaS. et al. Visual attention and speeds of pedestrians, cyclists, and electric scooter riders when using shared road: a field eye tracker experiment. Case Studies on Transport Policy2022; 10: 549–558.
6.
FotiosSUttleyJChealC. et al. Using eye-tracking to identify pedestrians’ critical visual tasks. Part 1: Dual task approach. Lighting Research and Technology2015; 47; 133–148.
7.
MuzetVLiandratSBourV. et al. Is it possible to achieve quality lighting without considering the photometry of pavements?Lighting Research and Technology2023; 55: 345–365.
8.
LeboucLGreffierFBoucherV. et al. Exploratory study to define new observation geometries for road lighting design. Lighting Research and Technology2025; 57: 388–402.