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Drone-Monitoring: Improving the Detectability of Threatened Marine Megafauna

机译:无人机监测:改善受威胁海洋Megafauna的可检测性

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Unmanned aerial vehicles (UAVs; or drones) are an emerging tool to provide a safer, cheaper, and quieter alternative to traditional methods of studying marine megafauna in a natural environment. The UFES Nectology Laboratory team developed a drone-monitoring to assess the impacts on megafauna related to the Fund?o dam mining tailings disaster in the Southeast Brazilian coast. We have developed a systematic pattern to optimize the available resources by covering the largest possible area. The fauna observer can monitor the environment from a privileged angle with virtual reality and subsequently analyzes each video captured in 4k, allowing to deepening behavioral ecology knowledge. Applying the drone-monitoring method, we have observed an increasing detectability by adjusting the camera angle, height, orientation, and speed of the UAV; which saved time and resources for monitoring turtles, sea birds, large fish, and especially small cetaceans efficiently and comparably.
机译:无人驾驶飞行器(无人机;或无人机)是一种新兴的工具,可以为在自然环境中学习海洋Megafauna的传统方法提供更安全,更便宜和更安静的替代品。 UFES Nectiology实验室团队制定了一种无人机监测,以评估与基金有关的Megafauna的影响吗?o水坝矿山尾矿灾害在巴西东南海岸。 我们开发了一种系统模式,可以通过覆盖最大可能的区域来优化可用资源。 动物区观察者可以通过虚拟现实从特权角监测环境,随后分析4K中捕获的每个视频,允许深化行为生态知识。 应用无人机监测方法,通过调整无人机的相机角度,高度,方向和速度,观察到越来越多的可检测性; 节省了监测乌龟,海鸟,大鱼,特别是小鲸类的时间和资源的时间和资源。

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