The Role and Potential of Information Technology in Agricultural Improvement

Table of Contents

Introduction.

Establishment and cost

Optimum Strategy.

Education Program for Cybersecurity.

Findings

Health Information.

References

Introduction to Using Information Technology to Improve Crop Management

There are several ways in which computer technology can be used to share information that is more effective, such as Information Kiosks which not only provide basic services, such as email, schooling, healthcare , agriculture and irrigation, online shopping, community services, etc. IT helps to forecast results related especially to plant physiology in agriculture. The Leaf Protein Research is a significant research that leads to protein deficiency and malnutrition resolution. This study deals in agriculture with the function of IT. Some of the ICT initiatives are: eChaupal – Computerization of Mandis (agri-markets) – eSAGU: extension services and knowledge – Agri watch Portal – Land record computerization – Computerization of milk collection

Establishment and Cost

In an increasing body of evidence, ICTs, in particular mobile telephones are in many cases projected to improve access for poor people in developed countries to knowledge and capacity building opportunities. This offers real advantages. Farmers can produce higher crop yields by obtaining more timely and better product and input knowledge, climate and market conditions through ICTs.

Optimum Strategy

The ICT Sourcebook on Agriculture (ICT) provides a detailed online guide to the Bank to consider existing developments, to take effective steps to encourage and to determine the effect of ICT. It integrates ICT experience with analytical understanding of agriculture and is intended to help ICT and agricultural intersection professionals, policy makers and growth collaborators. The 2016 FAO-ITU e-Agriculture Policy Guide assists governments in designing national policies on e farming.

Education Program for Cybersecurity

Increased cyber protection would cost money, and it will not be easy to find new financing for the industry when it is regulated by thin margins and facing a very challenging global market. The government commitment to fixing market failures in food and agriculture goes back to the New Deal and is a new consumer loss that has to be addressed. A new or revised support schemes for policies, procedures and technology that are not commercially viable but are appropriate for domestic protection should be enforced in compliance with cyber safety principles, calculated against metrics such as the NIST cybersecurity system.

Findings

World populations are projected to reach the 9 billion mark by 2050, with agricultural production to support this increased food demand needing to rise 60 per cent relative to their amount in 2005/2007. In order to satisfy future global food demands, ICT applications will make an essential contribution. Knowledge and networking technology can be achieved by gathering and communicating reliable and timely data on environment, products, economies and costs. It can also be accomplished by feeding information into program for research and development.

Health Information

A significant health danger to the world's population is foodborne diseases. As a risk control mechanism, the flow of food can be tracked across particular phases of processing, preparation and delivery, hence protecting consumer confidentiality; food traceability has become very relevant. Furthermore, livestock traceability allows more efficient tracking and management of animal pests, thus promoting geographic and international trade. Trace Net, for example, makes certification of organic goods from India easier for exports. It tracks details on quality performance, shops and statistics, forward and backwards.

References for Using Information Technology to Improve Crop Management

Blackmore, B. S. (2017). Using information technology to improve crop management. AgMet Millennium Conference, (pp. 30-38). Dublin.

Milovanovic, S. (2016). The role and potential of information technology in agricultural improvement. Ekonomika poljoprivrede, 61(2), 471-485.

Window, M. (2019). Security in Precision Agriculture . Luleå University of Technology .

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