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    MONITORING OF IRRIGATION SCHEMES BY USING THERMAL CAMERA MOUNTED UAVs
    (Parlar Scientific Publications (P S P), 2019) Sener, Mehmet; Pehlivan, Mevlut; Tekiner, Murat; Ozden, U. Evrim; Erdem, Tolga; Celen, H. Huseyin; Seren, Ahmet
    Use of unmanned aerial vehicles (UAVs) is spreading at an extremely rapid pace in the agricultural sector as in many other sectors. In many areas such as biomass, disease detection, water stress, irrigation, and soil moisture determination, UAVs can be used in agriculture. The biggest problem of irrigation managers is to not be able to fully determine the irrigation activities in the irrigation area by conventional methods. In this study, the possibility of determining the agricultural parcels where irrigation is carried out in the irrigation scheme was investigated with a UAV. During the study, thermal images obtained with a Matrice 600 pro loaded with Zenmuse XT capable of radiometric temperature measurement with 640*320 resolution were used. Thermal images were interpreted by Agisoft Pro. As a result of the study, it has been determined that the irrigation activities carried out in the scheme can be determined easily, especially with the images taken on the first date of the irrigation. In addition, a thermal camera mounted UAV can be detected easily at the points where the leakage losses occur at the irrigation site. thus, irrigation management is determined in areas that need to be concentrated for maintenance services.
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    Öğe
    UNMANNED AERIAL VEHICLE (UAV) BASED REMOTE SENSING FOR CROP PATTERN MAPPING, TURKEY
    (Parlar Scientific Publications (P S P), 2018) Sener, Mehmet; Pehlivan, Mevlut; Tekiner, Murat; Alkan, Cayan; Ozden, U. Evrim; Erdem, Tolga; Celen, H. Huseyin
    Since the introduction of our lives, Unmanned Aerial Vehicles (UAVs) have been used for a variety of purposes in a variety of professions such as agriculture, forestry, industry and mining. Their superiority, such as high resolution, frequent measurement range, and relatively low cost compared to other remote sensing technologies, increase their chances of being used in agricultural areas. The aim of this study is to determine the crop pattern of the irrigation network using a drone equipped with the imaging system and to transfer this information to the parcel information system. Crop pattern was determined by UAV imaging, was processed in layout sheet of irrigation scheme and it was determined which channels served these parcels. In this respect, tried to help for irrigation management has tried to determine what channels work in the network and how much. Thereby determining water distribution activities accordingly and trying to help protect the water resources that are already inadequate. Unmanned aerial vehicles (UAVs), imaging technology, flight times, payloads, and data transfer speeds seem to have tremendous potential in carrying out such and similar studies.