Machine Learning Approach for Onion Leaf Disease
Detection: A Case Study in Maharashtra, India
Journal:
GRENZE International Journal of Engineering and Technology
Authors:
Madhavi Amondkar, Sachin Bhoite
Volume:
10
Issue:
2
Grenze ID:
01.GIJET.10.2.564_2
Pages:
1249-1255
Abstract
Maharashtra is a remarkable state in India that is a major producer of onions,
accounting for a sizeable portion of the country's total production. An ideal climate for onion
growth is provided in areas like Nashik, Ahmednagar, and Pune Despite its importance,
growing onions is filled with difficulties, the most significant of which being the frequency of
illnesses that damage onion crops. Serious risks to onion production include diseases which are
downy mildew, purple blotch, bacterial blight, white rot and basal rot which result in output
losses and financial hardship for farmers. Machine learning models have become extremely
effective tools for managing and forecasting agricultural crop diseases such as tomato, corn,
grape etc. While nearly all crop leaf diseases may be predicted by these algorithms, very little or
none has been done for onions in Maharashtra. There is almost no research done focusing on
the onion disease found in different parts of Maharashtra. The purpose of the study is to assist
farmers in Maharashtra in recognizing various diseases during the cultivation of onions by
utilizing a machine learning model that combines CNN with image classification. Using a
dataset of plant leaf diseases, this model ran with 95% accuracy. Additionally, given that the
suggested model may be trained on any kind of leaf disease picture dataset and assist in disease
type prediction, it can be suggested to work on an onion disease dataset as well.