Retrieval Algorithm of Water Pollutant Concentration Based on UAV Remote Sensing Technology

Abstract

With the development of the society and economy, traditional water pollution monitoring methods can no longer meet the normal needs of work. Unmanned aerial vehicle remote sensing technology has gradually emerged, and it has shown a development trend of multimodel and multifunction. However, the application of UAV remote sensing technology in water pollution monitoring is in its infancy and has not formed a unified method and standard. This paper introduces the disadvantages of UAV Remote Sensing Technology in water pollution monitoring and provides a way to improve the application level of UAV Remote Sensing Technology in water pollution monitoring. In order to make full use of the advantages of remote sensing monitoring technology in water ecological environment monitoring, including wide coverage, fast analysis speed, accurate and reliable monitoring results, and large amount of information, according to the spectral effect of polluted water, a remote sensing inversion model of river and lake parameters is established to determine the water quality of rivers and lakes. Concentrations of pollutants in the body are inverted and analyzed. The analysis results show that the fitting effect of the inversion model is accurate and the accuracy errors reflected by the degree of dispersion and deviation are also acceptable. The inversion results of the concentration of river and lake characteristic parameters based on the Gaofen-1 remote sensing image data are in line with the actual situation. The research results can greatly strengthen the monitoring capacity of the sewage outlet and provide reference for related research on water pollution caused by the sewage outlet.

Citizen Science Applications for Water Quality Monitoring. A Review

“…Predominantly, most of the studies involving remote sensing methodologies are concentrated on utilizing spatial and temporal data of Landsat Satellite [8], [11], [27], [67], [83], [121]. Other notable studies explored remote sensing techniques for monitoring water bodies include Sentinel Satellite [45], [57], [82], [83], [83], smartphone Camera Applications for Remote Sensing [15], [63], [70], Lidar [35], and Unmanned Aerial Vehicle (UAV) [65].…”

Citizen Science Applications for Water Quality Monitoring. A Review

“…Predominantly, most of the studies involving remote sensing methodologies are concentrated on utilizing spatial and temporal data of Landsat Satellite [8], [11], [27], [67], [83], [121]. Other notable studies explored 700 remote sensing techniques for monitoring water bodies include Sentinel Satellite [45], [57], [82], [83], [83], smartphone Camera Applications for Remote Sensing [15], [63], [70], Lidar [35], and Unmanned Aerial Vehicle (UAV) [65]. Most of the studies focused on the estimation of 715 quality monitoring efforts.…”