麦后免耕复播大豆机械化技术应用试验

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Abstract： Inresponse tosomeofthe problems of re-sowing soybean in theYiliValleysuch as low yieldand sowing quality，andisuftaplationogformancenotillsowingsobansoingmachinryteapicatioexprent ofmechanized technology fornotillge resowing soybeanafter wheatplanting wascarredoutin ChabucharXibeAutonomous CountyofYiliPrefecture.This technologydoes notinvolveplowingandlandpreparationafterwheatharvest Insteadanotillge precisionseederis used tocomplete taskschasoilbreakingandtrenching residue cleaning single seedsowingsoilcoveringand compaction，nddripgatiotapelangnonego.eresultsofeldexperimntssowtatthemehedtenologtile resowingsoybeanafterwheatplantingcansave5Oyuananacreofmechanicalplowingcostsinconventionalplanting modes，while achievingtoayofsonginauryicreasingefietilatiimeoflghtdatresourcsiplatedand increasingsoybeanyieldby884kganacre.Thetechnologymodelcanbereplicatedandpromoted，whichprovidestechnicalsuport fortherealizationofpost一harvestrushresowingofwinterwheatinresowingsoybeanplantingcountiesofYiliPrefecture.

Key words： No tillage resowing; Soybeans; Mechanization; Test

doi：10.13620/j.cnki.issn1007-7782.2025.01.002

中图分类号： S223.9 文献标识码： B

0引言

大豆作为一种具有多重用途的粮油饲兼用作物，其产量受到种植成本、技术门槛以及地域性生态环境、耕作技术、品种改良和经济成本等多种因素的制约，导致其单位面积产量相对较低，这在很大程度上限制了农民种植大豆的积极性。（剩余5103字）