CAJ | 학술논문

青藏高原的生态环境较为脆弱，工程施工地区的生态系统极其复杂，自我修复能力很低，尤其是高寒草甸、高寒草原、多年冻土等环境在扰动后很难恢复。在这种复杂的生态环境下施工，如何采用新技术更好地辅助环保水保工作显得尤为重要。本文以青藏直流联网工程为例，开展了无人机遥感系统在高原地区环保水保监测中应用研究，分析总结了基于无人机实施环保水保监测的基本思路和工作内容，对今后无人机遥感系统在电力工程环保水保中的应用具有一定的指导意义。
청장고원적생태배경교위취약，공정시공지구적생태계통겁기복잡，자아수복능력흔저，우기시고한초전、고한초원、다년동토등배경재우동후흔난회복。재저충복잡적생태배경하시공，여하채용신기술경호지보조배보수보공작현득우위중요。본문이청장직류련망공정위례，개전료무인궤요감계통재고원지구배보수보감측중응용연구，분석총결료기우무인궤실시배보수보감측적기본사로화공작내용，대금후무인궤요감계통재전력공정배보수보중적응용구유일정적지도의의。
The ecological environment of the Qinghai-Tibet Plateau is vulnerable, and it has extremely complex ecosystem with the very low self-healing capacity, it is difficult to recover after disturbances, especially in the zone of alpine meadow, alpine grasslands, permafrost. How to adopt new technologies to better support the environmental protection and soil and water conservation is particularly important in this complex ecological environment during construction. In this paper, we apply UAV remote sensing systems to monitor the implementation of environmental protection and soil and water conservation, and analyze and summarize the work lfow and content. It is instructive for the application of the UAV remote sensing system in environmental protection and water conservation of other electric power engineering.