Mine soil ecology restoration method

Abstract

The invention provides a mine soil ecology restoration method. The method comprises the following steps: S1, selecting microorganisms and plants according to soil information; S2, dividing an area tobe restored into a plurality of subareas, wherein the plurality of subareas are connected end to end; S3, planting different proportions of the microorganisms and plants in the plurality of subareas,wherein the planting proportion of the microorganisms increases first and then decreases, and the planting proportion of the plants decreases first and then increases; and S4, observing the restoration condition of the soil with the plurality of subareas, selecting the proportions of plants and microorganisms in the subarea with the highest restoration effect as the optimum proportions, and adjusting the proportions of microorganisms and plants in the remaining subareas to the optimum proportions. The mine soil ecology restoration method can improve the restoration effect of mine soil.

Description

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AI Technical Summary

Benefits of technology

This new technology helps restore mineral resources from contaminated sites that have been affected or damaged over many years ago without requiring expensive laboratory tests for better results. It also allows for more flexibility when selecting suitable materials based upon their ability to fix pollution sources quickly while minimizing costs associated therewith.

Problems solved by technology

Technological Problem addressed in this patented technical problem involves controlling contamination caused by mineral exploitation during excavations or other activities where there may be harmful effects such as groundwater quality issues (groundwater content) and airborne particulate emissions from vehicles driving across affected regions. Current solutions involve various techniques like crop rotation with crops containing different levels of sulfur which can help reduce these adverse affects. However, each method suffers drawbacks including low efficiency, potential damage to nearby wildlife, difficulty in maintaining stable conditions over time, and limited range of applicative options. Therefore, new ways to efficiently manage and recover underutilized land without causing significant environmental concerns should improve upon existing technologies used alone.

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