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首页> 外文期刊>Acta Horticulturae >Instrumented citrus production.
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Instrumented citrus production.

机译:柑桔生产。

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摘要

Despite the notable technological support that has made Precision Agriculture feasible around the world, there are still opportunities for the development of instrumentation and automation in this area. These opportunities are more plentiful considering perennial crops and the traceability of agricultural products. Precision Agriculture has been developed more intensively for grains, which gives more opportunity for the development of technological tools for site-specific management of perennial crops, like citrus. Besides, the traceability of fruits is an immediate and strategic necessity in order to face non-economical issues for exporting, like phytosanitary measures. Therefore, for developing countries like Brazil, it is very important to development technologies to identify the origin and history of fruit in the market chain for its major exporting products. For the last five years, at the Embrapa Agricultural Instrumentation Center in Brazil, some of these opportunities have been explored in order to start the development of an information system and associated tools to make possible the integration of traceability and the site-specific management system for perennial crops. The use of sensors, fixed and on-board instrumentation, wired and wireless networks, and advanced methodologies have been applied for precision agriculture and traceability for citrus. The main problems that have been studied are: phytosanitary control, spraying control, automation of fertigation, and evaluation of product quality.
机译:尽管有精密的技术支持使“精准农业”在世界范围内可行,但在该领域仍存在开发仪器和自动化设备的机会。考虑到多年生作物和农产品的可追溯性,这些机会更为丰富。精准农业的谷物开发更加集约化,这为开发针对多年生作物(如柑橘)的特定地点管理的技术工具提供了更多机会。此外,水果的可追溯性是直接和战略上的必要条件,以便面对诸如植物检疫措施之类的非经济出口问题。因此,对于像巴西这样的发展中国家来说,开发技术以识别其主要出口产品在市场链中的水果起源和历史非常重要。在过去的五年中,在巴西的Embrapa农业仪器中心,已经探索了其中一些机会,以便开始开发信息系统和相关工具,从而使可追溯性与针对特定地点的管理系统集成成为可能。多年生作物。传感器,固定和车载仪表,有线和无线网络以及先进方法的使用已用于精确农业和柑橘的可追溯性。研究的主要问题是:植物检疫控制,喷雾控制,施肥自动化和产品质量评估。

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