The government aims to double the farmers’ income by 2022-23, and the surest way is the ‘big push’ to farm mechanisation in India. According to the Economic Survey of India, farm mechanisation has a direct correlation with crop productivity. The use of farm implements can increase productivity by up to 30% and reduce cultivation costs by up to 20%. Over the years, the use of tractors and farm machinery has outpaced the use of human power in agriculture.
For instance, mechanical and electrical sources of power have increased from 7% to about 90% between 1960-61 to 2014-15. Similarly, the farm power from human and animal sources has reduced from 93% to 10% over the same period. The above data establishes a direct correlation between tractorisation, farm mechanisation, and advancements in Indian agriculture. It is this relationship we will try to understand more comprehensively in this article.
Understanding Tractorisation and Farm Mechanisation
Tractorisation refers to the process of introducing tractors into agricultural operations. It is a subset of farm mechanisation. Tractors were introduced in 1959 in India, and tractors have become indispensable to modern farming practices, replacing traditional manual labour and animal-based power.
In case you missed it: How to Choose the Right Tractor for Your Farm: Best and Top Tips for Beginners
On the other hand, farm mechanisation encompasses a broader range of equipment and farming techniques. It involves using machinery and technology to automate and streamline agricultural processes. Thus, the use of tractors, implements, and harvester machines collectively is part of driving mechanisation in agriculture.
Benefits of Farm Mechanisation
The introduction of tractors has catapulted farm mechanisation in India by providing consistent power, speed, and precision, thus allowing farmers to carry out operations more efficiently and effectively. Some of the benefits of farm mechanisation are given below
- It helps farmers overcome challenges of income limitation and losses due to delays in completing time-bound farm activities.
- It also helps overcome farmers’ struggles in manual labor and enhances manpower productivity because skills are integral to operations that require machines.
- Effective use of farm machinery increases crop productivity as it allows precision in agriculture operations
- It also enables farmers to adopt crop rotation, which is growing two or more crops on the same land. With this, the cropping intensity increases, and agricultural land becomes commercially viable.
- Modern machines like tractors have GPS systems, remote sensing, and data analytics capabilities. These technologies help farmers make informed decisions regarding crop planning, soil health management, and pest control.
Has the Use of Tractors Led to Farm Mechanisation in India?
We hope you have understood tractorisation and farm mechanisation and their impact on Indian agriculture. Now, the question is, has there been farm mechanisation due to tractorisation? Or is it only tractorisation? Or the farm mechanisation spread is limited to a few agriculture processes only? Let us answer each one of them.
In case you missed it: A Guide to Understand Importance of Drones in Agriculture/Farming: Advantages, Applications, and Different Types
During the pandemic, the penetration of tractors increased in India by almost 40 per cent between 2019 and 2020. Domestic sales in FY 2023 hit a record high of 9.55 lakh tractor units. However, this process of tractorisation has not led to farm mechanisation in Indian agriculture. Let us understand the pointers given below that explain the farm mechanisation penetration in India and its reasons for being still low :
- As per a NABARD study, farm mechanisation in India currently stands at about 40-45%, with states like Punjab, Haryana, and Uttar Pradesh having high levels of mechanisation. However, it is still low compared to countries like China (57%), Brazil (75%), and the USA (95%).
- The tractor is not the only machinery used for farming in India. Many farm activities, such as spraying and harvesting, are still done manually or with the help of agricultural labourers.
- Micro-surveys done across the country reveals that tractors could be utilised more efficiently. Their use in the country ranges from 500-600 hours per day compared to the standard benchmark of 800-1000 hours per day.
- Many farmers cannot access costlier machines like laser land levelers, harrows, mulchers, combine harvesters, etc. As a result, they rely on primitive and traditional methods of farming.
- Climate change is real, and its impact on agriculture is well documented. But Indian farmers are barely aware of climate-resilient technologies that can help them tide over the shock of climate change.
- A small percentage of the 13 crore farmers in India are aware of the untapped potential of digitalisation in agriculture.
ICAR Study on Spread of Farm Mechanisation
Indian Council of Agricultural Research (ICAR) published a report in 2023. As per it, there has been an uneven spread of farm mechanisation, and it is limited mainly to a few agricultural processes. Some of the highlights are:
- Seedbed preparation operation is highly mechanised (more than 70%) for major crops.
- Harvesting and threshing operations are the least mechanised (lower than 32%) for major crops except for rice and wheat.
- In seedbed preparation, the mechanisation level is higher in rice and wheat crops than in other crops.
- The mechanisation level for sowing operation is the highest for wheat crops (65%).
- The mechanisation levels in planting/transplanting operations for rice and sugarcane are 30% and 20%, respectively.
- In harvesting and threshing, the mechanisation levels in wheat and rice crops are more than 60% and very low in cotton crops.
In case you missed it: Role of 5G Technology in Agriculture: How will it Change Future Farming
What Needs to be Done to Spread Farm Mechanisation in India?
The penetration of tractors among Indian farmers indicates that farmers want to use technology in farming and reap the benefits. However, they cannot do so due to limited income, prohibitive costs of farm machinery, and lack of information. Some of the suggestions are:
- Initiatives such as government subsidies, awareness programs, and cooperative farming models can encourage farmers to adopt mechanised practices.
- Collaborations between private sector companies, agricultural research institutions, and farmers can lead to the development of innovative, affordable, and customised solutions tailored to local needs.
- Providing farm equipment to farmers on a pay-per-use basis will enable farmers to access more farm machinery at an affordable cost.
In case you missed it: Impact of Blockchain Technology and ChatGPT on Agriculture
The adoption of tractors and mechanised equipment has transformed traditional farming methods, enabling farmers to optimise resources, save time and costs, and improve their livelihoods. However, farm mechanisation in India has only been limited to using tractors and a few farms implements for a few limited crops. With government support, private participation, and the problem can be solved.
- When to Plant Garlic in Fall in the USA (Best Time by Zone)
- 10 Kitchen Scraps to Regrow (And 5 That Don’t Work—Honest Results from Real Kitchens)
- Hidden Costs of Backyard Chickens Nobody Talks About: My 1-Year Reality Check
- Growing Ginger from Store-Bought Ginger: What Worked in My Pots After 8 Months
- Growing Grocery Store Potatoes: What Worked and What Didn’t
- How to Improve Clay Soil: Fix Drainage Fast (USDA Zones 4–11 Guide)
- Avocado Leaves Turning Brown? Natural and Organic Fixes That Actually Work
- Growing Strawberries in Pots: A U.S. Balcony and Patio Guide That Actually Works
- Growing Basil Indoors and Outdoors: A U.S. Seasonal Guide for Every USDA Zone
- Growing Vegetables in Houston: A Backyard and Balcony Gardening Guide
- Balcony Vegetable Gardening in Chicago: A Short-Season Growing Guide
- Balcony Vegetable Gardening in Miami (Easy Year-Round Growing Guide)
- Small-Scale Mushroom Farming Income Per Month (Realistic Earnings Guide)
- Oil Palm Project Report: 5-Acre Cost and Profit Economics
- PM KUSUM Solar Pump Subsidy – Apply Online, Eligibility, Subsidy Amount, State List & Documents Required
- Lawn Turning Brown in Patches? 7 Organic Ways to Fix It Naturally
- Backyard Chickens Not Laying Eggs? Here’s What Fixes It
- Best Free Chicken Coop Plans for USA Backyards (Predator-Proof + Full Materials List)
- Why Are My Cucumber Leaves Turning Yellow? The Real Causes Most Gardeners Miss
- When to Plant Tomatoes in Texas: Your Month-by-Month Guide for North, Central, and South Texas Gardens
- Spinach Bolting in California: Why It Happens and 9 Proven Fixes
- When to Plant Beets in Texas: Zone-by-Zone Guide
- When Farm Dogs Go Wrong: Dealing with Behavioral Issues in Working Dogs
- When to Plant Sweet Potatoes (By USDA Zone)—After Losing Two Crops to Cold Soil
- When to Plant Cucumbers in Texas (Without Losing Them to July Heat)
- Growing Garlic From Store-Bought Bulbs: What Worked (and What Failed) Across U.S. Climates
- Growing Vegetables in Southern California: A SoCal Month-by-Month Plan for Hot, Dry Yards (Zones 9b–11a)
- When to Plant Potatoes in Texas (Without Wasting a Single Seed): Zone-by-Zone Timing That Actually Works
- Growing Vegetables on a Phoenix Apartment Balcony: What Survived 110°F Summers (And What I Quit Planting After July 2024)
- Growing Vegetables on Los Angeles Apartment Balconies: What Works After Three Years of Trial, Error, and Scorched Basil
- How to Grow Vegetables in Containers on NYC Apartment Balconies
- How to Grow Strawberries in Raised Beds: USA Zone-by-Zone Planting Guide
- When to Plant Marigolds in Florida: Your Zone-by-Zone Guide with Heat-Smart Tips
- Which High-Profit Crops Actually Make Sense for Your Operation?
- Why Is My Cucumber Plant Flowering But Not Producing Fruit? (And How I Fixed It in a 10 Sq Ft Balcony)
- Why Are My Tulsi Leaves Turning Yellow and Falling Off? (Natural Fixes That Actually Work)