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Thésaurus IAMM > DURABILITE
DURABILITESynonyme(s)Agriculture durable ;Agriculture soutenable Développement durable de l'agricultureVoir aussi |
Documents disponibles dans cette catégorie (867)
Article
M.A. Augustin ; M.B. Cole ; D. Ferguson ; N.J.G. Hazell ; P. Morle |Radical transformation of the food system is required to ensure the health of people and the planet. The implementation of policy change to improve food and nutritional security has been slow. Injection of private and public investment to stimul[...]Article
To secure sustainable food production for meeting the growing global demand for food, it is imperative, while at the same time challenging, to make efficient use of natural resources with minimal impact on the environment. The study objective is[...]Article
G. Sethuraman ; N.A. Mohd Zain ; S. Yusoff ; Y.M. Ng ; N. Baisakh ; A. Cheng |Globally, farming systems are mostly dominated by monoculture, which has the advantage of profitability at the expense of ecological systems. Recent years have witnessed an increasing momentum in global efforts to deploy sustainable agriculture [...]Article
G. Gabbi ; M. Matthias ; N. Patrizi ; F.M. Pulselli ; S. Bastianoni |The environment may constrain economic growth potential. In other words, economic growth cannot be pursued in spite of ecological limits any longer. Here we present an economic growth indicator adjusted by taking into account the current tendenc[...]Article
Climate change, water shortages and desertification threaten the economic and environmental sustainability in the Mediterranean. Limited rainfall and higher temperatures put agricultural production, which relies on water availability, in jeopard[...]Article
Although eco-innovation in the agri-food sector is receiving increasing attention, the heterogeneity of firms operating in the sector encourages the development of specific sub-sectoral studies to define specific strategies. In this regard, the [...]Bulletin : Revue Electronique
Alim'agri, n. 1571 - Février 2021 - Objectif souveraineté alimentaire
2021Dédiée à la souveraineté alimentaire, cette édition revient, entre autres, sur les mesures du volet agricole du plan de relance qui vont contribuer à gagner en indépendance, notamment grâce au plan protéines végétales.Article
P. Gate ; G. Lemaire ; M. Rieu |Le défi pour lagriculture mondiale est de continuer à augmenter la production de denrées agricoles tout en résorbant les impacts négatifs quelle provoque sur lenvironnement et la biodiversité. Or ces impacts ne sont pas fondamentalement dus à[...]Article
J.-L. Rastoin, animateur ; J. Pasquier ; C. Vermot-Desroches ; J.-M. Callois |La compétitivité est la capacité pour une entreprise, un pays ou un territoire à maintenir et développer sa part de marché pour un produit donné. Pour cela, différentes stratégies sont possibles. Classiquement, depuis les travaux de Michael [...]Article
The communal pastures of the Natural Park Sierra de Grazalema are grazed by a total of 23 extensive herds, of which 75% are certified as organic, although only 39% are subsidized for being organic. In a previous research work, these farms were c[...]Article
The emerging Information and Communication Technology play a vital role in electronic agriculture. The application of such technologies as blockchain, Internet-of-Things, wireless sensor networks, cloud computing, and machine learning can improv[...]Article
Agroecology can be considered an approach to farming and food systems which integrates the use of ecological principles and biological cycles methods of the traditional systems to the design and management of sustainable agriculture. Despite som[...]Article
Within the new "European Green Deal", the European Commission defined crucial challenges for the agriculture of future decades, such as making food production more sustainable by considering the local pedo-climatic and socio-economic specificiti[...]Article
Olive cultivation for oil production in Tunisia covers from traditional to innovate cropping systems. The aim of the study was to assess the environmental footprint of the most representative olive growing systems of the actual production of oli[...]Article
F. Taghikhah ; A. Voinov ; N. Shukla ; T. Filatova ; M. Anufriev |The current intense food production-consumption is one of the main sources of environmental pollution and contributes to anthropogenic greenhouse gas emissions. Organic farming is a potential way to reduce environmental impacts by excluding synt[...]Article
S. Maitra ; A. Hossain ; M. Brestic ; M. Skalicky ; P. Ondrisik ; H. Gitari ; K. Brahmachari ; T. Shankar ; P. Bhadra ; J.B. Palai ; J. Jena ; U. Bhattacharya ; S.K. Duvvada ; S. Lalichetti ; M. Sairam |Intensive agriculture is based on the use of high-energy inputs and quality planting materials with assured irrigation, but it has failed to assure agricultural sustainability because of creation of ecological imbalance and degradation of natura[...]Article
Policymakers often assume that farmers with pro-environmental behavior are more likely to follow proper pesticide practices and thus, in order to improve the safety of their pesticide practices, they implement strategies and programs designed to[...]Article
Article
Regenerative agriculture (RA) is gaining increasing recognition as a plausible solution to restore degraded agroecosystems. In Mediterranean drylands, RA is at incipient state of development and has been limitedly adopted by farmers, partly due [...]Article
K. Sredl ; M. Prasilova ; L. Severova ; R. Svoboda ; M. Stebetak |The aim of this article was to express social and economic aspects of the sustainable livestock production in relation to meat consumption in the Czech Republic and to predict the possibilities of further development of livestock production in t[...]Article
B. Fu ; M. Stafford-Smith ; Y. Wang ; B. Wu ; X. Yu ; N. Lv ; D.S. Ojima ; Y. Lv ; C. Fu ; Y. Liu ; S. Niu ; Y. Zhang ; H. Zeng ; X. Liu ; Y. Liu ; X. Feng ; L. Zhang ; Y. Wei ; Z. Xu ; F. Li ; X. Cui ; S. Diop ; X. Chen |Given the increasing speed and intensity of ongoing climate change and human interventions, more systematic research is needed to realize the Sustainable Development Goals in drylands. The current research status of drylands globally was reviewe[...]Article
G. Sneegas ; S. Beckner ; C. Brannstrom ; W. Jepson ; K. Lee ; L. Seghezzo |Q-methodology is a mixed qualitative-quantitative method used to measure social perspectives on issues relating to sustainability and environmental governance in a systematic, replicable manner. Although its use grown over the past two decades, [...]Article
Greening, which was introduced during the last reform of the Common Agricultural Policy, targets the enhancement of ecological sustainability in European agriculture. Due to its association with such sustainability gains, growing agricultural [...]Article
Understanding the processes related to the adoption of best environmental practices is an important challenge to support the transition to more sustainable agriculture. Our paper aims to contribute to this issue by analyzing the relation between[...]Article
Sustainable configuration of the tunisian olive oil supply chain using a fuzzy TOPSIS-based approach
Agricultural production of olive oil is a sector with high significance. The olive sector is a very important sector for several countries in the world, in particular, for Tunisia. In addition, the impacts of olive oil production and extraction [...]Article
Several economic approaches can be carried out for managing the environmental impacts in agriculture, i.e. property and bargaining rights, economic incentives, ecological fees, etc. These approaches can be mainly applied to the cultivation phase[...]Article
In recent times, the need for food systems that, in addition to being economically viable and socially equitable, use environmentally friendly production processes has made sustainable production one of the olive oil sector's main concerns and p[...]Série
E-Book
Throughout the fifth edition of the International Forum of Agricultural Robots (FIRA) in December 2020, more than 1,500 farmers, manufacturers, advanced technology suppliers, innovators, investors, journalists and experts from 71 countries aroun[...]Article
D.C. Rose ; R. Wheeler ; M. Winter ; M. Lobley ; C.-A. Chivers |Three tenets of sustainable intensification should guide the fourth agricultural revolution: people, production, and the planet. Thus far, narratives of agriculture 4.0 have been predominately framed in terms of benefits to productivity and the [...]