中国生态农业学报(中英文)?2022第30卷 542 requirementsanditsdecompositioninChina’sagricultural 如绿色肥料和农药的研发。食品加工业已成为农业 sector[J].EcologicalEconomics,2010,69(7):1396?1404 食物系统能源活动碳排放量的最主要来源,在食品 [10]SONGF,REARDONT,TIANX,etal.Theenergyimplication 加工业规模不断扩大的形势下,应进一步提高能源 ofChina’sfoodsystemtransformation[J].AppliedEnergy, 利用效率,积极调整能源使用结构,加大清洁能源使2019,240:617?629 [11]LEONTIEFW.Environmentalrepercussionsandtheeconomic 用力度;食品加工要向绿色化转型,建立低碳、低耗、 structure:aninput-outputapproach[J].TheReviewof 循环、高效的绿色加工体系,减少中间投入品的消 EconomicsandStatistics,1970,52(3):262 耗,提倡就地加工,减少产地和加工地之间的运输距 [12]SUB,ANGBW,LIYZ.Input-outputandstructural decompositionanalysisofSingapore’scarbonemissions[J]. 离,减少无效能源消耗与碳排放。与农业相关的批 EnergyPolicy,2017,105:484?492 发零售、运输仓储和餐饮的碳排放量在农业食物系 [13]ZHUBZ,SUB,LIYZ.Input-outputandstructural 统能源活动碳排放中占比持续增加,应当引起重视。 decompositionanalysisofIndia’scarbonemissionsand 与农业相关的运输仓储应通过优化农产品运输路线、 intensity,2007/08-2013/14[J].AppliedEnergy,2018,230: 1545?1556 提高新能源交通比重、优化仓储库存量等措施降低 [14]LIYZ,SUB,DASGUPTAS.StructuralpathanalysisofIndia’s 食物流通环节的能源消耗;餐饮行业可通过提高清 carbonemissionsusinginput-outputandsocialaccounting 洁能源使用比例,最大化降低能源消耗。 matrixframeworks[J].EnergyEconomics,2018,76:457?469 [15]杜丽娟,马靖森,郎鹏,等.中匈贸易隐含碳测算与对策分 参考文献References 析[J].华北理工大学学报(社会科学版),2021,21(3): 130?136 [1]IPCC.SummaryforPolicymakers[M]//ClimateChange2021: DULJ,MAJS,LANGP,etal.Estimationofimplicitcarbon ThePhysicalScienceBasis.ContributionofWorkingGroupⅠ inChina-Hungarytradeandthecountermeasureanalysis[J]. totheSixthAssessmentReportoftheIntergovernmentalPanel JournalofNorthChinaUniversityofScienceandTechnology onClimateChange.Cambridge:CambridgeUniversityPress, (SocialScienceEdition),2021,21(3):130?136 2021 [16]冯居易,魏修建.基于投入产出法的中国互联网行业经济效 [2]CAMPANHOLAC,PANDEYS.SustainableFoodand 应分析[J].统计与决策,2021,37(15):123?127 Agriculture—AnIntegratedApproach.2019[M].TheFood FENGJY,WEIXJ.AnalysisoftheeconomiceffectofChina’s andAgricultureOrganizationoftheUnitedNations(FAO). internetindustrybasedontheinput-outputmethod[J].Statistics& ElsevierInc.,2019 Decision,2021,37(15):123?127 [3]BRAUNVONJ,AFSANAK,FORSCO,etal.FoodSystems— [17]刘宇,吕郢康,周梅芳.投入产出法测算CO2排放量及其影 Definition,ConceptandApplicationfortheUNFoodSystems 响因素分析[J].中国人口·资源与环境,2015,25(9):21?28 Summit[EB/OL].UnitedNationsFoodSystemsSummit2021 LIUY,LYUYK,ZHOUMF.Analysisontheinfluence ScientificGroup.2018.https://www.un.org/en/food-systems- factorsofcomputingCO2emissionbyinput-outputmethod[J]. summit/leadership#scientific-group ChinaPopulation,ResourcesandEnvironment,2015,25(9): [4]金书秦,林煜,牛坤玉.以低碳带动农业绿色转型:中国农 21?28 业碳排放特征及其减排路径[J].改革,2021(5):29?37 [18]YANGJ,HUANGZH,ZHANGXB,etal.Therapidriseof JINSQ,LINY,NIUKY.Drivinggreentransformationof cross-regionalagriculturalmechanizationservicesinChina[J]. agriculturewithlowcarbon:Characteristicsofagricultural AmericanJournalofAgriculturalEconomics,2013,95(5): carbonemissionsanditsemissionreductionpathinChina[J]. 1245?1251 Reform,2021(5):29?37 [19]郑志浩,高颖,赵殷钰.收入增长对城镇居民食物消费模式 [5]孙世芳.以低碳带动农业绿色转型[N].经济日报,2021-11- 的影响[J].经济学(季刊),2016,15(1):263?288 03(11) ZHENGZH,GAOY,ZHAOYY.Impactofincomegrowthon SUNSF.Drivinggreentransformationofagriculturewithlow foodconsumptionpatternsinurbanChina[J].ChinaEconomic carbon[N].EconomicDaily,2021-11-03(11) Quarterly,2016,15(1):263?288 [6]CRIPPAM,SOLAZZOE,GUIZZARDID,etal.Foodsystems [20]ZHANGYM,DIAOXS.Thechangingroleofagriculturewith areresponsibleforathirdofglobalanthropogeniccarbon economicstructuralchange—ThecaseofChina[J].China emissions[J].NatureFood,2021,2(3):198?209 EconomicReview,2020,62:101504 [7]POOREJ,NEMECEKT.Reducingfood’senvironmental [21]吴巧生,陈亮,张炎涛,等.中国能源消费与GDP关系的再 impactsthroughproducersandconsumers[J].Science,2018, 检验?基于省际面板数据的实证分析[J].数量经济技术经 360(6392):987?992 济研究,2008,25(6):27?40 [8]ROSENZWEIGC,MBOWC,BARIONILG,etal.Climate WUQS,CHENL,ZHANGYT,etal.Retestingthegranger changeresponsesbenefitfromaglobalfoodsystemcausalitybetweenenergyconsumptionandGDPinChina:based approach[J].NatureFood,2020,1(2):94?97ontheprovincialpaneldataanalysis[J].TheJournalof [9]CAOSY,XIEGD,ZHENL.TotalembodiedenergyQuantitative&TechnicalEconomics,2008,25(6):27?40 http://www.ecoagri.ac.cn |
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