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首页> 外文期刊>Arabian journal of geosciences >Planning and design of pine forest vegetation and dynamic monitoring method for recovery process in earthquake-stricken areas
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Planning and design of pine forest vegetation and dynamic monitoring method for recovery process in earthquake-stricken areas

机译：地震灾区恢复过程的养阴植被规划与设计

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摘要

In order to better monitor and realize the vegetation of the ecosystem after the earthquake, and to provide reference for the rapid recovery of the ecological vegetation system after the earthquake, this paper discusses the vegetation planning and design and the dynamic monitoring method of the damaged vegetation restoration process in the earthquake-stricken areas. Based on the seismic disaster image and field investigation, the pine forest in L province was taken as the research area. The dynamic monitoring model of vegetation restoration process was established by using remote sensing technology. The vegetation restoration of different altitudes, slopes, and slopes was analyzed. The monitoring results show that 68.53% of the vegetation restoration effect is good. Vegetation restoration is mainly affected by altitude and slope gradient but less affected by aspect. The areas with better vegetation restoration are located in the sunny slope below 35 degrees with an altitude of 1000-2000 M. Thus, the effective dynamic monitoring of the pine forest vegetation restoration process after the earthquake is realized.
机译：为了更好地进行地震后更好地监测生态系统的植被，并为地震后生态植被系统的快速恢复提供参考，本文讨论了植被规划和设计和损坏植被的动态监测方法地震灾区恢复过程。基于地震灾害形象和实地调查，L省的松林被视为研究区。利用遥感技术建立了植被恢复过程的动态监测模型。分析了不同高度，斜坡和斜坡的植被恢复。监测结果表明，68.53％的植被恢复效果是好的。植被恢复主要受海拔高度和坡度梯度的影响，但受方面的影响较小。植被恢复更好的区域位于35度以下的阳光坡度，高度为1000-2000米。因此，实现了地震后的松林植被恢复过程的有效动态监测。

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