Impact of Advanced Technology on Agriculture in India

As of late, innovation is more evolved and covers all the areas including horticulture. Each area like industrial, construction and a lot more will be more beneficial and compasses to the new statues of accomplishment. Like that agriculture sector, the area got effective and gainful for farmers through present-day innovative Technology. The period of modernization is seen in the entire area, particularly in the agriculture sector. Gone are the days when farmers implied a poor man working hard to address his issues. In modern times, farmers are prepared with agriculture innovation that is most recent and trouble-free.

In this blog, we discuss some significant innovations or present-day actualizes that improve the horticulture area.

Table of Contents

Advanced Technology that Improved Agriculture Sector

1. Farm Tractor

The tractor is an excellent innovation that gives the farming sector a new identity and attempts to make a farmer’s life simple. In the Indian farm tractor industry, numerous farm vehicle brands are accessible that made different kinds of farm tractors with advanced features like Mahindra tractors, and a lot more which made numerous phenomenal farm vehicles. The tractor is used as bulldozers, scrapers, and diggers. The farm vehicle provides the power and traction to mechanize agricultural operations.

Types of Tractors

Compact tractor
Heavy-Duty tractor
Utility tractor

2. Cultivator

A cultivator is a farm machine or apparatus, used to mix and pummel the soil, and eliminate the weeds. By the cultivator, farmers can prepare the land surface for crop development. It circulates air through the soil and readies a smooth, free seedbed. Cultivators are made to disturb the soil in careful patterns, sparing the crops plants but disrupting weeds.

Types of Cultivators

Trailed Type Cultivator
Mounted Types Cultivator
Duck Foot Cultivator

3. Harvester

A harvester is a farm machine that reaps crops in the field successfully. It is the best mix of threshing, winnowing, and reaping, that total three distinct tasks. The machine is utilized to collect numerous sorts of yields, for example, corn, soybean, wheat, rice, and some more. The reaper incorporates a tank that gathers all the grains and moves grains to the compartment. The forward portion of the consolidated reaper gathers all the grains in the join then by shaper they cut it. After that grains are cut then all the grains are gathered in the gathering tank. After the tank fills all the grains, they are moved to the trailer through a sideline that is called an unloader. Squander that remains, either spread on the field or saved for sometime later.

Types of Harvester

Self-propelled Harvester
Wheel Type Harvester
Tractor Mounted Harvester

4. Center Irrigation System

Center-spindle irrigation, also called central spindle irrigation, circle irrigation, or a waterwheel, is an irrigation method in which equipment rotates around a spindle and crops are watered with sprinklers. A rotary field centered on the spindle is irrigated, often forming a circular pattern in crops, sometimes called the cropping cycle. Center pivots were primarily water-powered, but today most are propelled by electric motors. Center-pivot irrigation systems are profitable because of their ability to efficiently use water and optimize a farm’s yield. The systems are highly efficient in large areas. It improves the plant’s wellbeing.

5. Tillage System

The tillage system is divided according to the amount of surface residue left on the soil surface. This system is the operation’s sequence which manipulates the soil to produce a crop. It includes different types of operations like tilling, fertilization, planting, harvesting, residue chopping or shredding, and pesticide. Implementation of these implements affect the chemical and physical properties of the soil and affect the plant growth.

Type of Tillage System