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Rotational crops response to soil applied trifloxysulfuron

机译:轮作作物对土壤施用三氟磺隆的响应

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摘要

Research was conducted along the Texas Gulf Coast in 1998 and 1999 to determine trifloxysulfuron soil persistence and potential injury to corn, grain sorghum, rice, and soybeans. Trifloxysulfuron was applied at 0, 7.5, and 60 g/ha to plots 0, 15, 30, 60, and 90 d prior to planting of crops. Corn and grain sorghum were more sensitive to trifloxysulfuron than rice and soybeans when planted 0 to 90 d after treatment (DAT). Trifloxysulfuron was more persistent at the San Patricio location than at Fort Bend, which had a lower soil pH. However, no phytotoxicity or plant-height reduction was observed at the four locations with corn, grain sorghum, rice, and soybeans planted 209 to 312 DAT. Greenhouse data showed that neither corn nor sunflower planted 209 to 312 DAT were adversely affected by either rate of trifloxysulfuron. Trifloxysulfuron applied to cotton up to 20 g/ha the previous year should not cause phytotoxicity to corn, grain sorghum, rice, or soybeans when groom in rotation under soil and weather conditions similar to those in these studies.
机译:1998 年和 1999 年在德克萨斯州墨西哥湾沿岸进行了研究,以确定三氟嘧基磺隆土壤的持久性和对玉米、谷物高粱、水稻和大豆的潜在伤害。在作物播种前,0、7.5和60 g/hm2地块施用0、7.5和60 g/hm2三氟氧基磺隆。玉米和谷物高粱在处理后0-90 d种植时对三氟磺隆的敏感性高于水稻和大豆。三氟氧基磺隆在圣帕特里西奥的位置比在本德堡更持久,后者的土壤pH值较低。然而,在玉米、谷物高粱、水稻和大豆种植209至312 DAT的四个地点没有观察到植物毒性或株高降低。 温室数据显示,玉米和向日葵种植的209至312 DAT均未受到三氟氧基磺隆的不利影响。前一年在棉花上施用的三氟氧基磺隆(20 g/ha)在与这些研究相似的土壤和天气条件下轮作时,不会对玉米、谷物高粱、水稻或大豆造成植物毒性。

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