An Overview of Digital Technologies in Agriculture and their Applications

Author: Hema Lingireddy, Kotte Bhargava, Abhishek E., Barla Madhusudhan, C. Banu Teja and B. Guru Sri

Download PDF

Abstract

Sensors, drones, and precision farming software especially artificial intelligence and machine learning are rapidly being used in agriculture to increase efficiency, production, and sustainability. These technologies may be used to monitor and improve various aspects of agricultural and livestock production, such as irrigation, fertilization, pest control, and animal health. Additionally, via the use of data analysis and predictive modelling, they may help with improved decision making. Digital technology may also assist to increase food safety and traceability while decreasing waste and resource consumption. Globally, the use of digital technology in agriculture has the potential to increase the economic viability of agricultural operations and contribute to the global food supply. However, poor digital literacy, infrastructure availability, internet connectivity, and low level of awareness among all the agriculture stake holders. Moreover, there are few papers which have given an overview of all the digital technology components. So, the present review paper has discussed the digital agricultural technology components available in agriculture sector.

Keywords

Artificial intelligence, digital technology, machine learning, software

Conclusion

To sum up, the use of digital farming technology has the potential to significantly enhance the efficiency, production, and sustainability of the agricultural sector. Farmers may better improve their practices and yields with the use of technologies like global positioning system (GPS) devices, sensors, data analytics, remote sensing, decision support systems, automation, and robots. In addition to lowering costs, these technologies may boost agricultural yields, making them a crucial resource for farmers everywhere. It's worth noting, however, that implementing digital farming technology isn't without its share of difficulties, including a potential need for new methods of education and support, as well as worries about personal data security and privacy. In sum, digital farming technologies have great promise as a means to combat the difficulties in the agricultural industry and provide a prosperous and environmentally friendly future for farmers.

References

-

How to cite this article

Hema Lingireddy, Kotte Bhargava, Abhishek E., Barla Madhusudhan, C. Banu Teja and B. Guru Sri (2023). An Overview of Digital Technologies in Agriculture and their Applications. Biological Forum – An International Journal, 15(2): 750-757.