加拿大大草原物理冲击磨机的现场试验

IF 1 4区 农林科学 Q3 AGRONOMY
Breanne Tidemann, K. Neil Harker, Hugh J Beckie, Hiroshi Kubota, Jennifer Zuidhof, Patty Reid
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引用次数: 0

摘要

加拿大西部的除草剂抗性增加了人们对替代杂草管理策略的兴趣。物理冲击磨,一种形式的收获杂草种子控制,已被确定为一种战略,可能非常适合加拿大使用。哈林顿种子破坏者(Harrington Seed Destructor)是一种物理冲击碾磨机,在阿尔伯塔省的20个生产领域对各种杂草物种进行了为期3年的评估。物理冲击磨处理与常规收获密度之间的杂草密度差异不大,但观察到一些种群密度降低。可测量的杂草密度减少可能受到实验时间短,杂草初始密度高,或目标杂草物种具有休眠或较长的种子库的限制。此外,在如何最好地优化物理冲击磨机功效方面,已确定的知识差距可能降低了本研究中物理冲击磨机的功效。这项研究表明,在田间条件下,物理冲击磨对被试杂草种类的有效性没有确凿的证据。然而,它确实为未来的研究提供了一些重要的考虑因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Field Testing of a Physical Impact Mill in the Canadian Prairies
Herbicide resistance in western Canada has increased interest in alternative weed management strategies. Physical impact mills, a form of harvest weed seed control, have been identified as a strategy that may be well suited for Canadian use. The efficacy of the Harrington Seed Destructor, a physical impact mill, was evaluated in 20 producer fields in Alberta on a wide spectrum of weed species over 3 years. Significant differences in weed densities between the physical impact mill treatment and the regular harvest densities were few, however some population density reductions were observed. Measurable reductions in weed densities may have been limited by the short timeframe of the experiment, the high initial densities of the weeds, or the targeted weed species having dormancy or longer-term seedbanks. Additionally, identified knowledge gaps on how best to optimize physical impact mill efficacy may have reduced the efficacy of the physical impact mill in this study. This study showed no conclusive evidence for the efficacy of a physical impact mill on tested weed species under field conditions. However, it did provide a number of important considerations for future studies.
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来源期刊
CiteScore
1.90
自引率
8.30%
发文量
91
审稿时长
1 months
期刊介绍: Published since 1957, the Canadian Journal of Plant Science is a bimonthly journal that contains new research on all aspects of plant science relevant to continental climate agriculture, including plant production and management (grain, forage, industrial, and alternative crops), horticulture (fruit, vegetable, ornamental, greenhouse, and alternative crops), and pest management (entomology, plant pathology, and weed science). Cross-disciplinary research in the application of technology, plant breeding, genetics, physiology, biotechnology, microbiology, soil management, economics, meteorology, post-harvest biology, and plant production systems is also published. Research that makes a significant contribution to the advancement of knowledge of crop, horticulture, and weed sciences (e.g., drought or stress resistance), but not directly applicable to the environmental regions of Canadian agriculture, may also be considered. The Journal also publishes reviews, letters to the editor, the abstracts of technical papers presented at the meetings of the sponsoring societies, and occasionally conference proceedings.
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