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Precision Farming Takes Flight: Exploring the Role of Drones in Agricultural Innovation
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This article examines the expanding use of drones in precision farming and how they affect new agricultural technologies. Drones have completely changed how farmers monitor and manage their crops since they are equipped with cutting-edge image technologies and data analysis tools. Drones give farmers access to real-time information on plant health, soil quality, and irrigation requirements, enabling them to make better decisions, allocate resources more effectively, and boost output overall. The article addresses the advantages and difficulties of using drones in agricultural, emphasizing increased effectiveness, cost savings, and environmental sustainability. It also looks at potential advances in drone technology, such autonomous flight and swarm operations that might improve precision farming’s effectiveness and efficiency in the future.
Keywords
Drones, precision farming, agricultural innovation, imaging technologies, data analysis, real-time data, plant health, soil conditions.
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- J Torres-Sánchez, F López-Granados, J M Peña and M Jurado-Expósito, Multi-Temporal Mapping of the Vegetation Fraction in Early-Season Wheat Fields Using Images from UAV, Biosystems Engineering, Vol 173, page 42-55, 2018.
- P Pandey, Y Ge, V Stoerger, J C Schnable and A Jain, Advances in Hyperspectral Imaging for Agriculture: A Survey, IEEE Access, Vol 7, page 98019-98042, 2019.
- P Eisele, H Aasen and A Walter, Drones as Innovative Tool for Nutrient Management in Agriculture—A Review, Agronomy for Sustainable Development, Vol 40, No 1, page 1-21, 2020.
- C Zhang, J M Kovacs and G Theodorakopoulos, A Review of UAV-Based Sensing for Agriculture: Applications, Challenges and Opportunities, Precision Agriculture, Vol 20, No 1, page 1-23, 2019.
- Y Shi, N Zhang, Y Tian, Y Huang, J Zhang, H Chen and X Li, Multi-UAV-Based Automatic Chemical Spraying in Open-Field Agriculture, Biosystems Engineering, Vol 212, page 12-24, 2021.
- D R Smith, M Ruolong, A Thompson and B Knapp, Evaluating Fixed-Wing Unmanned Aircraft Systems for Monitoring Cattle Behavior, Animal, Vol 14, No 1, page 152-162, 2020.
- L E Cobb, V M Puri and R N Jørgensen, Application of Drone-Based Thermal Imagery in Livestock Systems: A Review, Precision Agriculture, Vol 20, No 6, page 1103-1130, 2019.
- D Andújar, A Ribeiro and V Rueda-Ayala, Drones for Agriculture in the Era of the Digital Revolution, Agronomy, Vol 10, No 5, page 734, 2020.
- Z Khan, A Gulzar, A Khaliq and I Ali, Advances in Crop Yield Estimation Using Drone Remote Sensing, Remote Sensing Applications: Society and Environment, Vol 23, 100523, 2021.
- J Suomalainen, N Anders, S Iqbal, G Roerink, J Franke and P Wenting, A Lightweight Hyperspectral Mapping System and Photogrammetric Processing Chain for Unmanned Aerial Vehicles, Remote Sensing, Vol 11, No 11, page 1365, 2019.
- A Gongal and M A Richards, Review of Unmanned Aerial Vehicle (UAV)-Based Remote Sensing for Precision Weed Management, Weed Science, Vol 67, No 5, page 523-537, 2019.
- D J Mulla, Twenty Five Years of Remote Sensing in Precision Agriculture: Key Advances and Remaining Knowledge Gaps, Biosystems Engineering, Vol. 191, page 123-135, 2020.
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