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Current status and future directions of precision aerial application for site-specific crop management in the USA

机译:美国针对特定地点作物管理的精密航空应用的现状和未来方向

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摘要

The first variable-rate aerial application system was developed about a decade ago in the USA and since then, aerial application has benefitted from these technologies. Many areas of the United States rely on readily available agricultural airplanes or helicopters for pest management, and variable-rate aerial application provides a solution for applying field inputs such as cotton growth regulators, defoliants, and insecticides. In the context of aerial application, variable-rate control can simply mean terminating spray over field areas that do not require inputs, terminating spray near pre-defined buffer areas determined by Global Positioning, or applying multiple rates to meet the variable needs of the crop. Prescription maps for aerial application are developed using remote sensing, Global Positioning, and Geographic Information System technologies. Precision agriculture technology has the potential to benefit the agricultural aviation industry by saving operators and farmers time and money. Published by Elsevier B.V.
机译:大约十年前,在美国开发了第一个可变速率的航空应用系统,自那时以来,航空应用已从这些技术中受益。美国的许多地区都依靠现成的农用飞机或直升机进行病虫害管理,而可变速率的空中应用提供了一种应用田间投入物(例如棉花生长调节剂,脱叶剂和杀虫剂)的解决方案。在空中应用的情况下,可变速率控制可以简单地表示在不需要输入的田间区域终止喷雾,在全球定位确定的预定缓冲区附近终止喷雾,或采用多种速率来满足作物的可变需求。航空应用的处方地图是使用遥感,全球定位和地理信息系统技术开发的。精确农业技术可以通过节省运营商和农民的时间和金钱来使农业航空业受益。由Elsevier B.V.发布

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