| [1]赵宇晨.区块链技术在农产品供应链中的发展[J].电子技术与软件工程，2020(12)：145-146.
[2]孙道权，庄愉，孙宁苓.区块链技术在农业领域中的应用[J].农业技术与装备，2020,362(02)：67-69.
[3]汪汇涓，周爱莲，梁晓贺，等.区块链技术在农产品溯源领域的应用研究[J].中国农学通报，2020,36(36)：158-164.
[4]范长英.区块链在供应链的应用分析[J].科技经济导刊，2021，29(09)：33-34.
[5]王梓煜，侯艺瑾，郑泽杰。区块链技术与农产品供应链结合的价值研究[J].商展经济，2021(08)：83-85.
[6]陈宝国，应秋阳.基于Citespace的国内区块链研究现状及热点分析[J].经济界，2020(04)：14-22.
[7]Baralla G,Pinna A,Corrias G.Ensure Traceability in EuropeanFood Supply Chain by using a blockchain System [C].2019 IEEE/ACM 2nd International Workshop on Emerging Trends in SoftwareEngineering for Blockchain (WETSEB).ACM,2019,5:40-47.
[8]Baralla G,Pinna A,Tonelli R,et al.Ensuring transparency andtraceability of food local products:A blockchain application to aSmart Tourism Region [J].Con-currency And Computation-Prac-tice Experience,2021,33 (1):1-18.
[9]朱建明，张沁楠，高胜.区块链关键技术及其应用研究进展[J].太原理工大学学报，2020,51(03)：321-330.
[10]李盾，张恩，王利利.区块链技术发展现状及前景探究[J]中国管理信息化，2020,23(20)：181-182.
11]Yadavv S,Singh A R,Rautr D,et al.Blockchain technology a-doption barriers in the Indian agricultural supply chain:an integ-rated approach [J].Resources Conservation And Recycling,2020,161:1-15.
[12]Kumar R,Kumar P,Tripathi R,et al.SP2F:A se-cured pri-vacy-preserving framework for smart agricultural Unmanned AerialVehicles [J].Computer Networks,2021,187:1-17.
[13]Yadavv S,Singh A R.Use of blockchain to solve se-lect issues ofindian farmers [C].1st International Confer-ence on Advances inMechanical Engineering and Nano-technology ICAMEN2019),2019:1-9.
[14]Ferdous M S,Biswas K,Chowdhury M J M,et al.Integratedplatforms for blockchain enablement M].Role of BlockchainTechnology In Iot Applications,2019,115:41-72.
[15]Chowdhury M J M,Ferdous M S,Biswas K,et al.A survey onblockchain-based platforms for IoT use-cases J].KnowledgeEngineering Review,2020,35:1-24.
[16]Alkahtani M,Khalid Q S,Jalees M,et al.E-Agricultural Sup-ply Chain Management Coupled with Blockchain Effect and Cooper-ative Strategies [J].Sustaina-bility,2021,13 (2):1-29.
[17]Ferrag M A,Shu L,Yang X,et al.Security and Pri-vacy forGreen IoT-Based Agriculture:Review,Blockchain Solutions,and Challenges [J].Ieee Access,2020,8:32031-32053.
[18]刘宗媛，黄忠义，孟雪.中外区块链监管政策对比分析[J].网络空间安全，2020,11(06)：19-24.
[19]Kamble SS,Gunasekaran A,Sharma R.Mod-eling the block-chain enabled traceability in agriculture supply chain [J].Inter-national Joural Of Information Management,2020,52:1-16.
[20]Kamble SS,Gunasekaran A,Gawankar S A.Achieving sustain-able performance in a data-driven agricul-ture supply chain:Areview for research and applications [J].International Journal OfProduction Economics,2020,219:179-194.
[21]Sharma R,Kamble S S,Gunasekaran A,et al.A systematic lit-erature review on machine leaming applications for sustainable agri-culture supply chain performance [J].Computers OperationsResearch,2020,119:1-17.
[22]Karlsson K,Jiang W T,Wicker S,et al.Vegvisir:A Partition-Tolerant Blockchain for the Inter-net-of-Things C].38th IEEEInternational Conference on Distributed Computing Systems (IC-DCS).EEE,2018:1150-1158.
[23]孟祥宝.区块链技术在现代农业中的应用[J].现代农业装备，2018(06)：21-22.
[24]夏婷，潘亚东，张萍，等.区块链技术在家禽业的应用前景[J].江苏农业科学，2020,48(09)：46-49.
[25]付豪，赵翠萍，程传兴.区块链嵌入、约束打破与农业产业链治理[J].农业经济问题，2019(12)：108-117.
[26]芦千文.区块链加快农业现代化的理论前景、现实挑战与推进策略[J].农村经济，2021(01)：126-136. |
