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Development of Multi-Scale Global Earth Observation Platform for Typhoon Disaster Monitoring

This presentation explores the development of a multi-scale global earth observation platform aimed at monitoring and assessing disasters induced by typhoons. The platform is designed for effective data collection and analysis, facilitating improved responses to natural disasters. Additionally, the study addresses large-eddy simulations examining flow dynamics and pollutant removal in various street canyon configurations. The integration of grid/cloud-based parallel air pollution models with observations from MM5 provides a comprehensive framework for understanding air quality impacts in urban settings affected by extreme weather events.

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Development of Multi-Scale Global Earth Observation Platform for Typhoon Disaster Monitoring

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  1. GEO/Tele Science (air studies) WG • IPC : Chun-Ho Liu and SarawutNinsawat • Development of Multi-scale Global Earth Observation Platform for Monitoring and Assessment in Typhoon Induced Disasters (Presentations : 2011/3/3) • Large-eddy Simulation of Flows and Pollutant Removal in Street Canyons of Different Aspect (Presentations : 2011/3/4)

  2. GEO/Tele Science (air studies) WG • Grid/Cloud based Parallel Air Pollution Model Simulation with MM5 ~ A VGE Implementation • Large-eddy Simulation of Flow and Pollutant Dispersion in Urban Street Canyons under Different Thermal Stratifications • Large-eddy Simulation of Pollution Plume Dispersion over 2D Idealized Street Canyons

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