农民对无人机技术在耕地作物生产中提供的机会的看法

Evelin Kovács, D. Sulyok, Sándor Csenki, J. Felföldi
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引用次数: 0

摘要

世界上令人难以置信的发展规模要求农业技术不断创新。精准农业也是我们这个时代无人机技术最具决定性的趋势之一,它代表了可耕地作物生产的革命性创新。它的持续监测提供了许多机会来评估特定的栽培,估计产量,确定缺水,营养缺乏,并应用其他决策支持。频繁的航班为农民提供了最新的信息,使他们能够迅速和经济有效地应对状况的变化。无人机的使用也有助于提高农业的竞争力,无人机和基于无人机的解决方案正在世界各地迅速普及。在回顾了无人机技术相关利益相关者发表的相关国际文献、出版物和材料后,我们在匈牙利北部的农民中进行了问卷调查。对精准发展的承诺和意愿被发现,他们对现代农业成果的开放程度,他们愿意在多大程度上牺牲技术,特别是无人机喷洒,他们在多大程度上考虑与环境负荷相关的方面,以及他们愿意投资什么。总体而言,对精准要素的看法是积极的,例如,71%的农民认为在植保中使用无人机是一个正确而有用的想法,可以减少踩踏损害、化学品使用和土壤使用。
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Farmer’s perception of the opportunites offered by drone technology in arable crop production
The incredible scale of development in the world requires constant innovation of technologies used in agriculture. Precision agriculture is also one of the most defining trends of our time in drone technology, which represents a revolutionary innovation in arable crop production. Its continuous monitoring provides many opportunities to assess the specific culture, estimate yields, determine water shortages, nutrient deficiencies, and apply other decision support. Frequent flights provide farmers with up-to-date information so that they can respond to changes in status quickly and cost-effectively. The use of drones is also responsible for improving the competitiveness of agriculture, drones and solutions based on them are spreading rapidly around the world. After reviewing the relevant international literature, publications and materials published by stakeholders involved in drone technology, we conducted a questionnaire survey among farmers based in northern Hungary. Commitment and willingness to precision developments were discovered how open they are to modern agriculture achievements, to what extent are they willing to sacrifice technology, especially spray drones, to what extent do they keep in mind aspects related to the environmental load and with what willingness to invest. overall, the perception of precision elements is positive, farmers 71% considers the use of drones in plant protection, for example, a correct and useful idea, which reduces treading damage, chemical use and soil use.
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来源期刊
International Journal of Sustainable Agricultural Management and Informatics
International Journal of Sustainable Agricultural Management and Informatics Agricultural and Biological Sciences-Agricultural and Biological Sciences (all)
CiteScore
2.30
自引率
50.00%
发文量
23
期刊最新文献
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