Modern Technology Techniques for Adoption of Agriculture; Their Value, Usage, and contribution Towards the Improvement of Agriculture – An Assessment for Developed and Developing Countries
An Implementation Review for Developed and Developing Countries Using the CCE Model Approach
Keywords:
Critique, Configure, Extend, Modern Technology, Pesticides, Crop Sensors, Gross Domestic Product, Biotechnology, Inorganic FertilizersAbstract
The main focus of this paper is to give an introduction review of the modern technology techniques, their value, usage and contribution to better agriculture. In the recent past, the basic agricultural technologies such as machines has changed; as much as the modern technologies, harvesters and planters perform better or are slightly altered from their predecessors. The current US$250,000 combine harvester still cuts, threshes and separates grains as always was being done in the past. However, modern technology is transforming the ways humans operate the machines, GPS Systems Locators, as computer monitoring systems and self-driven software allow advanced tractors and other equipment to be more accurate and economical in the use of fuel, seeds or fertilizer. This study aimed at establishing the value and contribution of using modem technology techniques in the adoption of Agriculture. Content analysis was done on selected developing and developed countries using purposive sampling on the content covered. The data extracted from the content analysis was analyzed quantitatively. It was established that countries that have embraced modern technology in their Agricultural practices have more output in Agricultural production and are more food-stable as opposed to those countries that have not fully embraced the use of modern technology techniques in Agriculture. Therefore, the study concluded that as technology becomes more advanced and complex, in future, there is likely to be a mass production of driverless tractors and other agricultural machinery which will likely be required to make use electronic sensors and GPS maps, requiring less human intervention with greater agricultural output.