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Atmospheric Science and Disaster Management

  • Providing solutions for atmospheric and space disasters:Scientific research is essential to identify causes and develop effective strategies for mitigating atmospheric and space-related disasters.
  • Studying the behavior of phenomena in the sky: Systematic observation and analysis enhance understanding of atmospheric and celestial phenomena, improving predictive capabilities and scientific knowledge.
  • Increasing knowledge and understanding of disaster phenomena: Multidisciplinary studies enable researchers and society to comprehend disaster mechanisms, fostering advanced forecasting technologies and effective preventive measures.
  • Promoting atmospheric and space sciences: Education and research expansion raise awareness and inspire future generations to pursue scientific advancements in atmospheric and space studies.
  • Disseminating atmospheric and space knowledge to the community: Scientific findings and discoveries should be widely shared through educational programs, research publications, and effective public communication strategies

Atmospheric Science and Disaster Management (THOR)

Vision & Mission

VISION

To become a premier center of excellence in observing, understanding, analyzing, and modeling severe atmospheric events and disaster management.

MISSION

To investigate current and emerging issues arising from atmospheric events and explore cutting-edge technologies that foster a sustainable society in harmony with the environment.

Niche Area

Retrieval of Meteorological Parameters, Atmospheric Science, and Rain Attenuation

This niche integrates meteorological data analysis, climate science, and atmospheric conditions, which are critical for improving weather prediction models and disaster mitigation strategies. The focus on rain attenuation also enhances advancements in wireless communications and satellite-based observation systems.

10 Years Roadmap