Environmental Monitoring

Optical sensors can be used to monitor various gases and particles in the atmosphere, such as carbon dioxide, nitrogen oxides, ozone, etc. Equipment such as laser radar can achieve real-time monitoring and concentration measurement of atmospheric pollutants, aiding in the assessment of air quality.

Optical sensors and spectrometers can monitor various parameters in water bodies, such as dissolved oxygen, turbidity, chlorophyll content, etc. Optical technology can provide high-resolution water quality data and facilitate monitoring of water pollution and ecological conditions.

Techniques such as laser scanning and spectral analysis can be employed to monitor the composition, moisture, texture, etc., of soil. These data are beneficial for applications in agriculture management, soil conservation, and environmental assessment.

Optical radiometers and spectrometers can be used to monitor radiation levels in the land surface and atmosphere, such as ultraviolet, infrared, visible light, etc. This data is crucial for evaluating solar radiation, surface temperature, and climate change.

Optical imaging technologies such as satellite remote sensing and UAV (Unmanned Aerial Vehicle) imagery can provide high-resolution images of the land surface environment, useful for monitoring land use, vegetation cover, natural disasters, etc.

Optical imaging and spectral analysis techniques can be used to monitor the location and intensity of pollution sources such as industrial emissions and wastewater discharge, aiding environmental management authorities in pollution control and regulation.