Publications of J Zauner

Zauner, J.; Guidolin, C.; Spitschan, M.: How to Deal With Darkness: Modeling and Visualization of Zero-Inflated Personal Light Exposure Data on a Logarithmic Scale. Journal of Biological Rhythms 40 (5), 7487304251336624, pp. 480 - 490 (2025)

Kwaku Agbeshie, G.; Osei Duah Junior, I.; Amoah Andoh, A.; Ampong, J.; Owusu Mensah, N.; Ampoma-Mensah, A.; Zauner, J.; Spitschan, M.; Owusu Akuffo, K.: Physiologically relevant real-world light exposure and its behavioural and environmental determinants in Kumasi, Ghana. Open Research Europe 5, 300 (2025)

Zauner, J.; Biller, A.; Spitschan, M.: Impact of light logger and dosimeter placement on wearability and appeal in real-life settings. Open Research Europe 5, 293 (2025)

Zauner, J.; Hartmeyer, S.; Spitschan, M.: LightLogR: Reproducible analysis of personal light exposure data with an open-source R package. The Journal of Open Source Software (JOSS) 10 (107), 7601 (2025)

Zauner, J.; Udovicic, L.; Spitschan, M.: Power analysis for personal light exposure measurements and interventions. PLOS ONE 19 (12), e0308768 (2024)

Guidolin, C.; Aerts, S.; Agbeshie, G.; Akuffo, K.; Aydin, S.; Baeza-Moyano, D.; Bolte, J.; Broszio, K.; Cantarero-García, G.; Didikoglu, A. et al.; González-Lezcano, R.; Joosten-Ma, H.; Melero-Tur, S.; Nilsson Tengelin, M.; Pérez Gutiérrez, M.; Stefani, O.; Svensson, I.; Udovičić, L.; Zauner, J.; Spitschan, M.: Protocol for a prospective, multicentre, cross-sectional cohort study to assess personal light exposure. BMC Public Health 24 (1), p. 3285 (2024)

Stefani, O.; Marek, R.; Schwarz, J.; Plate, S.; Zauner, J.; Schrader, B.: Wearable Light Loggers in Field Conditions: Corneal Light Characteristics, User Compliance and Acceptance. Clocks & Sleep 6 (4), pp. 619 - 634 (2024)

Spitschan, M.; Hammad, G.; Blume, C.; Schmidt, C.; Skene, D.; Wulff, K.; Santhi, N.; Zauner, J.; Münch, M.: Metadata recommendations for light logging and dosimetry datasets. BMC Digital Health 2 (1), 73 (2024)

Spitschan, M.; Zauner, J.; Nilsson Tengelin, M.; Bouroussis, C.; Caspar, P.; Eloi, F.: Illuminating the future of wearable light metrology: Overview of the MeLiDos Project. Measurement 235, 114909 (2024)

Guidolin, C.; Zauner, J.; Spitschan, M.: Measuring, detecting and handling non-wear intervals in longitudinal light exposure studies. In 35h Annual Meeting of the Society for Light Treatment and Biological Rhythms (SLBTR 2024), pp. 25 - 27. 35h Annual Meeting of the Society for Light Treatment and Biological Rhythms (SLBTR 2024), Prague, Czech Republic, June 20, 2024 - June 22, 2024. (2024)

Zauner, J.: Reproducible analysis of personal light exposure data with LightLogR. 35h Annual Meeting of the Society for Light Treatment and Biological Rhythms (SLBTR 2024), Prague, Czech Republic (2024)

Zauner, J.; Stefani, O.; Biller, A.; Guidolin, C.; Spitschan, M.: A Web-Based Specification Tool for Wearable Light Loggers and Optical Radiation Dosimeters. (submitted)

Zauner, J.; Stefani, O.; Bocanegra Abarca, G.; Guidolin, C.; Schrader, B.; Udovicic, L.; Spitschan, M.: Auxiliary data, quality assurance and quality control for wearable light loggers and optical radiation dosimeters. (submitted)

Zauner, J.; Stefani, O.; Bocanegra, G.; Guidolin, C.; Schrader, B.; Spitschan, M.: Improving the utility and accuracy of wearable light loggers and optical radiation dosimeters through auxiliary data, quality assurance, and quality control. (submitted)

Biller, A.; Zauner, J.; Cajochen, C.; Gerle, M.; Kalavally, V.; Mohamed, A.; Rottländer, L.; Seah, M.-Y.; Stefani, O.; Spitschan, M.: Physiologically-relevant light exposure and light behaviour in Switzerland and Malaysia. (submitted)

Guidolin, C.; Zauner, J.; Hartmeyer, S.; Spitschan, M.: Collecting, detecting and handling non-wear intervals in longitudinal light exposure data. (submitted)

Zauner, J.; Nicholls, A.; Ostrin, L.; Spitschan, M.: Analysis of human visual experience data. (submitted)

Zauner, J.; Guidolin, C.; Spitschan, M.: How to deal with darkness: Modelling and visualization of zero-inflated personal light exposure data on a logarithmic scale. (submitted)