Agrochemicals and crop productivity losses

Alberto Julian Valencia Botin, F. Zurita-Martínez, Allan Tejeda-Ortega, Samuel Cruz‑Esteban
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Abstract

Objective: The aim of this research is to reflect briefly on the importance of the use of agrochemicals in the productivity of some crops according to their contribution to yield, and some implications of their agricultural consumption. Design/methodology/approach: Based on related literature and some experiences in the field on the use and consumption of pesticides. Results: Pesticides are synthetic, microbial or derived organic compounds used in plant growth programs to prevent or control pests, diseases, and weeds. Also, mineral nutrition (with macro and micronutrients) is considered as agrochemicals. However, the effects on the contamination of soils, groundwater, lakes, seas and oceans due to its use is increasing. Mexico is a large consumer of fungicides, insecticides, fertilizers and herbicides for agricultural uses. Limitations on study/implications: Unmeasured use of any type of pesticide can produce tons of pesticide-trash. Some traces of active or inert ingredients can be detected in bodies of water. Findings/conclusions: The constant risk of agronomic yield losses can be substantial without the use of agrochemicals. Without the application of pesticides, yield losses can reach 100%.
农用化学品与作物生产力损失
研究目的本研究的目的是根据农用化学品对产量的贡献,简要思考农用化学品的使用对某些作物产量的重要性,以及农用化学品消费的一些影响。设计/方法/途径:基于相关文献和一些关于农药使用和消费的实地经验。结果:农药是植物生长程序中使用的合成、微生物或衍生有机化合物,用于预防或控制病虫害和杂草。此外,矿物质营养(包括宏量和微量营养元素)也被视为农用化学品。然而,由于其使用而对土壤、地下水、湖泊、海洋造成的污染也在不断增加。墨西哥是杀真菌剂、杀虫剂、化肥和除草剂的农业消费大国。研究的局限性/影响:未经测量的任何类型杀虫剂的使用都会产生成吨的杀虫剂垃圾。在水体中可以检测到一些活性或惰性成分的痕迹。研究结果/结论:在不使用农用化学品的情况下,农艺产量损失的持续风险可能很大。如果不施用杀虫剂,产量损失可达 100%。
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