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Thésaurus IAMM > ECONOMIE > ECONOMIE AGRICOLE > SYSTEME DE PRODUCTION > AGRICULTURE NUMERIQUE > AGRICULTURE DE PRECISION
AGRICULTURE DE PRECISION |
Documents disponibles dans cette catégorie (155)
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Article
Y. Li ; J. Helfenstein ; R. Swart ; C. Levers ; F. Mohr ; V. Diogo ; M. Bürgi ; T.G. Williams ; R. Zafeiriou ; A. Zarina ; J. Ammann ; V. Rolo ; P.H. Verburg ; M. Beckmann ; J. Hernik ; T. Kizos ; F. Herzog |Agroecological and technological innovations are two important approaches in the transition towards agricultural sustainability. We lack knowledge about how current agricultural contexts may influence future development pathways and the relative[...]
Article
M.F. Taha ; H. Mao ; Z. Zhang ; G. Elmasry ; M.A. Awad ; A. Abdalla ; S. Mousa ; A.E. Elwakeel ; O. Elsherbiny |Agriculture 5.0 (Ag5.0) represents a groundbreaking shift in agricultural practices, addressing the global food security challenge by integrating cutting-edge technologies such as artificial intelligence (AI), machine learning (ML), robotics, an[...]
Article
J. Botero-Valencia ; V. García-Pineda ; A. Valencia-Arias ; J. Valencia ; E. Reyes-Vera ; M. Mejia-Herrera ; R. Hernández-García |Machine learning (ML) has revolutionized resource management in agriculture by analyzing vast amounts of data and creating precise predictive models. Precision agriculture improves agricultural productivity and profitability while reducing costs[...]
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E. Fischetti ; C. Beni ; E. Santangelo ; M. Bascietto |This study coupled precision agriculture with agroecology to improve the agricultural systems’ sustainability in a climate variability context, characterized by fewer rainy days and more extreme events. A three-year comparative analysis was carr[...]
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S. Belkher ; B. Latrech ; W. Bekri ; F. Markwordt ; M.A. Rahim ; C. Dupont ; M.A. Ben Abdallah ; H. Daghari ; M. Rezig |In the context of water restriction, the adoption of innovative technology and water saving strategies is crucial to sustainable agriculture production. Thus, we sought to emphasize the contribution of precision irrigation based on Internet of T[...]
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I.A.H. Yousif ; A.S.A. Sayed ; E.A. Abdelsamie ; A.A.R.S. Ahmed ; M. Saeed ; E.S. Mohamed ; N.Y. Rebouh ; M.S. Shokr |Assessing and mapping the geographical variation of soil properties is essential for precision agriculture to maintain the sustainability of the soil and plants. This study was conducted in El-Ismaillia Governorate in Egypt (arid zones), to esta[...]
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Digital cultivation is emerging as one of the most promising fields that helped in creating an ecosystem for smart farming. Precision farming, modernized techniques, and creating smart agriculture supply chains are the need of the hour for high-[...]
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C. Huck ; A. Gobrecht ; T. Salou ; V. Bellon-Maurel ; E. Loiseau |Since the agricultural sector is one of the main drivers responsible for the transgression of planetary boundaries, there is an urgent need to reduce its environmental impacts. To address this issue, international institutions advocate for digit[...]
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Agroecology refers to the greening of agrosystems with the mobilization of ecosystem services in order to limit exogenous inputs, enhance biodiversity and moderate the exploitation of natural resources. Agroecological practices offer pathways fo[...]
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The frequent occurrence of global climate change and natural disasters highlights the importance of precision agricultural monitoring, yield forecasting, and early warning systems. The data assimilation method provides a new possibility to solve[...]
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Despite the known benefits of precision agriculture, the adoption is challenging due to the cost of investment and the farm sizes. Therefore, profitability is an important aspect to consider. This study aimed to evaluate the net returns, profita[...]
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Agroecology refers to the greening of agrosystems with the mobilization of ecosystem services in order to limit exogenous inputs, enhance biodiversity and moderate the exploitation of natural resources (Tibi A. and Therond O., 2017). Agroecologi[...]
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I.A. Lakhiar ; H. Yan ; C. Zhang ; G. Wang ; B. He ; B. Hao ; Y. Han ; B. Wang ; R. Bao ; T.N. Syed ; J.N. Chauhdary ; M. Rakibuzzaman |Water is considered one of the vital natural resources and factors for performing short- and long-term agricultural practices on Earth. Meanwhile, globally, most of the available freshwater resources are utilized for irrigation purposes in agric[...]
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G. Kleftodimos ; L.S. Kyrgiakos ; S. Kartakis ; C. Kleisiari ; M. Vasileiou ; M.D. Kremantzis ; G. Vlontzos |Precision Agriculture Technologies (PATs) are providing a great potential in alleviating adverse impacts arising from climate change. This study evaluates the decision-making process of farmers regarding the adoption and implementation of PATs i[...]
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H. Shahab ; M. Iqbal ; A. Sohaib ; F. Ullah Khan ; M. Waqas |The sustainable development goals (SDGs) of the United Nations seek to promote an agriculture sector that can lead change on both a local and global scale. By helping farmers to produce more food sustainably, Internet of Things (IoT)-based agric[...]
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T. Benabdelouahab ; A. Elaissaoui ; H. Lionboui ; A. Mouaaid ; F. Elame ; M. Ismaili ; M. Touzani ; Y. Bouslihim ; I. Thami Alami |Morocco, a Mediterranean country, is grappling with escalating agricultural challenges stemming from climate change. Nevertheless, the adoption of digital agriculture and precision farming presents promising solutions to bolster agricultural res[...]
Article
The role of living labs in cultivating inclusive and responsible innovation in precision agriculture
M. Gardezi ; H. Abuayyash ; P.R. Adler ; J.P. Alvez ; R. Anjum ; A.R. Badireddy ; S. Brugler ; P. Carcamo ; D. Clay ; A. Dadkhah ; M. Emery ; J.W. Faulkner ; B. Joshi ; D.R. Joshi ; A.H. Khan ; C. Koliba ; S. Kumari ; J. McMaine ; S. Merrill ; S. Mitra ; S. Musayev ; P.D. Oikonomou ; G. Pinder ; E. Prutzer ; J. Rathore ; T. Ricketts ; D.M. Rizzo ; B.E.K. Ryan ; M. Sahraei ; A.W. Schroth ; S. Turnbull ; A. Zia |Context The emergence of precision agriculture technologies has brought forward new opportunities and challenges in the agricultural sector. Objective We delve into the role of living labs as dynamic platforms for fostering responsible innovatio[...]
Article
W.A. Varella ; G.C. Oliveira Neto ; E. Stefani ; I. Costa ; R.C. Monteiro ; W. Conde ; W. da Silva Junior ; R.C. Baptestone ; R.D. Goes ; R. Riccotta ; M.A. Gaspar ; P.R. Felisoni ; F.K. Ohashi ; H.D. Nascimento ; A.A. Fernandes ; F.S. Martins |Innovation has been the transforming tool of precision agriculture as a response to population growth and the demand for more food with quality, less waste, food security, and sustainable management of environmental resources. The challenges are[...]
Article
M. Vasileiou ; L.S. Kyrgiakos ; C. Kleisiari ; G. Kleftodimos ; G. Vlontzos ; H. Belhouchette ; P.M. Pardalos |In the face of increasing agricultural demands and environmental concerns, the effective management of weeds presents a pressing challenge in modern agriculture. Weeds not only compete with crops for resources but also pose threats to food safet[...]
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S. Balyan ; H. Jangir ; S.N. Tripathi ; A. Tripathi ; T. Jhang ; P. Pandey |Agriculture is essential to the existence of the human race, as well as the foundation of our civilization, because it provides food, fuel, fiber, and other resources necessary for survival; however, it is facing critical challenges due to anthr[...]
Thèse, Mémoire, Master
E. Al Kallassi | 2024Food production must increase considerably in the upcoming years in order to keep up with the growing population. This is however threatened by the lasting impact of industrial agriculture. As these impacts have become known, global opinion is s[...]
Ouvrage
S. Krishnan, ed. ; A.J. Anand, ed. ; N. Prasanth, ed. ; S. Goundar, ed. ; C. Ananth, ed. | Boca Raton [États-Unis] : CRC Press | 2024Predictive Analysis in Smart Agricultureexplores computational engineering techniques and applications in agriculture development. Recent technologies such as cloud computing, IoT, big data, and machine learning are focused on for smart agricult[...]
Ouvrage
S. Lamine ; P.K. Srivastava ; A. Kayad ; F. Muñoz-Arriola ; P.C. Pandey | Oxford [Royaume-Uni] : Academic Press | Earth Observation Series | 2024Remote Sensing in Precision Agriculture: Transforming Scientific Advancement into Innovation compiles the latest applications of remote sensing in agriculture using spaceborne, airborne and drones’ geospatial data. The book presents case studies[...]
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S. Troiano ; M. Carzedda ; F. Marangon |Precision agriculture is expected to support and strengthen the sustainability of food production. In spite of the demonstrated benefits of the application of Information Technology to improve agricultural practices, such as yield increase and i[...]
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D. Pasquel ; D. Cammarano ; S. Roux ; A. Castrignanò ; B. Tisseyre ; M. Rinaldi ; A. Troccoli ; J.A. Taylor |CONTEXT Most crop models are designed for point-based modeling and to simulate agronomic variables on their native spatial footprint, i.e. typically as a uniform field-scale value. Precision agriculture needs crop model simulations at sub-field [...]
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Article
E.M.B.M. Karunathilake ; A.T. Le ; S. Heo ; Y.S. Chung ; S. Mansoor |Precision agriculture employs cutting-edge technologies to increase agricultural productivity while reducing adverse impacts on the environment. Precision agriculture is a farming approach that uses advanced technology and data analysis to maxim[...]
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V. Higgins ; D. van der Velden ; N. Bechtet ; M. Bryant ; J. Battersby ; M. Belle ; L. Klerkx |Assemblage thinking is an increasingly influential approach in critical studies of food and farming, and particularly in research on new agri-food technology such as precision agriculture (PA). This research is important in highlighting the dist[...]
Article
Les changements climatiques actuels mettent la gestion de l’eau agricole au coeur de nombreux débats. Les sécheresses observées pendant plusieurs années de suite ont entraîné une réduction des ressources hydrique et ont conduit à un nouveau rega[...]
