An air-ground integrated mangrove monitoring system and control method

Abstract

The invention belongs to the technical field of monitoring systems, and discloses an air-ground integrated mangrove monitoring system and a control method, which obtain high-resolution aerial images of statistical target areas through unmanned aerial vehicles or other aerial photography means, and analyze the structural distribution of mangroves; Collect hydrological and meteorological environmental factors to conduct meteorological and hydrological detection in the area; according to the data detected in step 1, open the image with high-resolution image tree crown extraction software for processing, and compare it with the original image to determine the number of mangroves; detect according to step 1 Combined with image spectrum and texture features, the pest status of mangroves is estimated; statistical system sampling principle is used to count the species of mangroves in a single area, and according to the number of detected animal species, the overall mangroves The type of action in the woods is evaluated to derive the type of animal. The invention adopts remote sensing information technology to monitor mangroves and transmit information, thereby improving the quality and efficiency of monitoring.

Description

technical field [0001] The invention belongs to the technical field of monitoring systems, and in particular relates to an air-ground integrated mangrove monitoring system and a control method. Background technique [0002] At present, mangroves refer to the tidal flat wetland civil biome composed of evergreen shrubs or trees that grow in the upper part of the tropical and subtropical low-energy coastal intertidal zone and are submerged by periodic tides. In the existing technology, remote sensing technology is used to monitor mangroves; however, through remote sensing monitoring technology, the monitoring data is not comprehensive enough to correctly reflect the state of mangroves; the monitoring of mangroves adopts the traditional monitoring mode, not only the content of monitoring is less , and the accuracy of monitoring is low, resulting in more obstacles in the maintenance process of the conservation department. [0003] In summary, the problems in the prior art are: ...

AI Technical Summary

Problems solved by technology

[0004] Through remote sensing monitoring technology, the monitoring data is not comprehensive enough to correctly reflect the status of mangroves

[0005] The monitoring of mangroves adopts the traditional monitoring mode, which not only monitors less content, but also has lower monitoring accuracy, which leads to more obstacles in the maintenance process of the conservation department

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