USING DRONES IN AGRICULTURAL AREAS

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Kasım Eren Tuna
Tuğçe Uğur
Ufuk Gültekin
Dilek Bostan Budak

Abstract

When the world population has approached eight billion, the worldwide focus shifted to supply food for it in a sustainable way. A new grip on precision agriculture has been led. This was identified as a farm management. This emerging concept is established to observe, measure, respond the crops and their inter and intra-field variability and versatility. To gain yield in a maximum level from the limited sources of a farm, this notion can be an efficient way for farmers to reach this aim. Meantime, the outcomes in terms of crop yields, plant health and other data have to be observed constantly while having a real-time feedback. They also require an analysis to be done objectively and equitably. Drones are considerably convenient to the farmers for helping to optimize the use of inputs such as fertilizers, seed and water. They are helpful for them to react quickly and on time to
threats like weeds, pests and fungi. The farmers can also save time in treatment validation of the crop scouting, can improve the variable rate prescriptions in real time and can do an estimation about the yield to be given from a field in harvest seasons. Our environment and our food can be cleaned more and more from chemical load. The reduction of water use can be figured out more and better. Despite being a young technology, drone usage in agriculture is expected to increase significantly. Encouraging the farmers to use the drone with the aid of the government support and agricultural extension efforts, will help them to warm towards this technology and to become adherent to future technologies. In this paper, secondary data was used to show drone usage and benefits in agriculture and how it effects environment positively.

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References

1. Anonymous1, (2017). file:///C:/Users/TU%C4%9E%C3%87E%20U%C4%9EUR/Desktop/TheUseofUnmannedAircraftSystemsinAgricultureUASFactsheetFinal.pdf
2. Anonymous2, (2017). https://modernag.org/innovation/crop-scouting-technology/
3. Anonymous3, (2017). http://www.droneguru.net/the-pros-and-cons-of-drones-in-agriculture/
4. Anonymous4, (2015). https://www.sensat.co.uk/single-post/2015/07/25/The-Advantages-Of-Drone-Remote-Sensing-For-Agricultural-Crops
5. Snow, C. (2016). The Truth about Drones in Precision Agriculture They’re great scouting tools, but can they unseat the incumbents?, August 08, 2016.
6. Sunding, D., Rogers, M., Bazelon, C., (2016). The Farmer and the Data: How Wireless Technology is Transforming Water Use in Agriculture. Prepared for CTIA Wireless Foundation, April 22, 2016.
7. Vroegindeweij, B. A., van Wijk, S. W., & van Henten, E. (2014). Autonomous unmanned aerial vehicles for agricultural applications.