欧洲农业当前和未来的草甘膦使用情况

Weed Research Pub Date : 2024-03-11 DOI:10.1111/wre.12624
P. Neve, Maor Matzrafi, L. Ulber, B. Baraibar, Roland Beffa, Xavier Belvaux, Joel Torra Farré, H. Mennan, Björn Ringselle, Jukka Salonen, Josef Soukup, S. Andert, Rebecka Duecker, Emilio Gonzalez, K. Hamouzová, Isabella Karpinski, I. Travlos, Francesco Vidotto, P. Kudsk
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摘要

关于草甘膦在欧盟(EU)的使用前景,长期以来一直存在争议。2023 年 11 月,欧盟委员会批准将草甘膦的使用登记延长 10 年。然而,欧盟 "从农场到餐桌 "战略要求到 2030 年减少 50%的农药使用量。2022 年 11 月,欧洲杂草研究学会组织了一次为期两天的研讨会,以确定草甘膦在当前欧盟种植系统中的关键用途,并审查草甘膦替代品的可用性。研讨会与会者确定了当前欧盟种植系统中的四种关键用途:多年生杂草的控制和管理、保护性农业中的杂草控制、树木和藤蔓作物中的植被管理以及除草剂抗性管理。能有效、经济、广谱地控制杂草,尤其是多年生杂草的除草剂替代品很少。机械除草,尤其是土壤耕作是最明显的草甘膦替代品。然而,这在保护性农业系统中是不可能的,而且一般来说,增加土壤耕作会对土壤健康产生负面影响。新出现的精准除草技术可以更有针对性地使用草甘膦,大大降低使用率。这些技术还有助于使用和开发其他有针对性的物理除草方法(如耕作、激光、电),降低这些方法的能源和环境成本。在林木作物中,使用有机和无机覆盖物可以减少草甘膦的使用。总体而言,要减少草甘膦的使用,就必须更加重视综合杂草管理,以减少杂草在农业生态系统中的生长,增加杂草管理的多样性,并限制易产生抗药性的替代除草剂的使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Current and future glyphosate use in European agriculture
There has been a longstanding and contentious debate about the future of glyphosate use in the European Union (EU). In November 2023, the European Commission approved the renewal of the use registration for glyphosate for a further 10 years. Nevertheless, the EU Farm to Fork strategy calls for a 50% reduction in pesticide use by 2030. In November 2022, the European Weed Research Society organised a 2 day workshop to identify critical glyphosate uses in current EU cropping systems and to review the availability of glyphosate alternatives. Workshop participants identified four current, critical uses in EU cropping systems; control and management of perennial weeds, weed control in conservation agriculture, vegetation management in tree and vine crops and herbicide resistance management. There are few herbicide alternatives that provide effective, economic, broad‐spectrum control of weeds, particularly perennial weeds. Mechanical weed control, and in particular, soil cultivation is the most obvious glyphosate alternative. However, this is not possible in conservation agriculture systems and, in general, increased soil cultivation has negative impacts for soil health. Emerging technologies for precision weed control can enable more targeted use of glyphosate, greatly reducing use rates. These technologies also facilitate the use and development of alternative targeted physical weed control (e.g. tillage, lasers, electricity), reducing the energy and environmental costs of these approaches. In tree crops, the use of organic and inorganic mulches can reduce the need for glyphosate use. In general, reduced use of glyphosate will require an even greater focus on integrated weed management to reduce weed establishment in agroecosystems, increase weed management diversity and limit the use of alternative resistance‐prone herbicides.
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