在这个永不停息的动态体系中，干扰作为森林发生时空格局变化的主要驱动力，不断推动着森林循环。
In this dynamic system, disturbance acting as the main driving factor of spatiotemporal pattern change, drives forest cycle.
为了利用遥感资料分析较长时间我国干旱发生的时空格局，本论文致力于区域干旱监测遥感模型的研究。
To analyse the drought spatiotemporal pattern in China for a long time with remote sensing, the study focused on Regional drought Monitoring Models only based on remote sensing data.
为了利用遥感资料分析较长时间我国干旱发生的时空格局，本论文致力于区域干旱监测遥感模型的研究。
To analyse the drought spatiotemporal pattern in China for a long time with remote sensing, the study focused on Regional drought Monitoring Models only based on remote sensing data.
应用推荐