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Yield of Sorghum and Soybean, Grown as Monocrops and in Rotation, as Affected by Insecticide and Nematicide Applications

机译:受杀虫剂和杀线虫剂影响,单季作物和轮作的高粱和大豆的产量

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A study was conducted over 3 years to determine the yield of sorghum Sorghum bicolor (L.) Moench and soybean Glycine max (L.) Merr. grown as monocrops and in rotation on different soil types treated withinsecticides or nematicides at planting in consecutive growing seasons in Mississippi, U.S.A. Cyst, stunt, lesion, and spiral nematodes were consistently detected on different soil types during all growing seasons. When the reproductive capability of these 4 nematodes was assessed, location was a significant main effect reflecting responses to the different soil types. At a specific location, there were differences in nematode reproduction rates between rotations. Crop rotation significantly increased yield of both sorghum and soybean. An alternate year rotation resulted in yield advantages over monocropping.
机译:进行了为期3年的研究,以确定高粱双色(L.)Moench和大豆Glycine max(L.)Merr的产量。在美国密西西比州连续生长的季节中,以杀虫剂或杀线虫剂处理过的单季作物和在不同土壤类型上轮作种植。在整个生长季节中,始终在不同土壤类型上检测到囊肿,特技,病变和螺旋线虫。当评估这四个线虫的繁殖能力时,位置是反映不同土壤类型反应的重要主要作用。在特定位置,旋转之间的线虫繁殖率存在差异。轮作显着提高了高粱和大豆的单产。每隔一年轮换会比单作产生单产优势。

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