This paper discusses the development characteristics of urban horticulture under the background of smart agriculture,as well as the application of artificial intelligence technology in it.It analyzes the importance of...This paper discusses the development characteristics of urban horticulture under the background of smart agriculture,as well as the application of artificial intelligence technology in it.It analyzes the importance of highly skilled talents in urban agriculture in the era of smart agriculture and their cultivation pathways and practices.It proposes measures such as building multi-level practical teaching platforms,implementing the“Enjoy Horticulture”series of high-quality activities,and establishing the“1234”applied talent training model to cultivate high-quality talents that meet the development needs of modern urban horticulture industry.Taking Beijing University of Agriculture and other universities as examples,the paper analyzes the practical cases and effects of the urban horticulture discipline’s industry-education-research collaborative talent training model,which has reference significance for further improving and perfecting the urban horticulture industry-education-research collaborative talent training plan.展开更多
Whilst phosphorus(P)in soil is considered to be abundant,the portion available for plant uptake constitutes less than 1%of the overall P present.To enhance crop productivity,the utilization of mineral P fertilizers ha...Whilst phosphorus(P)in soil is considered to be abundant,the portion available for plant uptake constitutes less than 1%of the overall P present.To enhance crop productivity,the utilization of mineral P fertilizers has become pervasive in agriculture.Nonetheless,the escalating prices of chemical fertilizers,coupled with new European regulations prohibiting the use of P fertilizers containing cadmium,have highlighted the urgency to identify environmentally friendly products and practices for P fertilization in agricultural soils.This comprehensive review delves into the current landscape of P fertilization from agricultural,political,and economic standpoints.We recognize the potential of microbes in mobilizing P,but emphasize the necessity for more robust research to establish their effectiveness in promoting plant P uptake under real-world conditions.Additionally,we explore the role of agricultural conservation practices,such as optimal tillage,diversified cropping systems,and increased organic carbon input,in conserving P.Furthermore,this review contemplates forthcoming innovations in research.These innovations encompass the development of enhanced formulations for biofertilizers and the undertaking of more comprehensive studies within the realm of conservation agriculture.All these endeavors collectively hold the potential to augment P accessibility to plants in a sustainable manner,thereby advancing agricultural sustainability and productivity.展开更多
Plant synthetic biology has emerged as a transformative field in agriculture,offering innovative solutions to enhance food security,provide resilience to climate change,and transition to sustainable farming practices....Plant synthetic biology has emerged as a transformative field in agriculture,offering innovative solutions to enhance food security,provide resilience to climate change,and transition to sustainable farming practices.By integrating advanced genetic tools,computational modeling,and systems biology,researchers can precisely modify plant genomes to enhance traits such as yield,stress tolerance,and nutrient use efficiency.The ability to design plants with specific characteristics tailored to diverse environmental conditions and agricultural needs holds great potential to address global food security challenges.Here,we highlight recent advancements and applications of plant synthetic biology in agriculture,focusing on key areas such as photosynthetic efficiency,nitrogen fixation,drought tolerance,pathogen resistance,nutrient use efficiency,biofortification,climate resilience,microbiology engineering,synthetic plant genomes,and the integration of artificial intelligence with synthetic biology.These innovations aim to maximize resource use efficiency,reduce reliance on external inputs,and mitigate environmental impacts associated with conventional agricultural practices.Despite challenges related to regulatory approval and public acceptance,the integration of synthetic biology in agriculture holds immense promise for creating more resilient and sustainable agricultural systems,contributing to global food security and environmental sustainability.Rigorous multi-field testing of these approaches will undoubtedly be required to ensure reproducibility.展开更多
Agricultural workers are among the most vulnerable groups facing occupational health risks,yet their protection remains insufficient globally.Despite employing nearly one-third of the global workforce,agriculture is o...Agricultural workers are among the most vulnerable groups facing occupational health risks,yet their protection remains insufficient globally.Despite employing nearly one-third of the global workforce,agriculture is one of the most hazardous sectors,with risks intensified by climate change and limited regulatory coverage.This commentary examines emerging challenges,research gaps,and policy directions,with a focus on international frameworks and China's recent experiences.While initiatives like Healthy China 2030 and pilot projects using international tools have advanced rural occupational health,major barriers persist,especially for precarious and informal agricultural workers.Strengthening national actions and international coordination is urgently needed.Reviving the Joint ILO/WHO Committee on Occupational Health would help bridge the gap between global commitments and local implementation.Protecting agricultural workers is essential for promoting human rights,advancing public health resilience,and achieving sustainable development goals related to health,labor,and food security.展开更多
Description Journal of Integrative Agriculture(JIA),formerly Agricultural Sciences in China(AsC),founded in 2002,is sponsored by Chinese Academy of Agricultural Sciences(CAAS),co-sponsored by Chinese Association of Ag...Description Journal of Integrative Agriculture(JIA),formerly Agricultural Sciences in China(AsC),founded in 2002,is sponsored by Chinese Academy of Agricultural Sciences(CAAS),co-sponsored by Chinese Association of Agricultural Science Societies(CAAsS).JIAis a peer-reviewed and multi-disciplinary international journal and published monthly in English.JIA Editorial Board consists of 289 well-respected scholars of agricultural scientific fields.CAAS President,Academician Kongming Wu is the Chairman of the Board,and Academician Hualan Chen is the Editor-in-Chief.JIA has been available online at ScienceDirect since 2006 and is a leading academic journal in agricultural sciences in China.As released by JCR,the latest IF of the journal is 4.6.展开更多
Instruction to Authors Aims and Scope Journal of Integrative Agriculture(JIA),formerly Agricultural Sciences in China(ASC),founded in 2002,is sponsored by Chinese Academy of Agricultural Sciences(CAAS),co-sponsored by...Instruction to Authors Aims and Scope Journal of Integrative Agriculture(JIA),formerly Agricultural Sciences in China(ASC),founded in 2002,is sponsored by Chinese Academy of Agricultural Sciences(CAAS),co-sponsored by Chinsese Association of Agricultural Science Societies(CAAsS).展开更多
Nanotechnology offers promising perspectives for revolutionizing agriculture by enhancing productivity and sustainability.Although the global agricultural nanotechnology market was valued at US$352.4 billion in 2023 a...Nanotechnology offers promising perspectives for revolutionizing agriculture by enhancing productivity and sustainability.Although the global agricultural nanotechnology market was valued at US$352.4 billion in 2023 and is estimated to reach US$868.9 billion by 2031,concerns about adverse environmental effects persist.This review summarizes the latest developments and perspectives of nanotechnology applied to agriculture,highlighting both advancements and potential impacts on soil ecosystems.However,concerns regarding regulatory measures,economic viability,and scalability hinder its widespread adoption.Collaboration among stakeholders is crucial to establishing effective frameworks for the safe and responsible application of nanotechnology in agriculture.Despite these concerns,nanotechnology holds great promise for addressing emerging challenges in agriculture and advancing toward more sustainable and efficient practices.展开更多
Straw burning has emerged as a persistent and multifaceted challenge within global agricultural systems,particularly across Asia,Africa,and Latin America.This review reframes straw burning not as an isolated behaviora...Straw burning has emerged as a persistent and multifaceted challenge within global agricultural systems,particularly across Asia,Africa,and Latin America.This review reframes straw burning not as an isolated behavioral issue,but as the outcome of interlinked structural,technological,and socio-cultural constraints embedded in modern agricultural transitions.Drawing on a synthesis of recent empirical studies,we identify four conceptual turning points that reshape the understanding of straw burning:the structural consequences of mechanization,the trade-offs between high-and low-tech solutions,the cultural legitimacy of burning practices,and the need for systems-based,climate-aligned management paradigms.The analysis reveals that interventions focusing solely on technical innovation often overlook the deeper institutional and cultural factors that sustain burning as a rational choice under constrained conditions.We advocate for hybrid,place-based strategies that combine accessible agronomic practices with long-term investments in infrastructure,policy alignment,and community engagement.Moving beyond fragmented solutions and adopting an integrated systems lens enables this study to contribute a forward-looking framework for sustainable straw management that is environmentally just,socially legitimate,and economically viable.展开更多
Cooperation with China a catalyst for Africa’s agriculture.Agricultural cooperat ion between China and Africa holds transformative potential for poverty alleviation and rural development.China and Africa were at a si...Cooperation with China a catalyst for Africa’s agriculture.Agricultural cooperat ion between China and Africa holds transformative potential for poverty alleviation and rural development.China and Africa were at a similar development stage in the mid-20th century.However,China’s success in lifting itself out of extreme poverty offers critical lessons for Africa,where agriculture remains the cornerstone of economic development.展开更多
Climate change remains one of the threats to sustainable development.In the Republic of Guinea,agriculture is largely dominated by family farms,which constitute almost all village agricultural activity units.The agric...Climate change remains one of the threats to sustainable development.In the Republic of Guinea,agriculture is largely dominated by family farms,which constitute almost all village agricultural activity units.The agricultural sector is the most affected by the effects of climate change.Agriculture plays an important role in the economy with 20%of the state budget.It is in order to understand how agriculture is influenced by climate change in Taigbéthat we chose to work on“The Impact of Climate Change on Agriculture in Taigbé,Kamsar Sub-Prefecture”.For this work,we set ourselves two objectives(i)to characterize endogenous practices of adaptation to climate change in Taïgbé,in the Kamsar Sub-Prefecture and(ii)to establish the change map.To process this work,survey and mapping methods were used in addition to the collection of statistical and climatic data.The results obtained show that farmers on the island of Taïgbéhave developed some endogenous practices to cope with climate change,including market gardening(27%),fishing(26%),salt production(12%),small trade(8%)and other activities(27%).The study also reveals a loss of 208,883 ha of land,an increase in mangrove plains to 91,421 ha.In addition,in the area,there is a late start and early end of the rains.Most respondents(69%)identified the flooding of their fields as an impact of climate change in their locality.This study helped to understand that the major impact of rising sea levels is the loss of agricultural land due to flooding.展开更多
Aims and Scope Journal of Integrative Agriculture(JIA),formerly Agricultural Sciences in China(ASC),founded in 2002,is sponsored byChineseAcademy of Agricultural Sciences(CAAS),co-sponsored by Chinsese Association of ...Aims and Scope Journal of Integrative Agriculture(JIA),formerly Agricultural Sciences in China(ASC),founded in 2002,is sponsored byChineseAcademy of Agricultural Sciences(CAAS),co-sponsored by Chinsese Association of Agricultural Science Societies(CAAsS).The latest IF is 4.4.JiA seeks to publish those papers that are influential and will significantly advance scientific understanding in agriculture fields worldwide.JIA publishes manuscripts in the categories of Commentary,Review,Research Article,Letter and'Short Communication,focusing on the core subjects:Crop Science:Horticulture·Plant ProtectionAnimal Science·Veterinary Medicine·Agro-ecosystem&Environment·Food Science:Agriculturai Economics and Management·Agricultural Information Science.展开更多
This study examines the management of human resource training in vocational colleges under Vietnam’s Ministry of Agriculture and Environment,focusing on the transition to smart agriculture.A mixed-methods design was ...This study examines the management of human resource training in vocational colleges under Vietnam’s Ministry of Agriculture and Environment,focusing on the transition to smart agriculture.A mixed-methods design was employed,combining policy analysis,surveys at five colleges,and interviews with administrators and lecturers.Findings reveal that while elements of smart agriculture and digital transformation have entered training programs,integration remains fragmented.Curricula emphasize theory over practice,faculty have limited expertise in digital agriculture,and facilities lack modern technology.Weak industry collaboration further widens the gap between training and labor market demands.Using the integrated CIPO-Logic Model,the study identifies misalignments among context,inputs,processes,and outputs that reduce graduate employability and hinder sustainable farming practices.The results highlight the urgent need for comprehensive management reforms that update curricula,enhance faculty capacity,and foster school-industry partnerships.Strengthening these areas will help vocational colleges produce a workforce equipped for digital transformation and support Vietnam’s national agenda for smart,sustainable agriculture.The study provides evidence-based recommendations to guide policymakers,educational leaders,and practitioners in aligning vocational training with future agricultural development needs.展开更多
Roughly one-third of the food produced globally is lost or wasted at some stage along the supply chain,according to the United Nations Food and Agriculture Organization.Inefficiencies along the food value chain and in...Roughly one-third of the food produced globally is lost or wasted at some stage along the supply chain,according to the United Nations Food and Agriculture Organization.Inefficiencies along the food value chain and in consumption have considerable environmental,economic,and social impacts,thus representing a global challenge.Digitalization in agriculture has great potential to improve efficiency,effectiveness,sustainability,resilience,and competitiveness across this sector through Internet of Things(IoT),Blockchain,sensors,data analytics and AI-based tools,leading to more targeted and precise agricultural operations and improved traceability.The EU Policy Guidelines for 2024-2029 showcase this potential by giving a key and priority role to supporting the entire food supply chain.In this research,particular attention will be given to safeguarding food safety through the use of IoT.A bibliometric analysis will be conducted on the Scopus research items(timeframe:2012-2024).This analysis will enable us to examine the intellectual structure of this field of study and outline its main applications,as well as identify the key critical issues in its implementation.The future lines of research,as well as their academic and practical implications,will be highlighted.展开更多
Agricultural insurance plays a key role in promoting the coordinated development of green agriculture and farmers’income growth,which is crucial for China’s high-quality agricultural development.Using the coupling c...Agricultural insurance plays a key role in promoting the coordinated development of green agriculture and farmers’income growth,which is crucial for China’s high-quality agricultural development.Using the coupling coordination degree model,this study empirically demonstrates that the development of agricultural insurance significantly promotes the coordinated development of green agriculture and farmers’income growth once a certain threshold is exceeded.This effect is more pronounced in the major grain-producing regions and the central provinces.Expanding the scale of agricultural production and increasing investment in agricultural technology are the key mechanisms through which agricultural insurance supports the dual goals of green agriculture and income growth in China.In conclusion,this study proposes several policy recommendations,which include increasing investment in agricultural insurance infrastructure,strengthening the policy guidance for agricultural insurance,and designing differentiated agricultural insurance policies.展开更多
Against the backdrop of digital transformation,the agricultural digital economy is showing promising development trends,yet it also faces numerous challenges that hinder its high-quality growth.To align with the requi...Against the backdrop of digital transformation,the agricultural digital economy is showing promising development trends,yet it also faces numerous challenges that hinder its high-quality growth.To align with the requirements of agricultural digital transformation in the new era,it is necessary to accelerate the construction of digital infrastructure,create a favorable industrial environment,enhance the overall quality of the workforce,and implement a comprehensive approach to elevate the development level of the agricultural digital economy,thereby driving the high-quality development of modern agriculture.This article focuses on the development of the agricultural digital economy,summarizes relevant policies and practical pathways,and aims to provide references for related theories and practices.展开更多
Description Joural of Integrative Agriculture(JIA),formerly Agricultural Sciences in China(ASC),founded in 2002,is sponsored by Chinese Academy of Agricultural Sciences(CAAS),co-sponsored by Chinese Association of Agr...Description Joural of Integrative Agriculture(JIA),formerly Agricultural Sciences in China(ASC),founded in 2002,is sponsored by Chinese Academy of Agricultural Sciences(CAAS),co-sponsored by Chinese Association of Agricultural Science Societies(CAASS).展开更多
Description Journal of Integrative Agriculture(JIA),formerly Agricultural Sciences in China(AsC),founded in 2002,is sponsored by Chinese Academy of Agricultural Sciences(CAAS),co-sponsored by Chinese Association of Ag...Description Journal of Integrative Agriculture(JIA),formerly Agricultural Sciences in China(AsC),founded in 2002,is sponsored by Chinese Academy of Agricultural Sciences(CAAS),co-sponsored by Chinese Association of Agricultural Science Societies(CAAsS).JIA is a peer-reviewed and multi-disciplinary international journal and published monthly in English.展开更多
There is a need for more focus in understanding the economic benefits of Climate-Smart Agriculture(CSA)interventions,particularly in sub-Saharan Africa,where extreme climate events are significantly affecting agricult...There is a need for more focus in understanding the economic benefits of Climate-Smart Agriculture(CSA)interventions,particularly in sub-Saharan Africa,where extreme climate events are significantly affecting agriculture and rural livelihoods.This study used the Net Present Value(NPV),Internal Rate of Return(IRR),Benefit-Cost Ratio(BCR),and payback period to evaluate the economic viability of the adopted CSA interventions in the three villages(Doggoh,Jeffiri,and Wulling)of the dryland farming systems of northern Ghana,where CSA interventions were mostly practiced.Data were collected from 161 farm households by the questionnaire survey.The results showed that CSA interventions including livestock-crop integration,mixed cropping,crop rotation,nutrient integration,and tie ridging enhanced crop yield and the household income of smallholder farmers.The five CSA interventions selected by smallholders were in the following order of priority:livestock-crop integration(BCR=2.87),mixed cropping(BCR=2.54),crop rotation(BCR=2.24),nutrient integration(BCR=1.98),and tie ridging(BCR=1.42).Results further showed that livestock-crop integration was the most profitable CSA intervention even under a pessimistic assumption with a long payback period of 5.00 a.Moreover,this study indicated that the implementation of CSA interventions,on average,was relatively profitable and had a nominal financial risk for smallholder farmers.Understanding the economic viability of CSA interventions will help in decision-making process toward selecting the right CSA interventions for resilience development.展开更多
Soil health is defined as“the ability of the soil to sustain the productivity,diversity,and environmental services of terrestrial ecosystems”by the Intergovernmental Technical Panel on Soils of the FAO.This concept ...Soil health is defined as“the ability of the soil to sustain the productivity,diversity,and environmental services of terrestrial ecosystems”by the Intergovernmental Technical Panel on Soils of the FAO.This concept is increasingly being recognized as an actionable platform for diverse stakeholders in modern society.Despite the critical roles of soil in supporting agriculture,sustaining ecosystems,and mitigating climate change,soil health has long been undervalued and often overlooked.As we look to the future,prioritizing soil health is essential to ensuring food security,environmental sustainability,and the well-being of future generations.展开更多
This research paper addresses,from an ecogeographic perspective within a localised context,a new concept of nature conservation within modern farming systems:the direct seeding technique based on the principles of the...This research paper addresses,from an ecogeographic perspective within a localised context,a new concept of nature conservation within modern farming systems:the direct seeding technique based on the principles of the Conservation Agriculture System(CAS).The adoption of CAS aims to increase soil fertility,promote biodiversity,and sustain production,making it one of the most effective adaptation solutions available to address the challenges of climate change.CAS is defined as a farming system based on three key principles:minimal soil disturbance(reduced or zero tillage),maintaining a permanent soil cover(with residues from previous crops),and adopting crop rotation(diversifying crops rather than limiting them to a single type in consecutive seasons).However,there is limited research and a lack of scientific studies on the implementation of conservation agriculture in developing nations such as Morocco,particularly in the Had Kourt region.This study aims to assess the feasibility of CAS compared to traditional agricultural systems by surveying the opinions of farmers who have experience with both systems and comparing the outcomes of their practices based on simple indicators as an initial stage,with further analysis of additional indicators planned through subsequent scientific investigations.The sampling method used in this study is non-discriminatory,as semi-structured interviews were conducted with a group of farmers to gather their opinions on CAS.The adoption of conservation agriculture has been linked to prior knowledge of the system,acquired through training and fieldwork via application platforms,which remain limited in scope.展开更多
基金The Enhancement Project of Young Teachers Research Innovation Ability(JKC2022006)Beijing Municipal Higher Education Institutions’Teacher Team Construction Support Plan-High-Level Teaching Innovation Team(BPHR20220211)+1 种基金Beijing Higher Education Undergraduate Teaching Reform and Innovation Project(2023003)2024 Beijing University of Agriculture Student Party Members“Vanguard Force Action”Project。
文摘This paper discusses the development characteristics of urban horticulture under the background of smart agriculture,as well as the application of artificial intelligence technology in it.It analyzes the importance of highly skilled talents in urban agriculture in the era of smart agriculture and their cultivation pathways and practices.It proposes measures such as building multi-level practical teaching platforms,implementing the“Enjoy Horticulture”series of high-quality activities,and establishing the“1234”applied talent training model to cultivate high-quality talents that meet the development needs of modern urban horticulture industry.Taking Beijing University of Agriculture and other universities as examples,the paper analyzes the practical cases and effects of the urban horticulture discipline’s industry-education-research collaborative talent training model,which has reference significance for further improving and perfecting the urban horticulture industry-education-research collaborative talent training plan.
基金financed by the Spanish Ministry of Science and Innovation and the European Regional Development Fund(ERDF)(No.PID20211234690BI00)the European Joint Program EJP_Soil(TRACE-Soils)(No.862695)+1 种基金the Spanish Ministry of Science and Innovation(RED2018-102624TMCIN/AEI/10.13039/501100011033)the Project PREPSOIL European Union(No.101070045,HORIZON CSA)。
文摘Whilst phosphorus(P)in soil is considered to be abundant,the portion available for plant uptake constitutes less than 1%of the overall P present.To enhance crop productivity,the utilization of mineral P fertilizers has become pervasive in agriculture.Nonetheless,the escalating prices of chemical fertilizers,coupled with new European regulations prohibiting the use of P fertilizers containing cadmium,have highlighted the urgency to identify environmentally friendly products and practices for P fertilization in agricultural soils.This comprehensive review delves into the current landscape of P fertilization from agricultural,political,and economic standpoints.We recognize the potential of microbes in mobilizing P,but emphasize the necessity for more robust research to establish their effectiveness in promoting plant P uptake under real-world conditions.Additionally,we explore the role of agricultural conservation practices,such as optimal tillage,diversified cropping systems,and increased organic carbon input,in conserving P.Furthermore,this review contemplates forthcoming innovations in research.These innovations encompass the development of enhanced formulations for biofertilizers and the undertaking of more comprehensive studies within the realm of conservation agriculture.All these endeavors collectively hold the potential to augment P accessibility to plants in a sustainable manner,thereby advancing agricultural sustainability and productivity.
基金supported by the Strategic Priority Research Program of the Chinese Academy of Sciences(Category B,XDB1090000).
文摘Plant synthetic biology has emerged as a transformative field in agriculture,offering innovative solutions to enhance food security,provide resilience to climate change,and transition to sustainable farming practices.By integrating advanced genetic tools,computational modeling,and systems biology,researchers can precisely modify plant genomes to enhance traits such as yield,stress tolerance,and nutrient use efficiency.The ability to design plants with specific characteristics tailored to diverse environmental conditions and agricultural needs holds great potential to address global food security challenges.Here,we highlight recent advancements and applications of plant synthetic biology in agriculture,focusing on key areas such as photosynthetic efficiency,nitrogen fixation,drought tolerance,pathogen resistance,nutrient use efficiency,biofortification,climate resilience,microbiology engineering,synthetic plant genomes,and the integration of artificial intelligence with synthetic biology.These innovations aim to maximize resource use efficiency,reduce reliance on external inputs,and mitigate environmental impacts associated with conventional agricultural practices.Despite challenges related to regulatory approval and public acceptance,the integration of synthetic biology in agriculture holds immense promise for creating more resilient and sustainable agricultural systems,contributing to global food security and environmental sustainability.Rigorous multi-field testing of these approaches will undoubtedly be required to ensure reproducibility.
基金the Project to Carry Out International Expert Consultation and Promote the Alignment of China's Occupational Health with International High-Standard Technical Rules(2024-2025)which is funded by the Ministry of Human Resources and Social Security of the People's Republic of China(Grant No.H20240785).
文摘Agricultural workers are among the most vulnerable groups facing occupational health risks,yet their protection remains insufficient globally.Despite employing nearly one-third of the global workforce,agriculture is one of the most hazardous sectors,with risks intensified by climate change and limited regulatory coverage.This commentary examines emerging challenges,research gaps,and policy directions,with a focus on international frameworks and China's recent experiences.While initiatives like Healthy China 2030 and pilot projects using international tools have advanced rural occupational health,major barriers persist,especially for precarious and informal agricultural workers.Strengthening national actions and international coordination is urgently needed.Reviving the Joint ILO/WHO Committee on Occupational Health would help bridge the gap between global commitments and local implementation.Protecting agricultural workers is essential for promoting human rights,advancing public health resilience,and achieving sustainable development goals related to health,labor,and food security.
文摘Description Journal of Integrative Agriculture(JIA),formerly Agricultural Sciences in China(AsC),founded in 2002,is sponsored by Chinese Academy of Agricultural Sciences(CAAS),co-sponsored by Chinese Association of Agricultural Science Societies(CAAsS).JIAis a peer-reviewed and multi-disciplinary international journal and published monthly in English.JIA Editorial Board consists of 289 well-respected scholars of agricultural scientific fields.CAAS President,Academician Kongming Wu is the Chairman of the Board,and Academician Hualan Chen is the Editor-in-Chief.JIA has been available online at ScienceDirect since 2006 and is a leading academic journal in agricultural sciences in China.As released by JCR,the latest IF of the journal is 4.6.
文摘Instruction to Authors Aims and Scope Journal of Integrative Agriculture(JIA),formerly Agricultural Sciences in China(ASC),founded in 2002,is sponsored by Chinese Academy of Agricultural Sciences(CAAS),co-sponsored by Chinsese Association of Agricultural Science Societies(CAAsS).
基金funded by the Envi Nagro Project(No.PID 2021-124497OA-I00)supported by the Ministry of Science and Innovation,Agency and the European Regional Development Fund of Spain(No.MCIN/AEI/10.13039/501100011033/FEDER,UE)The financial support of the Regional Ministry of Culture,Education,and University(Xunta de Galicia),Galicia,Spain is also recognized through the contract(No.ED431C 2021/46-GRC)granted to the research group BV1 of the University of Vigo,Spain+2 种基金PPR and ARS have postdoctoral contract Juan de la Cierva Incorporación(Nos.IJC 2020-044426-I/MCIN/AEI/10.13039/501100011033 and IJC2020-044197-I/MCIN/AEI/10.13039/501100011033)funded by the Ministry of Science and Innovation of Spain,the European Union Next Generation EU/PRTR,and the University of Vigo,Spaina postdoctoral fellowship(No.ED481B-2022-081)financed by Xunta de Galicia,Spaina postdoctoral contract Ramón y Cajal(No.RYC2022-036752-I)funded by the Ministry of Science,Innovation,and Universities of Spain,the European Union,and the University of Vigo,Spain。
文摘Nanotechnology offers promising perspectives for revolutionizing agriculture by enhancing productivity and sustainability.Although the global agricultural nanotechnology market was valued at US$352.4 billion in 2023 and is estimated to reach US$868.9 billion by 2031,concerns about adverse environmental effects persist.This review summarizes the latest developments and perspectives of nanotechnology applied to agriculture,highlighting both advancements and potential impacts on soil ecosystems.However,concerns regarding regulatory measures,economic viability,and scalability hinder its widespread adoption.Collaboration among stakeholders is crucial to establishing effective frameworks for the safe and responsible application of nanotechnology in agriculture.Despite these concerns,nanotechnology holds great promise for addressing emerging challenges in agriculture and advancing toward more sustainable and efficient practices.
文摘Straw burning has emerged as a persistent and multifaceted challenge within global agricultural systems,particularly across Asia,Africa,and Latin America.This review reframes straw burning not as an isolated behavioral issue,but as the outcome of interlinked structural,technological,and socio-cultural constraints embedded in modern agricultural transitions.Drawing on a synthesis of recent empirical studies,we identify four conceptual turning points that reshape the understanding of straw burning:the structural consequences of mechanization,the trade-offs between high-and low-tech solutions,the cultural legitimacy of burning practices,and the need for systems-based,climate-aligned management paradigms.The analysis reveals that interventions focusing solely on technical innovation often overlook the deeper institutional and cultural factors that sustain burning as a rational choice under constrained conditions.We advocate for hybrid,place-based strategies that combine accessible agronomic practices with long-term investments in infrastructure,policy alignment,and community engagement.Moving beyond fragmented solutions and adopting an integrated systems lens enables this study to contribute a forward-looking framework for sustainable straw management that is environmentally just,socially legitimate,and economically viable.
文摘Cooperation with China a catalyst for Africa’s agriculture.Agricultural cooperat ion between China and Africa holds transformative potential for poverty alleviation and rural development.China and Africa were at a similar development stage in the mid-20th century.However,China’s success in lifting itself out of extreme poverty offers critical lessons for Africa,where agriculture remains the cornerstone of economic development.
文摘Climate change remains one of the threats to sustainable development.In the Republic of Guinea,agriculture is largely dominated by family farms,which constitute almost all village agricultural activity units.The agricultural sector is the most affected by the effects of climate change.Agriculture plays an important role in the economy with 20%of the state budget.It is in order to understand how agriculture is influenced by climate change in Taigbéthat we chose to work on“The Impact of Climate Change on Agriculture in Taigbé,Kamsar Sub-Prefecture”.For this work,we set ourselves two objectives(i)to characterize endogenous practices of adaptation to climate change in Taïgbé,in the Kamsar Sub-Prefecture and(ii)to establish the change map.To process this work,survey and mapping methods were used in addition to the collection of statistical and climatic data.The results obtained show that farmers on the island of Taïgbéhave developed some endogenous practices to cope with climate change,including market gardening(27%),fishing(26%),salt production(12%),small trade(8%)and other activities(27%).The study also reveals a loss of 208,883 ha of land,an increase in mangrove plains to 91,421 ha.In addition,in the area,there is a late start and early end of the rains.Most respondents(69%)identified the flooding of their fields as an impact of climate change in their locality.This study helped to understand that the major impact of rising sea levels is the loss of agricultural land due to flooding.
文摘Aims and Scope Journal of Integrative Agriculture(JIA),formerly Agricultural Sciences in China(ASC),founded in 2002,is sponsored byChineseAcademy of Agricultural Sciences(CAAS),co-sponsored by Chinsese Association of Agricultural Science Societies(CAAsS).The latest IF is 4.4.JiA seeks to publish those papers that are influential and will significantly advance scientific understanding in agriculture fields worldwide.JIA publishes manuscripts in the categories of Commentary,Review,Research Article,Letter and'Short Communication,focusing on the core subjects:Crop Science:Horticulture·Plant ProtectionAnimal Science·Veterinary Medicine·Agro-ecosystem&Environment·Food Science:Agriculturai Economics and Management·Agricultural Information Science.
基金the framework of the research project coded QS.NH.25.44,hosted by the VNU University of Education,Vietnam National University,Hanoi.
文摘This study examines the management of human resource training in vocational colleges under Vietnam’s Ministry of Agriculture and Environment,focusing on the transition to smart agriculture.A mixed-methods design was employed,combining policy analysis,surveys at five colleges,and interviews with administrators and lecturers.Findings reveal that while elements of smart agriculture and digital transformation have entered training programs,integration remains fragmented.Curricula emphasize theory over practice,faculty have limited expertise in digital agriculture,and facilities lack modern technology.Weak industry collaboration further widens the gap between training and labor market demands.Using the integrated CIPO-Logic Model,the study identifies misalignments among context,inputs,processes,and outputs that reduce graduate employability and hinder sustainable farming practices.The results highlight the urgent need for comprehensive management reforms that update curricula,enhance faculty capacity,and foster school-industry partnerships.Strengthening these areas will help vocational colleges produce a workforce equipped for digital transformation and support Vietnam’s national agenda for smart,sustainable agriculture.The study provides evidence-based recommendations to guide policymakers,educational leaders,and practitioners in aligning vocational training with future agricultural development needs.
文摘Roughly one-third of the food produced globally is lost or wasted at some stage along the supply chain,according to the United Nations Food and Agriculture Organization.Inefficiencies along the food value chain and in consumption have considerable environmental,economic,and social impacts,thus representing a global challenge.Digitalization in agriculture has great potential to improve efficiency,effectiveness,sustainability,resilience,and competitiveness across this sector through Internet of Things(IoT),Blockchain,sensors,data analytics and AI-based tools,leading to more targeted and precise agricultural operations and improved traceability.The EU Policy Guidelines for 2024-2029 showcase this potential by giving a key and priority role to supporting the entire food supply chain.In this research,particular attention will be given to safeguarding food safety through the use of IoT.A bibliometric analysis will be conducted on the Scopus research items(timeframe:2012-2024).This analysis will enable us to examine the intellectual structure of this field of study and outline its main applications,as well as identify the key critical issues in its implementation.The future lines of research,as well as their academic and practical implications,will be highlighted.
基金This paper presents preliminary research findings from two projects:a major project funded by the National Social Science Fund of China,titled“Changes in the Nature of Rural Poverty in China in the New Era and Research on Post-2020 Anti-Poverty Policies”(Project No:19ZDA116)Doctoral Research Project under the Special Program for Talents in Shortage Areas Serving National Needs,Nanjing University of Finance and Economics,titled“The Impact of Policy-Based Agricultural Insurance on Farmers’Income and Welfare Levels”(Project No:BSZX2021-12).
文摘Agricultural insurance plays a key role in promoting the coordinated development of green agriculture and farmers’income growth,which is crucial for China’s high-quality agricultural development.Using the coupling coordination degree model,this study empirically demonstrates that the development of agricultural insurance significantly promotes the coordinated development of green agriculture and farmers’income growth once a certain threshold is exceeded.This effect is more pronounced in the major grain-producing regions and the central provinces.Expanding the scale of agricultural production and increasing investment in agricultural technology are the key mechanisms through which agricultural insurance supports the dual goals of green agriculture and income growth in China.In conclusion,this study proposes several policy recommendations,which include increasing investment in agricultural insurance infrastructure,strengthening the policy guidance for agricultural insurance,and designing differentiated agricultural insurance policies.
文摘Against the backdrop of digital transformation,the agricultural digital economy is showing promising development trends,yet it also faces numerous challenges that hinder its high-quality growth.To align with the requirements of agricultural digital transformation in the new era,it is necessary to accelerate the construction of digital infrastructure,create a favorable industrial environment,enhance the overall quality of the workforce,and implement a comprehensive approach to elevate the development level of the agricultural digital economy,thereby driving the high-quality development of modern agriculture.This article focuses on the development of the agricultural digital economy,summarizes relevant policies and practical pathways,and aims to provide references for related theories and practices.
文摘Description Joural of Integrative Agriculture(JIA),formerly Agricultural Sciences in China(ASC),founded in 2002,is sponsored by Chinese Academy of Agricultural Sciences(CAAS),co-sponsored by Chinese Association of Agricultural Science Societies(CAASS).
文摘Description Journal of Integrative Agriculture(JIA),formerly Agricultural Sciences in China(AsC),founded in 2002,is sponsored by Chinese Academy of Agricultural Sciences(CAAS),co-sponsored by Chinese Association of Agricultural Science Societies(CAAsS).JIA is a peer-reviewed and multi-disciplinary international journal and published monthly in English.
文摘There is a need for more focus in understanding the economic benefits of Climate-Smart Agriculture(CSA)interventions,particularly in sub-Saharan Africa,where extreme climate events are significantly affecting agriculture and rural livelihoods.This study used the Net Present Value(NPV),Internal Rate of Return(IRR),Benefit-Cost Ratio(BCR),and payback period to evaluate the economic viability of the adopted CSA interventions in the three villages(Doggoh,Jeffiri,and Wulling)of the dryland farming systems of northern Ghana,where CSA interventions were mostly practiced.Data were collected from 161 farm households by the questionnaire survey.The results showed that CSA interventions including livestock-crop integration,mixed cropping,crop rotation,nutrient integration,and tie ridging enhanced crop yield and the household income of smallholder farmers.The five CSA interventions selected by smallholders were in the following order of priority:livestock-crop integration(BCR=2.87),mixed cropping(BCR=2.54),crop rotation(BCR=2.24),nutrient integration(BCR=1.98),and tie ridging(BCR=1.42).Results further showed that livestock-crop integration was the most profitable CSA intervention even under a pessimistic assumption with a long payback period of 5.00 a.Moreover,this study indicated that the implementation of CSA interventions,on average,was relatively profitable and had a nominal financial risk for smallholder farmers.Understanding the economic viability of CSA interventions will help in decision-making process toward selecting the right CSA interventions for resilience development.
文摘Soil health is defined as“the ability of the soil to sustain the productivity,diversity,and environmental services of terrestrial ecosystems”by the Intergovernmental Technical Panel on Soils of the FAO.This concept is increasingly being recognized as an actionable platform for diverse stakeholders in modern society.Despite the critical roles of soil in supporting agriculture,sustaining ecosystems,and mitigating climate change,soil health has long been undervalued and often overlooked.As we look to the future,prioritizing soil health is essential to ensuring food security,environmental sustainability,and the well-being of future generations.
文摘This research paper addresses,from an ecogeographic perspective within a localised context,a new concept of nature conservation within modern farming systems:the direct seeding technique based on the principles of the Conservation Agriculture System(CAS).The adoption of CAS aims to increase soil fertility,promote biodiversity,and sustain production,making it one of the most effective adaptation solutions available to address the challenges of climate change.CAS is defined as a farming system based on three key principles:minimal soil disturbance(reduced or zero tillage),maintaining a permanent soil cover(with residues from previous crops),and adopting crop rotation(diversifying crops rather than limiting them to a single type in consecutive seasons).However,there is limited research and a lack of scientific studies on the implementation of conservation agriculture in developing nations such as Morocco,particularly in the Had Kourt region.This study aims to assess the feasibility of CAS compared to traditional agricultural systems by surveying the opinions of farmers who have experience with both systems and comparing the outcomes of their practices based on simple indicators as an initial stage,with further analysis of additional indicators planned through subsequent scientific investigations.The sampling method used in this study is non-discriminatory,as semi-structured interviews were conducted with a group of farmers to gather their opinions on CAS.The adoption of conservation agriculture has been linked to prior knowledge of the system,acquired through training and fieldwork via application platforms,which remain limited in scope.
