英文摘要 |
Reservoirs are essential to water collection in Taiwan. In order to maintain the environment around the water catchment area of the reservoir, this research used multirotor drones as the image-capture tool for environmental monitoring, environment differential investigation and analysis. With the rapid development of drones, drone operations are relatively unaffected by the weather and airspace. Especially in cloudy days after typhoon, we can obtain instant information of disaster, reducing the manpower required to have better image quality simultaneously. In this study, we used spliced 1orthophotos to analyze the landslides variation. Through overlapping the potential slope variation, current situation analysis can be provided to the management unit as the reference for investigation and monitoring. Eventually, comparing the methods of manual visual inspection and unmanned aerial vehicle shooting, the effectiveness of manpower, time-consuming were analyzed to maximize the benefits. |