Quantick H R, Perry I C
Aviat Space Environ Med. 1981 Oct;52(10):581-8.
Chemicals at the present time are the only means of controlling pest damage to crops on economic, efficient, and compatible grounds. Timely application, particularly over large areas or inaccessible areas, requires aircraft to apply them. Aerial agriculture is an essential industry, and growing in worldwide use. It is being used more and more in areas of the world where food is in short supply, and will be used more extensively to increase food production. Problems are associated with the use of chemicals, or more particularly, their misuse. There is an almost infinite variety of potentially valuable insecticides. Whilst the number of individual agents can become quite large, it is fortunate perhaps, that only a few types of classes of chemicals possess useful pesticidal activity. The aerial applicator's toxicological problems are mainly concerned with four classes: dinitrophenols, carbamates organochlorines, and organophosphates. It is recommended that application pilots and ground crews using these classes of pesticides should have their individual cholinesterase levels established at the start of a season for project, and monitored at intervals. Recommended lowest levels in blood and plasma are tabulated. Electromyography is also introduced in establishing a non-invasive method of measuring toxicity in the pilots and ground crews.
就经济、高效且协调的层面而言,目前化学品是控制害虫对农作物造成损害的唯一手段。及时施用,尤其是在大面积区域或难以到达的区域,需要飞机来进行喷洒。航空农业是一项重要产业,且在全球范围内的使用正在增加。在世界上粮食短缺的地区,它的使用越来越频繁,并且将被更广泛地用于增加粮食产量。化学品的使用存在一些问题,或者更确切地说,存在滥用的情况。潜在有价值的杀虫剂种类几乎无穷无尽。虽然个别药剂的数量可能相当多,但幸运的是,只有少数几类化学品具有有用的杀虫活性。航空喷洒人员面临的毒理学问题主要涉及四类:二硝基酚、氨基甲酸盐、有机氯和有机磷酸盐。建议使用这些类别的农药的喷洒飞行员和地勤人员在项目季节开始时测定各自的胆碱酯酶水平,并定期进行监测。列出了血液和血浆中推荐的最低水平。还引入了肌电图来建立一种测量飞行员和地勤人员毒性的非侵入性方法。