Source D3.4 Innovative noise modelling, Gulliver et al, 2024 https://zenodo.org/records/16313125   Level of evidence Suggestive evidence What Report on implementation of the CNOSSOS noise prediction methodology for modelling of road‐transport noise within the Equal‐Life project, including a description of how to generate data for open modelling, specifically : ·      An overview of the metrics and data required for open‐source applications (i.e. harmonised between countries),

Title New metrics for outdoor and indoor noise exposure related to mental health Add zenodo link Source D3.6; New Noise metrics for mental health Dick Botteldooren et al. 2024,   Arnaud Can, Dick Botteldooren, Timothy Van Renterghem, Peter Lercher, Rik Bogers (2025) Towards Valid, Transparent and Applicable Noise Indicators for Assessing Early-Life Mental Health Impacts , in preparation   Dick Botteldooren, Lucas Fourneau, Colin Vergaerde, Valentin Le Bescond, Luc Dekoninck,

Level of evidence Suggestive evidence, literature reviews, evidence based on theory and linked conceptual models.   Approach Propagation models are based on measurements at 49 locations in the UK (dwellings) in Greater London and one location in Eindhoven.   Findings Most studies on noise exposure and health outcomes use outdoor noise levels (derived from noise maps), rather than indoor levels, where children spend most of their time.   We developed sound propagation models f

This study is aimed at the effects on children’s auditory cognition of the acoustic environments they are exposed to daily. Title Effects of school acoustics Level of evidence Direct What Activity based settings: seven primary classes  (three schools) Acoustic conditions of real-life settings in classroom: 91 preschool children ages three to six in Germany Approach Activity based settings: Noise in classrooms is produced by classroom activities as well as by outdoor environme