By utilizing the characteristics of wide satellite coverage and high timeliness, atmospheric parameter concentration prediction and early warning have been carried out, achieving short-term and long-term prediction of atmospheric pollution parameters. Regular analysis of atmospheric hot spot grids has been carried out to determine high-value points throughout the region, achieving precise control of atmospheric pollution and analysis of atmospheric pollution diffusion outside the region.

Satellite remote sensing can obtain the spectral characteristics of water bodies, thus enabling the retrieval of water elements with distinct spectral characteristics, including chlorophyll a, suspended solids, yellow matter, and other phytoplankton pigments with distinct spectral characteristics, such as phycocyanin. Subsequently, the inversion of elements closely related to these water elements, such as transparency, turbidity, algal biomass, and chemical oxygen demand, can be performed.