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Hyperspectral Technology - Digitizing Water Environment Protection

Water Quality

Parameter Inversion

With rich spectral bands, hyperspectral technology enables more accurate inversion of water quality parameters

Disaster

Warning

Map integration allows analysis of water area and drought severity

Automated

Analysis

Automated evaluation based on specific spectral band combinations

Water Area

Inspection

UAVs plan flight routes for automatic flying, improving inspection efficiency

Hyperspectral low-altitude remote sensing provides convenience and rich information, greatly enhancing the efficiency of water environment protection work. With hundreds of spectral channels unique to hyperspectral technology, it opens up new possibilities for digitizing water environment protection.

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Application of Hyperspectral in Water Environment

Water environment protection is a long and challenging task. Hyperspectral technology, with its map integration capabilities, opens up new possibilities for water environment protection. Nowadays, hyperspectral technology is widely applied in water and drought disaster defense, water quality monitoring, soil and water conservation, and hydrological surveys.

Disaster Defense

Collecting ground-based hyperspectral remote sensing data to promptly respond to soil drought conditions and flood disasters.

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Water Quality Monitoring

Abundant spectral information in hyperspectral data enables the inversion of parameters such as chlorophyll-a content, turbidity, nitrogen, and phosphorus concentrations in water bodies. Comprehensive analysis of water quality conditions for scientific protection of water resources.

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Water and Soil Conservation

Using UAV-mounted hyperspectral technology to quickly identify soil erosion issues caused by natural and human factors, assisting in assessing soil erosion conditions.

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Hydrological Survey

Leveraging the rich spectral and two-dimensional image information of hyperspectral data for water area statistics, shoreline extraction, shoreline vegetation classification, and water resource estimation.

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