“双碳”目标下农业碳排放效率与农业机械化时空耦合特征及驱动因素

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中图分类号：F323 文献标识码：A 文章编号：2095-5553（2025）12-0363-08

Abstract：Inordertoaccelerate thehighqualityandefficient developmentofagricultural mechanizationinChina，the relationship betweenagriculturalcarbonemision eficiencyandagricultural mechanization is explored.This studyselected paneldata from 31 provinces in China，usedcarbonemisionfactor methodand Super—SBMmodel tocalculate agricultural carbonemission eficiency，andusedcoupling coordinationandTobitmodel toidentifyandanalyze the spatiotemporal coupling coordination statusanddriving factorsofagricultural carbon emisioneficiencyandagricultural mechanization.Theresults show thatinterms ofthe time series，thecoupling degreebetween agriculturalcarbon emission eficiencyandagriculturalmechanizationinChina presentsafluctuatingupward trend，whilethecoordination indexof the twofluctuates slightly downward.Thecoupling coordination degree shows a relatively gentle performance.The change rangefromlarge tosmalliscouplingdegree，coordinationindex，andcouplingcoordinationindex.From the perspectiveof spatialcharacteristics，thecouplingandcoordinationrelationship betweenagriculturalcarbonemissioneficiencyand agriculturalmechanizationin China presents thefeatureof unbalancedregional development.In termsof drivingfactors， the positivedrivingfactor isagriculturaloutput value，andthe negativedrivinginfluencing factorsaretheplantingareaof crops，large-scale operationofagriculturalland，andtheinternal structureof theprimaryindustry.In thisregard， suggestionsareputforwardinpromotingthecoodinated mutual promotionof thetwo，strengthening thecoordinated interactionamong regions and formulating diferentiated policies，with theaimofachieving the coordinatedand healthy development of agricultural modernization and agricultural low-carbonization as soon as possible.

Keywords：agriculturalcarbonemission eficiency；agricultural mechanization；coupling cordination scheduling；driving factors

0 引言

农业机械化是推进农业现代化发展的重要支撑力，在加快农业规模化、调整农业产业结构以及增加农业产值等方面发挥了重要作用。（剩余15226字）