数字乡村建设对种植业碳排放的影响

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关键词：数字乡村建设；种植业碳排放；农业全要素生产率；超效率SBM模型中图分类号：X321 文献标志码：A 文章编号：2095-6819（2025）06-1593-10 doi：10.13254/j.jare.2025.0660

mpactof digital village constructiononcarbon emissions from planting industr

SHIZhanwen1，JIAOYufan1，CUIXufeng1，JINShaojia²

（1.SchoolofBsinssdmistration，ZoganUiversityofooicsndLawWha43O3，a;2.hoolfathid Statistics，Wuhan TextileUniversity，Wuhan4302OO，China）

Abstract：Thesuefigitalviageconstructionsystematicallyfectscabonisiosfromplantingindustryisucialtopic regardingtheefectivenessofagriculturalgreentransformation.Thisstudywasbasedonthepaneldataof3OprovincialregionsnCina from20lto22.Asutsfotelfigitalileostrucsosuceddtoaidetel mediatinefectodel，moderationfectmodel，andthesholdefectmodelwereploedtoalyetheipactofigitalvilage constructiononcarbonemissionsfromplantingindustry.Theresultsshowedthatdigitalvillgeconstructionhadasignificantihibitory effect on carbon emissions from planting industry.For every 1% increase in its level， the carbon emissions from planting industry decreased by an average of 3.41×106t. This conclusion remainedvalid after various robustness tests.Agricultural total factor productivity was the key mediatingvariable.Digitalvilageconstructionindirectlyachievedcarbonemisionreductionbyenhancingtotalfactorproductivity. Agriculturalpublicivesentpositivelymoderatedthissonductioectivenessofdigitalilgecostructio.Thresasingle thresholdvaueof93forhlevelofagicultulgiovtioAfteexedingtistshold，tessonductofdiial villgeconstructionwasfurterstrengthnedThesdyevealedtatdigitalvilgeonstructionachevedsysteaticmissionruction through technologicalempowermentandmanagementoptimization.Consideringtheabovecoremechanisms，itwasrecommendedto formulateadiferetiatedpolicysystemyfocusingondigialifrastructureeplyment，totalfactorproductivityimproveentpublic investmentoptimization，and greninovationcapacitybuilding topromotethegreenandlow-carbondevelopmentofagriculture.

Keywords：digitalvilgeosrutio;arbonmssiosfroantigidusry;agultuatotalfactorproductiviy;supt model

在全球气候变化与“双碳”战略深度推进的时代背景下，乡村振兴与绿色低碳转型的耦合发展成为农业现代化的核心命题。（剩余18263字）