How does precision farming benefit farmers?

How does precision farming benefit farmers?

Precision farming offers several advantages–economic, social, and environmental–over traditional methods: Increases ROI, by reducing inputs use and increasing yield amounts and quality. Reduces soil, water, and air pollution by decreasing the use of chemical fertilizers and pesticides.

What are the pros and cons of precision farming?

The Pros and Cons

• GPS allows fields to be surveyed with ease.
• Yield and soil characteristics can be mapped.
• Non-uniform fields can be sub-divided into smaller plots according to their specific requirements.
• Provides opportunities for better resource management and so could reduce wastage.

What type of farming is rice farming?

RICE FARMING IS LABOR-INTENSIVE Rice is one of the most labor-intensive crops that is grown because of the water usage. Rice plants take around 120 days to grow from seeds to mature plants. Farmers then have to flood the rice fields because rice has better growth and produces higher yields when grown in flooded soils.

What is the benefit of precision farming site an example?

Higher yields Precision agriculture tools give you the ability to give crops exactly what they need, exactly what they need it. Take, for example, the application of fertiliser. Precision agriculture technology will measure and account for soil variations, and then adapt application of fertiliser accordingly.

What is precision farming why it is needed?

Why precision farming To increase agriculture productivity. Prevents soil degradation. Reduction of chemical application in crop production. Efficient use of water resources. Dissemination of modern farm practices to improve quality, quantity and reduced cost of production.

Is rice a sustainable crop?

Soil conservation practices such as conservation tillage — in which rice is planted with no or minimal tillage into previous crop residue — protect the soil from erosion and loss of nutrients. Rice farming consistently has the lowest soil erosion on a per-acre basis compared to other crops.

Which of the following countries usually practice commercial agriculture?

Farmers of Asia, Europe, temperate grasslands of North America generally practice this type of farming.

Who benefits from precision agriculture?

Precision agriculture is a term widely used today in the industry and essentially refers to technology and software systems that provide knowledge to enhance decision making, and if used properly can help contribute to reduced waste, increased profits, and protection of the environment.

Is precision farming in paddy economically viable and financially feasible?

Primary data was collected with the aid of a well-structured, pre tested schedule. Findings showed that the project of precision farming in paddy which was implemented by the University was economically viable and financially feasible.

What is precisionprecision farming?

Precision farming requires quick soil spatial variability description for amount or site-specific zone management. VerisEC sensor is used widely for spatial cation exchange capacity (CEC), an indication of the soils potential to hold plant nutrients. It and locations determined by GPS.

What factors influence the economic viability of rice production today?

The economic viability of rice production today is influenced by many factors. Production technology, environmental legislation, federal price support and commodity programs and international trade are some of the issues which have a direct impact on the relative profitability of rice production.

How to initiate precision farming in India?

In order to initiate precision farming in India through state agricultural universities, the precision farming project in selected field crops was implemented in University of Agricultural Sciences, Raichur, Karnataka. The objective of the study was to assess the financial feasibility of project implementation at farm level in paddy.