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Development of a Sprayer Performance Diagnostic Tool for Better Management Practices of In-Field Spraying Operations

机译:用于更好管理实地喷涂操作的喷雾器性能诊断工具的研制

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Chemical application is a prevalent crop management practice used worldwide. The EPA reported 5,821 million of pounds of pesticide active ingredient used at the producer level worldwide in 2012 [1]. With the increase of herbicide resistant weeds and other environmental concerns, it is continually important to ensure pesticides are applied at proper application rates. Research efforts were aimed to aid in the reduction of over- and under-application through development of a program to improve sprayer operator feedback. Real-time sprayer analytics data were recorded, paired with corresponding Geographic Information System (GIS) points, and processed with the resulting program to produce high resolution sprayer coverage maps and application error analysis reports. The resulting reports showed significant sprayer errors not commonly found in current sprayer feedback.
机译:化学应用是全球使用的普遍存在管理实践。 2012年,美国环保署报告了在全球生产者层面使用的58.21亿磅农药活性成分[1]。 随着除草剂的抗性和其他环境问题的增加,确保以适当的应用率应用杀虫剂不断重要。 研究努力旨在通过开发一个计划来改善喷雾器运营商反馈的计划来帮助减少和申请。 记录实时喷雾器分析数据,与相应的地理信息系统(GIS)点配对,并用所产生的程序处理,以产生高分辨率喷雾器覆盖图和应用程序错误分析报告。 所得到的报告显示出在电流喷雾器反馈中不常见的显着喷雾器误差。

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