Seepage monitoring system for farmland raising area cultivated land water retention layer of reservoir inundation area

Abstract

The invention discloses a field lifting area cultivated land water retention layer seepage monitoring system of a reservoir inundation area, relates to the technical field of water retention layer seepage monitoring, solves the technical problem that the accuracy of water retention layer seepage monitoring is reduced in the prior art, and judges the influence of reservoir operation on a field lifting area, thereby improving the monitoring accuracy of the field lifting area and improving the monitoring efficiency of the field lifting area. The use safety and stability of the field lifting area are enhanced; the surrounding environment quantity of the field lifting area is analyzed, the influence of the surrounding environment of the field lifting area is obtained in real time, and the monitoring strength of the field lifting area and the high efficiency of seepage monitoring are improved; the real-time state of the basic material layer corresponding to the field lifting area is judged, so that the quality of the current field lifting area is monitored, water retention layer monitoring accuracy can be improved by analyzing the water retention layer after quality monitoring, meanwhile, the water retention layer monitoring cost can be controlled, water retention layer analysis is prevented from being carried out when the basic material layer is not abnormal, and the quality of the current field lifting area is improved. And unnecessary waste of monitoring cost is avoided.

Description

technical field [0001] The invention relates to the technical field of water-retention layer seepage monitoring, in particular to a water-retention layer seepage monitoring system for cultivated land in a field-lifting area of ​​a reservoir submerged area. Background technique [0002] The field raising project is mainly to raise the cultivated land in the shallow submerged area of ​​the reservoir to the non-submerged elevation of the reservoir, and carry out the construction of field engineering on the raised cultivated land, so that the raised cultivated land can meet the requirements of agricultural production. Most of the farmland in the field-lifting area of ​​the Xiajiang Reservoir area is rice-growing farmland (hereinafter referred to as paddy fields), and a very small amount of arable land is used for other agricultural production. Therefore, the construction standards of the field-lifting project are designed according to the farmland standards for paddy fields. [...

AI Technical Summary

Problems solved by technology

[0003] However, in the existing technology, when the field lifting area is developed and used, it is impossible to analyze the surrounding environmental impact of the current area, which leads to a decrease in the use safety of the field lifting area; analysis, resulting in reduced accuracy of aquifer seepage supervision, unable to control the timing of aquifer supervision, resulting in unnecessary waste of cost

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