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特色作物冠层喷雾施药技术:缓慢发展的态势。

Canopy spray application technology in specialty crops: a slowly evolving landscape.

机构信息

Department of Botany and Plant Pathology, Oregon State University, Corvallis, OR, USA.

USDA-ARS Application Technology Research Unit, Wooster, OH, USA.

出版信息

Pest Manag Sci. 2021 May;77(5):2157-2164. doi: 10.1002/ps.6167. Epub 2020 Nov 18.

Abstract

Many specialty crops are susceptible to insects and diseases, and as such are reliant on regular canopy pesticide applications to achieve quality attributes required for salability. The majority of specialty crop producers continue to use antiquated pesticide application technologies for directed canopy spraying such as the radial air blast sprayer that has been associated with chemical wastage and off-target drift of around 40% and 15% of total applied spray volume, respectively. However, precision sprayers are available that result in remarkable improvements to these parameters. The wide-scale adoption of precision sprayers by specialty crop producers remains low. Reasons for the continued dominance of old technologies include risk averseness of farmers and regulatory bottlenecks. However, as farm labor becomes more expensive, less available, and consumers and regulations favor sustainably produced products, motivations to improve spray application efficiency are increasing. While there are many opportunities and future directions application technology may take, sensor-controlled sprayer technology that applies a proportionate amount of spray will likely be the primary technology of precision sprayers going into the future. © 2020 Society of Chemical Industry.

摘要

许多特色作物容易受到昆虫和疾病的侵害,因此需要定期进行树冠喷洒农药,以达到可销售的质量要求。大多数特色作物生产者继续使用陈旧的定向树冠喷雾农药喷洒技术,例如放射状空气喷射喷雾器,这种技术分别导致 40%和 15%的总施药量化学浪费和非靶标漂移。然而,现已有精准喷雾器,可显著改善这些参数。特色作物生产者对精准喷雾器的广泛采用仍然很低。旧技术持续占主导地位的原因包括农民规避风险和监管瓶颈。然而,随着农业劳动力变得更加昂贵、更难获得,以及消费者和法规偏好可持续生产的产品,提高喷雾应用效率的动机正在增加。虽然喷雾应用技术有很多机会和未来发展方向,但未来可能主要采用传感器控制的喷雾器技术,这种技术可以按比例喷洒喷雾。© 2020 英国化学工程师学会。

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