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System evaluation demonstrates improved efficiency and accuracy in aquatic monitoring, highlighting the value of autonomous multidimensional surveillance.
The “Space-Sky-Ground-Lake” four-dimensional integrated water quality monitoring system in Xiong'an New Area, represents a significant innovation in environmental monitoring. By combining satellite remote sensing, unmanned aerial vehicles (UAVs), unmanned ships, and automatic water quality monitoring stations, the system achieves comprehensive, three-dimensional oversight of Baiyangdian's water quality. Satellite data enables high-resolution spatial analysis and trend assessment, while UAVs and unmanned ships provide real-time data from inaccessible regions. Automated stations continuously track key indicators, enhancing efficiency and accuracy. This intelligent and unmanned monitoring system markedly enhances both monitoring efficiency and data accuracy, offering new directions for the advancement of environmental monitoring, particularly in water quality assessment. Its successful implementation demonstrates that cutting-edge technology can effectively tackle the challenges posed by water quality monitoring in complex environments, thereby providing robust support for ecological protection and governance. As technology evolves, the SSGL framework is poised to drive the environmental monitoring sector toward greater intelligence and efficiency.
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Qiao et al. (2026) studied this question.
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