Machine Learning Techniques for Crop, Fertilizer Prediction and Disease Detection

Agriculture is an important part of a country's economy, but with the population growing, weather patterns changing, and resources dwindling, the food demands of today's world are becoming more challenging to meet. Smart farming, or precision agriculture, is a modern solution to these challenges. It utilizes technology, especially machine learning (ML), to help farmers make better decisions about their crops. ML allows machines to learn and get better with time without having to be directly programmed. This paper examines how ML is being used in farming for such important questions as: Which crops should one grow in that particular area? What fertilizer does the soil prefer? How does one detect diseases and treat them? In this regard, new farming techniques also make it easy to harvest crops, thus not requiring much human labor.ML is not technology; it's changing the way farmers work. For instance, consider a farmer who used to decide how to manage his crops with the help of years of experience. Now, they can make much more accurate data-driven decisions through ML. Farmers can use the sensors and drones to check how healthy their crops are in real-time, then problems can easily be identified, and solutions would be implemented rapidly. This means that not only time is saved but also assists the farmer in being more productive, with guesswork reduced. The use of ML in agriculture makes agriculture become more sustainable. By using resources like water, fertilizer, and pesticides more efficiently, farmers can minimize waste and lower their environmental footprint. This is important because the climate is changing and it is not easy to predict weather patterns anymore. Smart farming practices help in creating a more resilient agricultural system, one that can adapt to changing conditions and continue to produce food for future generations. In the end, ML is not just about increasing productivity but making farming more efficient, environmentally friendly, and secure for everyone.

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Publication Details

Journal
Global Journal of Engineering Innovations and Interdisciplinary Research
Published
2025-06-27
DOI
https://doi.org/10.33425/3066-1226.1135
Primary Topic
Smart Agriculture and AI
Type
article
Field-Weighted Citation Impact
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article

Machine Learning Techniques for Crop, Fertilizer Prediction and Disease Detection

Sai Lalith Prasad T, P. Yuvaraj, Bala Shiva B, T Gnaneshwar
Global Journal of Engineering Innovations and Interdisciplinary Research
Smart Agriculture and AI
article

Machine Learning Techniques for Crop, Fertilizer Prediction and Disease Detection

Sai Lalith Prasad T, P. Yuvaraj, Bala Shiva B, T Gnaneshwar
article en

Abstract

Agriculture is an important part of a country's economy, but with the population growing, weather patterns changing, and resources dwindling, the food demands of today's world are becoming more challenging to meet. Smart farming, or precision agriculture, is a modern solution to these challenges. It utilizes technology, especially machine learning (ML), to help farmers make better decisions about their crops. ML allows machines to learn and get better with time without having to be directly programmed. This paper examines how ML is being used in farming for such important questions as: Which crops should one grow in that particular area? What fertilizer does the soil prefer? How does one detect diseases and treat them? In this regard, new farming techniques also make it easy to harvest crops, thus not requiring much human labor.ML is not technology; it's changing the way farmers work. For instance, consider a farmer who used to decide how to manage his crops with the help of years of experience. Now, they can make much more accurate data-driven decisions through ML. Farmers can use the sensors and drones to check how healthy their crops are in real-time, then problems can easily be identified, and solutions would be implemented rapidly. This means that not only time is saved but also assists the farmer in being more productive, with guesswork reduced. The use of ML in agriculture makes agriculture become more sustainable. By using resources like water, fertilizer, and pesticides more efficiently, farmers can minimize waste and lower their environmental footprint. This is important because the climate is changing and it is not easy to predict weather patterns anymore. Smart farming practices help in creating a more resilient agricultural system, one that can adapt to changing conditions and continue to produce food for future generations. In the end, ML is not just about increasing productivity but making farming more efficient, environmentally friendly, and secure for everyone.

Global Journal of Engineering Innovations and Interdisciplinary ResearchVol. 5(4)
Indian Institute of Technology Hyderabad (IN)
Openalex Percentile: Top 87%
Smart Agriculture and AI
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