几种除草剂和地膜作为天然替代品防治杂草和豌豆的效果监测除草剂残留的生产力。

R. Galal, A. Hassanein, R. Gheth
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引用次数: 2

摘要

在2015/2016和2016/2017冬季,在Sids园艺研究站进行了为期两年的田间试验,研究了13种杂草防治处理的效果。处理为Amex 2.5 l/次。, Amex1.875 l/fed。播种后40天单手锄地;超氟隆1L/次。,超氟隆0.750 l/次。播种后40天单手锄地;踩踏额外1.7升/饲料。,踩踏额外1.275升/饲料。播种后40 d进行单手锄地,每投1.5 l。, Gesagard 1.125 l/fed。播种后40天单手锄地;采用完全随机区组设计,对杂草、豌豆产量及其构成因素进行3次重复,采用黑色、绿色和透明聚乙烯薄膜覆盖,播种后20天和40天分别进行2次手锄,与未除草对照。采用高效液相色谱法对青豌豆种子进行了除草剂残留监测。结果表明,覆盖黑色和绿色聚乙烯薄膜的禾草年总杂草和最高产量与杂草生物量(g/m 2)呈负相关,与豌豆产量组成呈正相关,超过施用土壤作用除草剂Amex、Ultra afalon、Stomp extra和Gessagard,且几乎等于施用这些除草剂后再进行手锄的减少率。对青豌豆种子进行除草剂残留检测,发现单剂除草剂或单手锄地的除草剂减量处理均低于最大残留限量。Ultra afalon和Gessagard除草剂的残留量均低于Stomp extra和Amex除草剂。踩踏额外1.275升/饲料。播后40天单手锄地和黑聚乙烯覆盖是两个季节防杂草和豆荚绿产量最好的处理。最高鲜荚产量(吨/饲料)或种子产量(公斤/饲料)与不同杂草类别呈负相关。Gessagard + 1次锄地或Stomp + 1次锄地和覆盖黑聚乙烯处理在经济上比其他杂草控制处理更可行。黑色和绿色聚乙烯薄膜覆盖可以作为豌豆作物除草剂控制杂草的一种良好和清洁的替代方案,可用于有机农业系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EFFECT OF SOME HERBICIDES AND MULCHING TREATMENTS AS NATURAL ALTERNATIVES USED FOR WEED CONTROL AND PEA (Pisum sativum L.) PRODUCTIVITY WITH MONITORING HERBICIDE RESIDUES.
A two-year field experiment was carried out at Sids Horticulture Research Station during 2015/2016 and 2016/2017 winter seasons to study the effect of thirteen weed control treatments. The treatments were Amex 2.5 l/fed., Amex1.875 l/fed. followed by one hand hoeing at 40 days after sowing; Ultra afalon 1L/fed., Ultra afalon 0.750 l/fed. followed by one hand hoeing at 40 days after sowing; Stomp extra 1.7 l/fed., Stomp extra 1.275 l/fed. followed by one hand hoeing at 40 days after sowing, Gesagard 1.5 l/fed., Gesagard 1.125 l/fed. followed by one hand hoeing at 40 days after sowing; mulching by black, green and transparent polyethylene sheets, hand hoeing twice at 20 and 40 days after sowing as compared with unweeded check in complete randomized blocks design with three replicates on weeds, pea yield and its components. Herbicide residues were also monitored by HPLC chromatography in seed green pea. Results show that the best treatments for controlling total annual broad leaf and grassy weeds and the highest yield correlated negatively with weed biomass as g/m 2 and positively with yield components of pea with mulching by black and green polyethylene sheets and exceeded applied soil acting herbicides of Amex, Ultra afalon, Stomp extra and Gessagard and were almost equal to the above mentioned reduced rates of these herbicides followed by hand hoeing. For herbicide residues detection in green pea seeds was found to be below the maximum residue limit with single herbicide or their reduced rates combined with one hand hoeing. Both Ultra afalon or Gessagard treatments residues were lower than Stomp extra or Amex herbicides. Stomp extra 1.275 l/fed. followed by one hand hoeing at 40 days after sowing and mulching by black polyethylene were the best treatments for weed control and pod green yield in both season. The highest fresh pod yield (ton/fed.) or seed yield (kg/fed.) and correlated negatively with the different studied weed categories. Gessagard followed by one hoeing or Stomp extra followed by one hoeing and mulching by black polyethylene treatments were economically feasible than other weed control treatments. Mulching by black and green polyethylene sheets can be recommended as a good and clean alternative for weed control by herbicides in pea crop and can be used in organic farming systems.
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