UrbanAIR Project
@urbanair.bsky.social
Helping cities beat extreme heat and air pollution with digital twins that merge climate science and human behaviour.
Funded by the EU #HorizonEU.
Funded by the EU #HorizonEU.
🎥 The LAERO team at University of Toulouse, part of #UrbanAIR, is advancing high-resolution urban climate simulations with the Meso-NH model to study heatwaves and storms in #Paris, supporting data-driven planning for more resilient cities. #DestinationEarth #HorizonEU
November 11, 2025 at 1:01 PM
🎥 The LAERO team at University of Toulouse, part of #UrbanAIR, is advancing high-resolution urban climate simulations with the Meso-NH model to study heatwaves and storms in #Paris, supporting data-driven planning for more resilient cities. #DestinationEarth #HorizonEU
🌆 How do winds move between buildings?
Our partners at NORCE use the Lattice Boltzmann Model with real wind data to run 100+ simulations.
The result?
High-resolution forecasts of urban airflow for planning, climate studies, and real-time city predictions. 🌬️
#UrbanClimate #WindModeling
Our partners at NORCE use the Lattice Boltzmann Model with real wind data to run 100+ simulations.
The result?
High-resolution forecasts of urban airflow for planning, climate studies, and real-time city predictions. 🌬️
#UrbanClimate #WindModeling
September 5, 2025 at 8:23 AM
🌆 How do winds move between buildings?
Our partners at NORCE use the Lattice Boltzmann Model with real wind data to run 100+ simulations.
The result?
High-resolution forecasts of urban airflow for planning, climate studies, and real-time city predictions. 🌬️
#UrbanClimate #WindModeling
Our partners at NORCE use the Lattice Boltzmann Model with real wind data to run 100+ simulations.
The result?
High-resolution forecasts of urban airflow for planning, climate studies, and real-time city predictions. 🌬️
#UrbanClimate #WindModeling