不同喷嘴类型对三氯磺隆对棉叶日效的影响

IF 0.7 Q4 AGRICULTURAL ENGINEERING Journal of cotton science Pub Date : 2021-01-01 DOI:10.56454/ynjv9634
A. Aliverdi, G. Ahmadvand
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引用次数: 0

摘要

所有以前的研究报告的应用时间对除草剂的影响都是用单孔,扁平风扇喷嘴进行的。喷嘴中扁平风扇数量的增加是否会影响应用时间效应尚不清楚。通过室外重复盆栽试验,确定单孔、双孔、三孔平板风扇喷嘴对天鹅绒叶片的最佳喷施时间分别为:日出前05:00、日出后07:00、09:00、11:00、13:00、15:00、17:00、19:00、日落后21:00。05:00单孔平板风扇喷雾器喷三氯磺隆效果最差,使丝绵鲜重减少51%。采用单孔平板风扇喷嘴时,丝绒叶鲜重随施药时间05:00 ~ 11:00(70%控制)的变化而减小,鲜重以抛物线开口向上的二次多项式函数表示;此后,一直增加到21点。采用双孔和三孔扁平风扇喷嘴时,绒毛鲜重从05:00增加到07:00,以向下抛物线开口的二次多项式函数表示;此后,随着施药时间的变化,其含量逐渐增加,直至19:00(最佳施药时间),使丝绒叶鲜重降低82%。日落前单孔平板风扇喷雾器喷施三氯磺隆的效果下降,主要是由于叶面的昼夜变化造成的。使用双孔或三孔扁平风扇喷嘴可以克服这一障碍。
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The Application Time-of-Day Effect for Trifloxysulfuron Against Velvetleaf as Affected by Nozzle Type
All previous studies reporting the application time-of-day effect for herbicides have been conducted with a single-orifice, flat fan nozzle. Whether an increased number of flat fans in the nozzle could affect the application time-of-day effect is unknown. A replicated outdoor pot experiment was conducted to determine the best application time for trifloxysulfuron from 05:00 (before sunrise), 07:00 (after sunrise), 09:00, 11:00, 13:00, 15:00, 17:00, 19:00 (before sunset), and 21:00 (after sunset) against velvetleaf when sprayed with a single-, dual-, or triplet-orifice flat fan nozzles. Trifloxysulfuron sprayed with the single-orifice flat fan nozzle at 05:00 was the least effective treatment reducing velvetleaf fresh weight by 51%. When the single-orifice flat fan nozzle was used, velvetleaf fresh weight, expressed as a quadratic polynomial function with a parabola opening upward, decreased as the application time changed from 05:00 to 11:00 (70% control); thereafter, it increased until 21:00. When the dual- and triplet-orifice flat fan nozzles were used, velvetleaf fresh weight, expressed as a quadratic polynomial function with a parabola opening downward, increased from 05:00 to 07:00; thereafter, it increased as the application time changed until 19:00 (the best application time, reducing velvetleaf fresh weight by 82%). Foliar nyctinasty in velvetleaf is responsible for decreased efficacy of trifloxysulfuron sprayed with the single-orifice flat fan nozzle before sunset. This obstacle can be overcome using the dual- or triplet-orifice flat fan nozzles.
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来源期刊
Journal of cotton science
Journal of cotton science AGRICULTURAL ENGINEERING-
CiteScore
0.90
自引率
20.00%
发文量
0
期刊介绍: The multidisciplinary, refereed journal contains articles that improve our understanding of cotton science. Publications may be compilations of original research, syntheses, reviews, or notes on original research or new techniques or equipment.
期刊最新文献
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