Technology Assisted Knowledge Agriculture for Sustainable Development Goals

Aprajita Srivastava
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引用次数: 5

Abstract

The most challenging part of the 2030 Agenda for Sustainable Development (SDGs) of ending poverty in “all its form from the planet” is to provide food to 1.45 billion poor people including 689 million, children living in 103 countries. Our finding shows that most of farming communities don't possess knowledge and skill to use new methods of food and livestock production. The farmers in many countries are uneducated and depend upon traditional myths and methods for predicting the season and cultivation. They are deprived of the benefits of the modern researches and largely ignorant of their roles in preventing climate change and sustaining the planet's natural resources. Failure of states, its national economic and banking institutions, high level of corruption, poor implementation of policies, absence of proper marketing facilities, profit making behavior of middle men, lack of finances with the farmers are other key factors. They need to be skilled in areas such as precision farming, proper and optimal use of seeds and fertilizers, availing the benefits of the government policies and banking institutions, understanding the methods for selling their products profitably in the market, apart from the new tools and technology to enhance their production. In our studies, we found that it is possible only by use of ICT technology. Further, our study found that their interest in sustaining planet's natural resources, stopping the use of chemical fertilizers, growing organic food and maintaining climate requires sustained efforts in attitudinal changes. Execution of technology assisted skill development projects in part of India and Ethiopia and their sustained monitoring for many years by us showed that the farmers get motivated and use the new technology when they find the benefits in terms of improved yield and financial gains. They especially get encouraged to use technology to find solutions when they face draught, flood, pest/worm attack and for availing benefit of government schemes. The paper further propounds that the use of emerging technologies for smart farming needs a new radical approach to R&D and farmer's education.
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技术助力知识农业实现可持续发展目标
《2030年可持续发展议程》旨在消除“地球上一切形式的贫困”,其中最具挑战性的部分是为生活在103个国家的14.5亿贫困人口提供粮食,其中包括6.89亿儿童。我们的发现表明,大多数农业社区不具备使用粮食和牲畜生产新方法的知识和技能。许多国家的农民没有受过教育,依靠传统的神话和方法来预测季节和耕种。他们被剥夺了现代研究的好处,而且在很大程度上对它们在防止气候变化和维持地球自然资源方面的作用一无所知。国家、国家经济和银行机构的失败、高度腐败、政策执行不力、缺乏适当的营销设施、中间商的盈利行为、与农民缺乏资金是其他关键因素。他们需要熟练掌握精准农业、种子和肥料的正确和最佳使用、利用政府政策和银行机构的好处、了解在市场上销售产品的方法,以及提高产量的新工具和技术。在我们的研究中,我们发现只有使用ICT技术才有可能。此外,我们的研究发现,他们对维持地球自然资源、停止使用化肥、种植有机食品和维持气候的兴趣需要在态度变化方面做出持续的努力。在印度和埃塞俄比亚部分地区实施的技术辅助技能发展项目以及我们多年来对这些项目的持续监测表明,当农民发现新技术在提高产量和经济收益方面的好处时,他们就会积极使用新技术。当他们面临干旱、洪水、虫害/蠕虫袭击时,他们尤其被鼓励使用技术来寻找解决方案,并利用政府计划的好处。该论文进一步提出,在智能农业中使用新兴技术需要一种新的激进方法来进行研发和农民教育。
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