为准确了解世界农业工程学科的演进发展过程,把握学科未来发展方向,为中国农业工程学科发展提供借鉴,为农业强国建设和中国式现代化提供学科支撑,该研究基于Web of Science核心数据,精选世界农业工程领域的30种期刊,采用文献计量学方法...为准确了解世界农业工程学科的演进发展过程,把握学科未来发展方向,为中国农业工程学科发展提供借鉴,为农业强国建设和中国式现代化提供学科支撑,该研究基于Web of Science核心数据,精选世界农业工程领域的30种期刊,采用文献计量学方法和可视化图谱软件,绘制了1965-2021年6个时段(1965-1970年、1971-1980年、1981-1990年、1991-2000年、2001-2010年、2011-2021年)的世界农业工程学科研究相关图谱。结果表明:世界农业工程学科主要研究内容经历了从水、土壤、多孔介质、畜禽粪污处理及环境污染控制等传统学科领域到生物质资源生产、预处理、厌氧消化,藻类培养,木质纤维素利用,人工神经网络、人工智能、物联网、计算机信息、光谱、大数据、“3S”等技术在农业中应用(精准农业、智慧农业、垂直农业等)等学科交叉研究的深度转化。从研究产出量看,20世纪,美国在世界农业工程研究领域处于领先地位,其次为加拿大和英国;21世纪,中国、印度和巴西跻身前列,2011-2021年中国跃升至首位。农业工程交叉学科的特点日趋突出,相关学科交叉研究期刊的载文量和影响力逐渐提升。基于这种发展趋势,对中国农业工程学科未来发展提出建议:根据中国式现代化发展需求和农业强国建设需求,系统布局和规划学科整体发展;加强与发达国家和新兴发展中国家在农业、生物系统工程、环境工程、水土资源、计算机、电子信息技术等领域合作;以农业强国建设目标引领农业工程学科发展。研究为新时期中国农业工程学科创新发展提供了重要参考,为中国式农业现代化提供了有力的科技与人才支撑。展开更多
随着物联网、大数据、人工智能等技术的进步,全球农业机器人研究迅速发展。为了解全球农业机器人的发展现状,该研究基于Web of Science(WoS)核心数据,利用知识图谱可视化软件,绘制农业机器人研究领域知识图谱。研究表明:农业机器人研究...随着物联网、大数据、人工智能等技术的进步,全球农业机器人研究迅速发展。为了解全球农业机器人的发展现状,该研究基于Web of Science(WoS)核心数据,利用知识图谱可视化软件,绘制农业机器人研究领域知识图谱。研究表明:农业机器人研究大致可以分为4个发展阶段,当前农业机器人研究进入加速发展期,逐步向多功能、智能化自主无人系统发展;中国与美国,美国与西班牙以及中国和日本之间的合作最为密切;中国农业机器人相关研究“量质齐增”,尤其是水果采摘机器人,取得较多成果。最后对中国农业机器人的发展提出了几点建议,加强基础研究,实现高水平科技自立自强;提升农业机器人的智能化水平,适应不同作业环境,保证作业性能的稳定性、高质量和高效率;制定扶持引导政策,加大投入,加强研发和人才队伍建设,推动农业机器人技术与装备的可持续健康发展与应用。展开更多
In 2022,we experienced an eventful and fruitful year facing the global pandemic of COVID-19 and many uncertainties.All the 182 papers published in the International Journal of Agricultural and Biological Engineering(I...In 2022,we experienced an eventful and fruitful year facing the global pandemic of COVID-19 and many uncertainties.All the 182 papers published in the International Journal of Agricultural and Biological Engineering(IJABE)in 2022 have been indexed and abstracted by the Web of Science Core Collection and other famous indexing databases in a timely manner.The total number of DOI resolutions of IJABE papers in the past 12 months from January 2022 to January 2023 reached 113116,with increasing international resolutions.The Fourth Term IJABE International Editorial Board was updated,and more outstanding young researchers,scientists,and scholars were recruited to be included in the editorial board.IJABE keeps bursting with new vitality.展开更多
The Soil and Water Assessment Tool(SWAT)ecohydrological model is used worldwide to evaluate hydrological and water quality concerns across a plethora of watershed scales and environmental conditions.The ten studies fe...The Soil and Water Assessment Tool(SWAT)ecohydrological model is used worldwide to evaluate hydrological and water quality concerns across a plethora of watershed scales and environmental conditions.The ten studies featured in this special issue confirm the global utility of SWAT,which include applications of the model in Brazil,China,Ethiopia and the United States.The range of applications reported in the special issue mirror broader trends in the extensive existing SWAT literature and provide valuable insights regarding input data sensitivity,testing,scenario analysis,software development and other important SWAT-related advancements.Brief summaries of these ten studies in this SWAT special issue are provided,highlighting key procedures and findings for each application.A brief description of SWAT structure and historical development is also given including a complete listing of key documentation and enhancements for every major release of the model between the early 1990s to the present time.This overview will serve as a guide to better reading and understanding of the ten research papers in this SWAT special issue of IJABE.展开更多
Traditional agriculture bases most of its operations or practices on soil tillage,which causes likely occurrence of water and soil erosion and sediment runoff.In order to conserve soil,water and environment,Conservati...Traditional agriculture bases most of its operations or practices on soil tillage,which causes likely occurrence of water and soil erosion and sediment runoff.In order to conserve soil,water and environment,Conservation agriculture(CA)is increasingly adopted to replace traditional tillage agriculture to achieve sustainable and profitable agriculture and subsequently improve the livelihoods of farmers.CA holds great potential for all sizes of farms and agro-ecological systems,but its adoption is most urgently required by smallholder farmers,especially those short of laborers.Small/medium size no-till machines and implements are the key to CA adoption.A review article on small/medium size no/minimum-till seeders in Asia published in IJABE triggers a lot of scientific conversation on how to develop suitable no-till equipment among peer experts.This paper presents a collection of these post-publication peer review comments including commentary,questions,answers,suggestions,critical thinking,etc.The authors of the review article also provide response,summary of the review comments and their own standpoints.This open post-publication review and commentary may add value to the published review article and provide new ideas useful for future research and development of CA equipment.展开更多
文摘为准确了解世界农业工程学科的演进发展过程,把握学科未来发展方向,为中国农业工程学科发展提供借鉴,为农业强国建设和中国式现代化提供学科支撑,该研究基于Web of Science核心数据,精选世界农业工程领域的30种期刊,采用文献计量学方法和可视化图谱软件,绘制了1965-2021年6个时段(1965-1970年、1971-1980年、1981-1990年、1991-2000年、2001-2010年、2011-2021年)的世界农业工程学科研究相关图谱。结果表明:世界农业工程学科主要研究内容经历了从水、土壤、多孔介质、畜禽粪污处理及环境污染控制等传统学科领域到生物质资源生产、预处理、厌氧消化,藻类培养,木质纤维素利用,人工神经网络、人工智能、物联网、计算机信息、光谱、大数据、“3S”等技术在农业中应用(精准农业、智慧农业、垂直农业等)等学科交叉研究的深度转化。从研究产出量看,20世纪,美国在世界农业工程研究领域处于领先地位,其次为加拿大和英国;21世纪,中国、印度和巴西跻身前列,2011-2021年中国跃升至首位。农业工程交叉学科的特点日趋突出,相关学科交叉研究期刊的载文量和影响力逐渐提升。基于这种发展趋势,对中国农业工程学科未来发展提出建议:根据中国式现代化发展需求和农业强国建设需求,系统布局和规划学科整体发展;加强与发达国家和新兴发展中国家在农业、生物系统工程、环境工程、水土资源、计算机、电子信息技术等领域合作;以农业强国建设目标引领农业工程学科发展。研究为新时期中国农业工程学科创新发展提供了重要参考,为中国式农业现代化提供了有力的科技与人才支撑。
文摘随着物联网、大数据、人工智能等技术的进步,全球农业机器人研究迅速发展。为了解全球农业机器人的发展现状,该研究基于Web of Science(WoS)核心数据,利用知识图谱可视化软件,绘制农业机器人研究领域知识图谱。研究表明:农业机器人研究大致可以分为4个发展阶段,当前农业机器人研究进入加速发展期,逐步向多功能、智能化自主无人系统发展;中国与美国,美国与西班牙以及中国和日本之间的合作最为密切;中国农业机器人相关研究“量质齐增”,尤其是水果采摘机器人,取得较多成果。最后对中国农业机器人的发展提出了几点建议,加强基础研究,实现高水平科技自立自强;提升农业机器人的智能化水平,适应不同作业环境,保证作业性能的稳定性、高质量和高效率;制定扶持引导政策,加大投入,加强研发和人才队伍建设,推动农业机器人技术与装备的可持续健康发展与应用。
文摘In 2022,we experienced an eventful and fruitful year facing the global pandemic of COVID-19 and many uncertainties.All the 182 papers published in the International Journal of Agricultural and Biological Engineering(IJABE)in 2022 have been indexed and abstracted by the Web of Science Core Collection and other famous indexing databases in a timely manner.The total number of DOI resolutions of IJABE papers in the past 12 months from January 2022 to January 2023 reached 113116,with increasing international resolutions.The Fourth Term IJABE International Editorial Board was updated,and more outstanding young researchers,scientists,and scholars were recruited to be included in the editorial board.IJABE keeps bursting with new vitality.
文摘The Soil and Water Assessment Tool(SWAT)ecohydrological model is used worldwide to evaluate hydrological and water quality concerns across a plethora of watershed scales and environmental conditions.The ten studies featured in this special issue confirm the global utility of SWAT,which include applications of the model in Brazil,China,Ethiopia and the United States.The range of applications reported in the special issue mirror broader trends in the extensive existing SWAT literature and provide valuable insights regarding input data sensitivity,testing,scenario analysis,software development and other important SWAT-related advancements.Brief summaries of these ten studies in this SWAT special issue are provided,highlighting key procedures and findings for each application.A brief description of SWAT structure and historical development is also given including a complete listing of key documentation and enhancements for every major release of the model between the early 1990s to the present time.This overview will serve as a guide to better reading and understanding of the ten research papers in this SWAT special issue of IJABE.
基金the financial support by the Program for Changjiang Scholars and Innovative Research Team in University of China(Grant No.IRT13039).
文摘Traditional agriculture bases most of its operations or practices on soil tillage,which causes likely occurrence of water and soil erosion and sediment runoff.In order to conserve soil,water and environment,Conservation agriculture(CA)is increasingly adopted to replace traditional tillage agriculture to achieve sustainable and profitable agriculture and subsequently improve the livelihoods of farmers.CA holds great potential for all sizes of farms and agro-ecological systems,but its adoption is most urgently required by smallholder farmers,especially those short of laborers.Small/medium size no-till machines and implements are the key to CA adoption.A review article on small/medium size no/minimum-till seeders in Asia published in IJABE triggers a lot of scientific conversation on how to develop suitable no-till equipment among peer experts.This paper presents a collection of these post-publication peer review comments including commentary,questions,answers,suggestions,critical thinking,etc.The authors of the review article also provide response,summary of the review comments and their own standpoints.This open post-publication review and commentary may add value to the published review article and provide new ideas useful for future research and development of CA equipment.