System Platform

Current atmospheric monitoring primarily relies on conventional near-surface air quality monitoring stations, which no longer meet the comprehensive data requirements for air pollution control. To effectively characterize regional pollution dynamics over time and space, and to provide clear data products that enhance our understanding of pollution processes, it's essential to identify the main sources of sudden urban pollution and quickly locate pollution sources. This will enable effective environmental oversight and illustrate the interactions and mutual influences between cities, supporting coordinated regional response efforts. In collaboration with the Anhui Blue Shield and the Institute of Atmospheric Physics of the Chinese Academy of Sciences, we have launched the Integrated Ground-Sky-Space Monitoring System to meet the increasingly complex demands of atmospheric environment changes. This system comprises ground-based monitoring platforms (grid monitoring systems for fine observation), spatial detection (radar series for vertical observation), and satellite observations (large-scale remote sensing).

Technical Features

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  Advanced Monitoring Technologies
  Utilizing cutting-edge lidar products (aerosol lidar, ozone lidar, wind lidar, temperature and humidity lidar), mobile three-dimensional observation tools (atmospheric survey vehicles), and satellite remote sensing products.

  
  

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  Innovative Design Concept
  A three-dimensional integrated observation system combining ground-based conventional air quality monitoring stations and mini-stations for networked observations, alongside spatial detection and satellite remote sensing.

  
  

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  Integration of Massive Atmospheric Pollution Data

  Achieving data integration, analysis, and spatial visualization based on a unified platform.

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System Applications

The Integrated Ground-Sky-Space Atmospheric Environment Monitoring System is a crucial technological tool for the precise, grid-based management of air quality and addressing regional pollution challenges. It effectively monitors regional air pollution conditions and sources, providing valuable decision support for the scientific and refined management of air pollution control.