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Catégories principales > 06 - AGRICULTURE. FORÊTS. PÊCHES > 6.4 - Production Agricole. Système de Production
6.4 - Production Agricole. Système de Production |
Documents disponibles dans cette catégorie (3106)
Article
Given the demand of proteins predicted for 2050, a transition of our current agricultural model is required. An agroecological model proposes to meet these needs while producing with ecological foresight, but also considering social and economic[...]Article
A. Elbeltagi ; A. Nagy ; S. Mohammed ; C.B. Pande ; M. Kumar ; S.A. Bhat ; J. Zsembeli ; L. Huzsvai ; J. Tamás ; E. Kovács ; E. Harsányi ; C. Juhász |Reference crop evapotranspiration (ETo) is an important component of the hydrological cycle that is used for water resource planning, irrigation, and agricultural management, as well as in other hydrological processes. The aim of this study was [...]Article
Understanding and representing the transformation of agricultural production systems has attracted increasing interest due to its importance for identifying drivers of changes and coping mechanisms in response to global challenges. These challen[...]Article
A. Owida ; N.M. Galal ; A. Elrafie |This work presents a decision-making framework for integrating resilience and sustainability in managing production systems during COVID-19. An operationalization scheme manifested via a case study at a manufacturer in the food production sector[...]Article
The soil profile and its spatial distribution are two essential aspects for promoting sustainable agriculture, with precise inputs in quantity, space, and time. This works objective was to elaborate a digital map of soil fertility considering t[...]Article
L. Hossard ; C. Tardivo ; J.-M. Barbier ; R. Cittadini ; S. Delmotte ; C. Le Page |The Companion Modeling approach aims to stimulate learning and sharing of perceptions among several actors through the co-construction and use of a model, while the Integrated Assessment of Agricultural Systems aims to assess a large set of perf[...]Article
L. Schmidt ; M. Odening ; J. Schlanstein ; M. Ritter |CONTEXT Weather is a pivotal factor for crop production as it is highly volatile and can hardly be controlled by farm management practices. Since there is a tendency towards increased weather extremes in the future, understanding weather-related[...]Article
N.M. Georgiadis ; G. Dimitropoulos ; K. Avanidou ; P. Bebeli ; E. Bergmeier ; S. Dervisoglou ; T. Dimopoulos ; D. Grigoropoulou ; I. Hadjigeorgiou ; O. Kairis ; E. Kakalis ; K. Kosmas ; S. Meyer ; M. Panitsa ; D. Perdikis ; D. Sfakianou ; N. Tsiopelas ; T. Kizos |The management of agroecosystems affects biodiversity at all levels from genetic to food-web complexity. Low-input farming systems support higher levels of genetic, species and habitat diversity than high-input, industrial ones. In Greece, as in[...]Article
The theoretical literature makes a connection between the notions of landscape and territorialised agrifood systems, but these connections are rarely specified or explained. Their consideration in development proposals requires the relationship [...]Article
Les modes de productions agricoles sont de plus en plus contraints. Pour maintenir la souveraineté alimentaire, linnovation est primordiale dans un cadre juridique favorable.Article
C. Giagnocavo ; M. de Cara-Garcia ; M. González ; M. Juan ; J.I. Marin-Guirao ; S. Mehrabi ; E. Rodríguez ; J. van der Blom ; E. Crisol-Martinez |Sustainability transitions in agriculture are explored through an analysis of niche initiatives within a common production system, relying on sustainable transitions, multi-level perspectives, and agroecological frameworks, and involving multi-a[...]Article
O. Kherif ; M. Seghouani ; E. Justes ; D. Plaza-Bonilla ; A. Bouhenache ; B. Zemmouri ; P. Dokukin ; M. Latati |Soil-crop models are widely used as valuable tools to assess the combined effects of cropping practices, soil management and climate on the agro-environmental indicators. They provide a wide range of predictive information that are useful to des[...]Article
CONTEXT High pesticide use causes environmental and human health hazards. Yet, the change to alternative crop protection practices faces a web of interacting barriers that results in a sociotechnical lock-in. Designing coupled innovation has [...]Article
H. Darouich ; T.B. Ramos ; L.S. Pereira ; D. Rabino ; G. Bagagiolo ; G. Capello ; L. Simionesei ; E. Cavallo ; M. Biddoccu |Vineyards represent complex Mediterranean agrosystems that deliver significant ecosystem services to society. Yet, many vine-growers still need to assimilate the importance of crop and soil management to the conservation of soil and water resour[...]Actes de Congrès ou Communication isolée
G. Hadjipavlou, ed. ; C. Ligda, ed. | Zaragoza [Espagne] : CIHEAM-IAMZ | Options Méditerranéennes : Série A. Séminaires Méditerranéens, ISSN 0253-1542 | 2022This issue of Options Méditerranéennes gathers articles from the contributions presented at the online Symposium Addressing the challenges of agro-pastoral farming systems to strengthen their resilience, organized on 3rd December 2020 by the M[...]Série
Article
Face aux nombreux défis sociétaux à relever (environnement, sécurité alimentaire, santé), différentes formes dagriculture sont envisagées. Agriculture biologique, agriculture de conservation des sols et maintenant agriculture régénératrice sont[...]Ouvrage
C. Aubry, coord. ; G. Giacchè, coord. ; F. Maxime, coord. ; C.-T. Soulard, coord. | Versailles [France] : Editions Quae | Savoir Faire, ISSN 1952-1251 | 2022Depuis plusieurs années, de nouvelles formes dagriculture urbaine se font jour en France, questionnant la recherche et ses liens à laction. La recherche se mobilise donc pour connaître et évaluer ce phénomène, qui interroge les relations entre[...]Thèse, Mémoire, Master
Le changement climatique, la dégradation de la biodiversité, les problèmes pédoclimatiques constituent les principales problématiques actuelles auxquelles est confronté le secteur agricole. Afin de sadapter à ces enjeux, les agriculteurs sont i[...]E-Book
A. Abraham ; S. Dash ; J.J.P.C. Rodrigues ; B. Acharya ; S.K. Pani | Londres [Royaume-Uni] : Academic Press | Intelligent Data-Centric Systems | 2022AI, Edge, and IoT Smart Agriculture integrates applications of IoT, edge computing, and data analytics for sustainable agricultural development and introduces Edge of Thing-based data analytics and IoT for predictability of crop, soil, and plant[...]Thèse, Mémoire, Master
La cameline, plante oléagineuse qui trouve ses origines en Europe, résistante à la sécheresse, dotée d'une forte capacité d'adaptation et d'un cycle végétatif court, offre une diversité de débouchés pour l'ensemble de ces parties. Cette étude ex[...]Thèse, Mémoire, Master
L. El Khoury | 2022Lagriculture demeure un des secteurs stratégiques en France en termes demplois directs et indirects ainsi quen termes dindépendance et de sécurité alimentaire. Elle répond aux besoins économiques, sociaux, nutritionnels et sanitaires de la p[...]Article
S. Saied ; P. Grenier ; E. Geoffriau ; B. Pölling ; B. Kezeya ; H. Rejeb |La question de lagriculture urbaine et périurbaine (AUP) est aujourdhui dactualité en Tunisie parce quelle devient une préoccupation des politiques territoriales et des stratégies agri-urbaines en termes de gestion et de durabilité des milie[...]Thèse, Mémoire, Master
A. Duka | 2022Climate is a key topic that is affecting the whole world and its biggest impact is on the dry areas. This study focuses on the impact of rainfall variability in the productivity of the crops in Lebanon as part of the project SupMed. Considering [...]Article
CONTEXT Big data applications in agriculture evolve fast, as more experience, applications, good practices and computational power become available. Actual solutions to real-life problems are scarce. What characterizes the adoption of big data p[...]Rapport, Expertise, Working Paper
Article
K. Canaj ; A. Parente ; M. D'Imperio ; F. Boari ; V. Buono ; M. Toriello ; A. Mehmeti ; F.F. Montesano |To address sustainability challenges, agricultural advances in Mediterranean horticultural systems will necessitate a paradigmatic shift toward smart technologies, the impacts of which from a life cycle perspective have to be explored. Using lif[...]Thèse, Mémoire, Master
O. Hanguir | 2022Characterizing the carbon footprint (CF) of agricultural production offers fundamental information for pursuing low carbon agriculture. The high emissions cost, especially from the overuse of agro-chemicals, has been widely debated for the last [...]Chapitre d'ouvrage
M. Devkota ; Y. Singh ; Y.A. Yigezu ; I. Bashour ; R. Mussadek ; R. Mrabet | Oxford [Royaume-Uni] : Elsevier | Advances in Agronomy, ISSN 0065-2113 | 2022Conventional tillage coupled with monocropping and limited recycling of crop residues along with increased pressure from human and livestock population has led to the degradation of the soil, water resources, and the environment in the Middle Ea[...]Article
B. Nougaredes ; S. Giraud ; C. Clément ; C. Ruault ; C. Lambert ; A. Rixen |Cet article présente une démarche de concertation territoriale portée par le conseil de développement du Pays Cur dHérault visant à organiser des « États généraux de lalimentation et de lagriculture durable » (EGAAD). Cette démarche a pour o[...]