Authors :
BhavaniG; Harini P; AbinayaA; Sheriff M
Volume/Issue :
Volume 8 - 2023, Issue 6 - June
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://tinyurl.com/36nrd94h
DOI :
https://doi.org/10.5281/zenodo.8081953
Abstract :
The key sector which is ruling the world is
sustainable agriculture, where irrigation plays a major
role in agriculture. In this project we implement an
automation of irrigation through detecting the
temperature, humidity of air, rain drop, light and by
sensing the soil moisture in the ground. The moisture
level in the soil is detected, when the moisture level is
low then the soil is irrigated through water pump. If the
moisture level is high then the irrigation through water
pump is stoped. To indicate this precise irrigation to the
land owner we use blynk app, an IOT platform.
Through this IOT platform we can monitor the
irrigation level of the soil. We can observe the
temperature, humidity, rain drop and light in the
farming land through blynk app from any part of the
world. This experimental technology has a major
development in sustainable agriculture.
Keywords :
Automation irrigation, IOT platform, weather detecting, moisture detecting, sustainable agriculture.
The key sector which is ruling the world is
sustainable agriculture, where irrigation plays a major
role in agriculture. In this project we implement an
automation of irrigation through detecting the
temperature, humidity of air, rain drop, light and by
sensing the soil moisture in the ground. The moisture
level in the soil is detected, when the moisture level is
low then the soil is irrigated through water pump. If the
moisture level is high then the irrigation through water
pump is stoped. To indicate this precise irrigation to the
land owner we use blynk app, an IOT platform.
Through this IOT platform we can monitor the
irrigation level of the soil. We can observe the
temperature, humidity, rain drop and light in the
farming land through blynk app from any part of the
world. This experimental technology has a major
development in sustainable agriculture.
Keywords :
Automation irrigation, IOT platform, weather detecting, moisture detecting, sustainable agriculture.
