Method and system for evaluating the migration intensity of pollutants by soil buffering capacity

Abstract

This invention discloses a method and system for assessing the impact of soil buffering capacity on pollutant migration intensity, relating to the field of environmental monitoring technology. The method includes constructing a migration intensity assessment system, collecting multi-source data from the target area, and processing the collected data in real time. By setting up a soil data acquisition and processing module, a soil buffering capacity detection platform, and a pollutant migration model, this invention maintains the interpretability of the physical process while improving prediction accuracy through data-driven approaches. Through dynamic ensemble learning and incremental update mechanisms, the model can be continuously optimized with the addition of new samples, facilitating historical traceability and multi-departmental data sharing. This provides a scientific basis for soil pollution risk management and remediation decisions. The method also manages, visualizes, and stores the data on the impact of soil buffering capacity on pollutant migration intensity assessment and the corresponding analysis results, which helps to achieve pollutant migration intensity assessment management through internet cloud management, thereby improving the intelligence level of pollutant migration intensity assessment management.

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