ENVI-met Simulation Dataset — Via Milano, Pescara: Urban Microclimate Assessment, Current Scenario and 2050 Climate Projection

Abstract

This dataset contains the full ENVI-met simulation outputs and model configuration files for the microclimatic assessment of Via Milano, Pescara (Italy), conducted in support of an urban regeneration project targeting the thermal comfort of a school-adjacent public space. The study adopts a 2×2 scenario matrix (Ante Operam / Post Operam × Current Climate / 2050 Projection), generating four independent simulation runs. The Post Operam scenario models the introduction of a stratified green infrastructure (street trees, aromatic shrub layer, permeable paving as de-paving strategy) along the Via Milano corridor. The 2050 climate scenario applies a thermal offset derived from regional climate projections to the baseline forcing. The simulation design day (21 July 2019) was selected via the Common Representative Day (CRD) algorithm as described in Cocci Grifoni et al. (2025), in adherence to the Life_AGREENET project methodology. Model generation was performed using the ENVI-met Automation Protocol (Marchesani, 2024; https://doi.org/10.5281/zenodo.14548213), a scripted workflow for reproducible ENVI-met model assembly. Simulated parameters include: Potential Air Temperature (Ta), Mean Radiant Temperature (MRT), Wind Speed, Relative Humidity, and the derived Universal Thermal Climate Index (UTCI