A Vegetation Restoration System and Monitoring Method Based on Satellite Remote Sensing Images

Abstract

The invention discloses a vegetation restoration system based on satellite remote sensing images and a monitoring method thereof. The restoration system includes bare land divided into deep ditch and high ridge land adjacently distributed, a vegetation solidification mechanism arranged in the deep ditch, and The monitoring method of the irrigation unit installed on the high ridge is as follows: divide the bare land into multiple plates with the same area; add the above-mentioned vegetation restoration system in each plate; use satellite remote sensing technology to regularly take pictures of the entire bare land area ; Extract features from satellite remote sensing images, and monitor vegetation growth and changes in all photos in chronological order, and use a combination of root system reinforcement and drip irrigation to combine plant roots with reinforced braided layers to improve plant rhizome water absorption and rhizome growth. The stability of the soil coating can increase the growth rate of plant roots, combined with the monitoring of satellite remote sensing technology, it is convenient for the later maintenance and restoration management of the vegetation restoration system.

Description

technical field [0001] The invention relates to the field of vegetation restoration, in particular to a vegetation restoration system based on satellite remote sensing images and a monitoring method thereof. Background technique [0002] With my country's economic development and the acceleration of urbanization, the number of development and construction projects such as transportation, electricity, mines, and water conservancy has increased dramatically. At the same time, our country has a large area and complex terrain. This is also the root cause of environmental problems such as climate deterioration and ecological damage in our country. Therefore, it is very necessary to plant a large number of ecological vegetation. Traditional vegetation planting needs to be done manually or with the help of some proprietary tools. However, due to the harsh problems of water, soil and climate, the growth process of vegetation is difficult, and a large part of the planted vegetation fai...

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Problems solved by technology

[0004] However, based on the above and the existing schemes, it can be known that most vegetation restoration systems currently only have the function of strengthening the plant root system, but do not provide the function of water replenishment at the initial stage of planting, which may lead to slow growth of the plant root system and poor ability to reduce soil erosion. That is to say, the expected blocking effect cannot be achieved very well.

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