First Russian Scientific Experiments on the Natural Environment Study Using Unmanned Aerial Vehicles

L. A. Vedeshin, D. A. Shapovalov, L. Evstratova
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Abstract

The information received from remote sensing satellites for many years has been successfully used in various economic sectors of the Russian Federation. However, there are cases when it is impossible to promptly obtain satellite observations data of the natural and man-made environment state of country various regions (the cloud cover presence of the Earth, the non-passage of spacecraft orbits in a given area at shooting specified time, different spatial resolution of the equipment, etc.). In this case, the space survey customers have a need to obtain subsatellite information products in the form that specific users are dealing with (the state and volume of forest biomass, agricultural, ecological ecosystems, etc. at the shooting time). Therefore, for subsatellite operational observations, it was necessary to create a local monitoring system based on small aircraft: unmanned aerial vehicles with various onboard equipment minimum set (black-and-white and color panoramic cameras, IR radiometers, radars, lasers, etc.) depending on the task.
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俄罗斯首次利用无人飞行器进行自然环境研究科学实验
多年来,从遥感卫星获得的信息已成功用于俄罗斯联邦的各个经济部门。然而,在有些情况下,不可能及时获得有关国家各地区自然和人为环境状况的卫星观测数据(地球上存在云层、航天器轨道在特定时间没有经过特定地区、设备的空间分辨率不同等)。在这种情况下,空间勘测客户需要以特定用户处理的形式获得子卫星信息产品(拍摄时间的森林生物量、农业、生态系统等的状态和数量)。因此,为了进行子卫星业务观测,有必要建立一个以小型飞机为基础的本地监测系统:根据任务的不同,配备各种机载最低限度设备(黑白和彩色全景照相机、红外辐射计、雷达、激光器等)的无人驾驶飞行器。
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