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Efficacy of Trifluralin Compared to Ethalfluralin Applied Alone and Co-Applied with Halosulfuron for Weed Management in White Bean

机译:Trifluralin与Ethalluralin相比单独应用的疗效,并与白豆类杂草管理共同应用

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摘要

There are a limited number of herbicides registered for weed management in white bean production in Ontario, Canada. Five field experiments were completed in Ontario from 2016 to 2018 to compare the efficacy of trifluralin and ethalfluralin applied alone and in combination with halosulfuron, applied preplant incorporated (PPI), for weed control efficacy and white bean tolerance and seed yield. At 2 and 4 WAE, there was no white bean injury from the herbicide treatments evaluated. Trifluralin applied PPI provided up to 32%, 99%, 13%, 99%, 27%, 99% and 99% control of velvetleaf, redroot pigweed, common ragweed, common lambsquarters, wild mustard, barnyardgrass and green foxtail, respectively. Trifluralin and ethalfluralin provide similar control of velvetleaf, redroot pigweed, barnyardgrass and green foxtail control, however, ethalfluralin is slightly more efficacious on common ragweed, common lambsquarters and wild mustard. Halosulfuron (35 g∙ai∙ha−1), applied PPI, provided as much as 76%, 98%, 96%, 96%, 100%, 19% and 23% control of velvetleaf, redroot pigweed, common ragweed, common lambsquarters, wild mustard, barnyardgrass and green foxtail, respectively. Trifluralin (600 or 1155 g∙ai∙ha−1) + halosulfuron (35 g∙ai∙ha−1), applied PPI, provided up to 88%, 100%, 98%, 100%, 100%, 99% and 98% control of velvetleaf, redroot pigweed, common ragweed, common lambsquarters, wild mustard, barnyardgrass and green foxtail, respectively. Ethalfluralin (810 or 1080 ai∙ha−1) + halosulfuron (35 g∙ai∙ha−1) provided similar control. Weed interference decreased white bean seed yield 44% - 45% with trifluralin, 30% - 41% with ethalfluralin and 34% with halosulfuron. However, decreased weed interference with trifluralin and ethalfluralin applied in combination with halosulfuron resulted white bean seed yield that was similar to the weed-free control. Trifluralin or ethalfluralin co-applied with halosulfuron can be safely used in white bean production for the control of common annual grass and broadleaf weeds in Ontario.
机译:在加拿大安大略省的白豆生产中注册了有限数量的除草剂,在加拿大安大略省生产。从2016年到2018年在安大略省完成了五个现场实验,以比较三叶素和血红病素单独应用的疗效,并与卤素磺隆,掺入(PPI)的应用血红蛋白组合,用于杂草控制疗效和白豆耐受性和种子产量。在2和4 WAE中,评估除草剂处理没有白豆损伤。 Trifluralin施用PPI提供高达32%,99%,13%,99%,27%,99%和99%的Velvetleaf,Redroot Pig藜,常见的豚草,共同的羊羔,野生芥末,稗草和绿色狐尾。 Trifluralin和Ethalluralin提供了类似的Velvetleaf,Redroot Pig,Barnyardgrass和Green Foxtail控制的类似控制,但是,Ethalfluralin在普通豚草,普通的羊羔和野生芥末上有稍微有效。霍血素(35克∙AI∙HA-1),施用PPI,提供多达76%,98%,96%,96%,100%,19%和23%的威尔韦特莱夫,红外仔猪,常见的牛仔,常见羊羔,野生芥末,稗子和绿色狐尾。 Trifluralin(600或1155g∙AI∙HA-1)+卤血素(35g∙AI∙∙HA-1),施用PPI,提供高达88%,100%,98%,100%,100%,99%和98%velvetleaf,Redroot Pigweed,普通豚草,共同的羊羔,野生芥末,稗和绿色狐尾。 Ethalfluralin(810或1080 Ai∙HA-1)+卤咯氧氢(35g∙AI∙HA-1)提供了类似的对照。杂草干扰减少了白豆种子产量44% - 45%,具有三叶素,30%-41%,具有卤素素,34%。然而,降低了与卤素氢的Trifluralin和Ethalluralin的杂草干扰与Halosulfuron联合产生的白豆种子产量类似于无杂草对照。与卤咯孔共同应用的Trifluralin或Ethalluralin可以安全地用于白豆生产,以控制安大略省的常见年度草和阔叶杂草。

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