Implementing the Sustainable Development Goals with a digital platform: experiences from the vitivinicultural sector

G. Bucci, D. Bentivoglio, M. Belletti, A. Finco, Emiliano Anceschi
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Abstract

Emerging technologies, such as Digital Platforms, Internet of Things, remote sensing and Big Data, are going to significantly influence the achievement of the 17 Sustainable Development Goals (SDGs) targets, pursued by all United Nations Member States starting from 2015. As the whole agricultural sector is transforming in a more knowledge-intensive system, precision agriculture could play a significant role to achieve the SDGs, by reducing environmental impacts of agriculture and farming practices, increasing the profitability of the farm and thus improving the quality of life for farmers Based on these premises, the aim of this article is to present VITIS, a digital platform, for the management of vineyard water and nitrogen stress, developed by the Operational Group SMART VITIS and tested in 4 pilots located in Marche Region. All the functions and modules of the platform were built by following a Design Thinking approach. This approach started from the analysis of the needs of the winegrowers, the end-user of the solution. While a focus group, made of agri-experts was conducted to receive feedback from the test phase of the platform. This study illustrates how this approach can be a useful tool to develop targeted digital solutions for farmers with low digital skills.
利用数字平台实施可持续发展目标:来自葡萄栽培部门的经验
数字平台、物联网、遥感和大数据等新兴技术将对实现联合国所有会员国从2015年开始追求的17项可持续发展目标产生重大影响。随着整个农业部门向更加知识密集型的体系转型,精准农业可以通过减少农业和耕作方式对环境的影响,增加农场的盈利能力,从而提高农民的生活质量,在实现可持续发展目标方面发挥重要作用。基于这些前提,本文的目的是介绍VITIS,一个用于管理葡萄园水和氮胁迫的数字平台。由运营集团SMART VITIS开发,并在马尔凯地区的4个试点地区进行了测试。平台的所有功能和模块都是按照设计思维方法构建的。这种方法是从分析葡萄种植者(解决方案的最终用户)的需求开始的。同时,一个由农业专家组成的焦点小组进行了调查,以接收平台测试阶段的反馈。这项研究表明,这种方法可以成为一种有用的工具,为数字技能较低的农民制定有针对性的数字解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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