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首页> 外文期刊>Weed Technology >Interaction of Pyrithiobac and Graminicides for Weed Control in Cotton (Gossypium hirsutum)1
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Interaction of Pyrithiobac and Graminicides for Weed Control in Cotton (Gossypium hirsutum)1

机译:硫代杀菌剂和杀草剂的相互作用对棉花(陆地棉) 1 杂草的控制

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Field studies were conducted from 1996 through 1998 to evaluate control of broadleaf signalgrass and slender amaranth by clethodim, fluazifop-P-butyl, and fluazifop-P-butyl plus fenoxaprop-P-ethyl applied alone, in combination with pyrithiobac, or sequentially with pyrithiobac. Broadleaf signalgrass control with graminicides alone was 75 to 100%. Although broadleaf signalgrass control with clethodim was not reduced by pyrithiobac, control with fluazifop-P-butyl and fluazifop-P-butyl plus fenoxaprop-P-ethyl was reduced by pyrithiobac. Pyrithiobac controlled slender amaranth 85 to 100% when applied alone. However, slender amaranth control by pyrithiobac was inconsistent when pyrithiobac was applied in mixture or sequentially with graminicides. A reduction in slender amaranth control may have resulted from a combination of reduced graminicide efficacy and interference caused by broadleaf signalgrass with slender amaranth (pyrithiobac alone). Cotton yields were highest when pyrithiobac was applied 24 h after graminicides.
机译:从1996年至1998年进行了田间研究,以评估单独施用或与吡硫硫杆菌结合使用或依次与吡硫硫杆菌结合使用的杀虫菊酯,氟他氟磷-对-丁基和氟吡氟磷-对-丁基与苯氧磷丙-对乙基的控制对阔叶信号草和细长的a菜的控制。 。仅使用杀草剂的阔叶信号草控制率为75%至100%。尽管吡虫硫菌并没有降低克来替定对阔叶草的控制,但吡虫硫菌却减少了氟西氟普-P-丁基和氟西氟普-P-丁基加非诺沙普-P-乙基的控制。单独施用时,焦硫杆菌控制的细长a菜为85%至100%。但是,当将吡硫硫杆菌与杀草剂混合或依次施用时,吡硫杆菌对细长的a菜的控制是不一致的。细长a菜的控制减少可能是由于除草剂功效降低和阔叶信号草与细长a菜(单独的硫代硫杆菌)引起的干扰相结合。杀草后24小时施用硫代硫杆菌时,棉花产量最高。

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