移动技术:解决尼日利亚粮食不安全问题的灵丹妙药 -- SELL HARVEST 应用程序案例研究

Mudathir Muhammad Salahudeen, Muhammad Auwal Mukhtar, Saadu Salihu Abubakar, Salawu I. S
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引用次数: 0

摘要

随着时间的推移,农业是最稳定的活动,而且每天都在发展。农业贡献了尼日利亚国内生产总值(GDP)的绝大部分,但具有讽刺意味的是,由于农业部门生产力低下,与几何级数的人口增长相比,尼日利亚大部分地区仍然存在饥饿现象。2022 年上半年,农业贡献了全国约 23% 的国内生产总值,而工业和服务业则占其余 77% 的份额。这表明,尽管尼日利亚的农业生产率很高,但人口众多的尼日利亚并没有实现粮食安全。 技术可以/将会帮助尼日利亚在农村和城市地区更快地战胜全球贫困和饥饿。如今,世界各地的农民可以利用多种农业技术来提高生产率。主要的技术进步包括室内垂直耕作、自动化、机器人技术、畜牧技术、现代温室实践、精准农业、人工智能和区块链。在上个世纪开发的技术中,手机是采用率最高的技术之一。数字化将拉近消费者与农民之间的距离,以尽可能缩短供应链,减少农村的贫困和饥饿。本文将回顾不同的农业技术,并提出一个移动解决方案--"代码销售收获",使农业生产更可持续,食品更安全。关键词Sell Harvest、农业、技术、人工智能和数字农业。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mobile Technology: A Panacea to Food Insecurity In Nigeria -- A Case Study of SELL HARVEST Application
Over time, agriculture is the most consistent activity, and it evolves every day. It contributes to a vast majority of the Gross Domestic Product (GDP) of Nigeria but as ironic as it may be, there is still hunger in significant parts of the country due to low productivity in the agricultural sector and comparison to the geometric population growth. During the first half of 2022, agriculture contributed about 23% of the country's GDP while the industry and services sector had a share of the remaining 77%. This showed that with the high rate of agricultural activities, Nigeria has not achieved food security for the teeming population. and more productivity levels can be attained. Technology can/will assist Nigeria in overcoming global poverty and hunger quicker in both rural and urban areas. Today, there are many types of agricultural technologies available for farmers all over the world to increase productivity. Major technological advancements include indoor vertical farming, automation, robotics, livestock technology, modern greenhouse practices, precision agriculture, artificial intelligence, and blockchain. Mobile phones have one of the highest adoption rates of technologies developed within the last century. Digitalization will bring consumers and farmers closer together to access the shortest supply chain possible and reduce rural poverty and hunger. The paper will review the different agricultural technologies and propose a mobile solution, code Sell Harvest, to make farming more sustainable and secure food. Keywords: Sell Harvest, Agriculture, Technology, Artificial Intelligence, and Digital Farming.
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