Authors :
Dr. Kanchan Sharma; Anisha Kumari; Deepsikha Das
Volume/Issue :
Volume 8 - 2023, Issue 6 - June
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://tinyurl.com/27uuke3d
DOI :
https://doi.org/10.5281/zenodo.8126258
Abstract :
This research paper explores the concept and
implementation of smart irrigation systems in India and
their potential to enhance agricultural sustainability. It
investigates the current challenges faced by traditional
irrigation methods in the country and highlights the
benefits and features of smart irrigation technologies. The
paper also examines the adoption and impact of smart
irrigation systems on water conservation, crop yield, and
farmer livelihoods. Through a comprehensive analysis of
case studies and research findings, this paper aims to
provide insights into the potential of smart irrigation
systems to revolutionize agriculture in India. The system
uses a network of sensors to collect environmental data
such as temperature, humidity and soil moisture. The
collected data is transmitted to a central unit, which
processes it using an algorithm to determine the optimal
irrigation schedule.
Keywords :
Smart Irrigation System, Humidity, Temperature, Sensor, IOT (Internet of Things).
This research paper explores the concept and
implementation of smart irrigation systems in India and
their potential to enhance agricultural sustainability. It
investigates the current challenges faced by traditional
irrigation methods in the country and highlights the
benefits and features of smart irrigation technologies. The
paper also examines the adoption and impact of smart
irrigation systems on water conservation, crop yield, and
farmer livelihoods. Through a comprehensive analysis of
case studies and research findings, this paper aims to
provide insights into the potential of smart irrigation
systems to revolutionize agriculture in India. The system
uses a network of sensors to collect environmental data
such as temperature, humidity and soil moisture. The
collected data is transmitted to a central unit, which
processes it using an algorithm to determine the optimal
irrigation schedule.
Keywords :
Smart Irrigation System, Humidity, Temperature, Sensor, IOT (Internet of Things).
