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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)
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D. Plénet ; J. Borg ; C. Hilaire ; P. Blanc ; C. Bussi ; M. Codini ; S. Drusch ; V. Gallia ; M.-L. Greil ; E. Hostalnou ; B. Labeyrie ; V. Mercier ; M. Millan ; Y. Montrognon ; D. Monty ; C. Mouiren ; J. Ruesch ; G. Vercambre |A significant reduction in chemical pesticide use is strongly recommended in fruit production systems to reduce environmental and consumer health risks. Our objectives were to assess the consequences of pesticide reduction use on peach orchards[...]Article
K.M. Dittmer ; S. Rose ; S.S. Snapp ; Y. Kebede ; S. Brickman ; S. Shelton ; C. Egler ; M. Stier ; E. Wollenberg |A critical question is whether agroecology can promote climate change mitigation and adaptation outcomes without compromising food security. We assessed the outcomes of smallholder agricultural systems and practices in low- and middle-income cou[...]Article
CONTEXT With the warming trend and the increasing frequency of extreme weather events, accurate crop yield estimation is becoming urgent. Crop yield estimation mainly consists of two methods: crop model simulation and remote sensing observations[...]Article
Assessing the energy cycle and greenhouse gas (GHG) emissions of wheat production in small Egyptian farms is essential to improve wheat productivity to meet population growth and achieve sustainable development. This study aims to compare wheat [...]Article
Over the last decades, urban agriculture (UA) and controlled environmental agriculture (CEA) have been growing in many urban areas of the world to supply fresh food locally and to provide multiple benefits for the sustainable development of urba[...]Article
D. Laurant ; F. Stark ; C. Le Page ; E. Rousselou ; D. Bazile |New models of collective agriculture have been developing in France over the past 10 years that could encourage the emergence of more diversified and sustainable systems. However, as such production systems are relatively more complex to manage,[...]Article
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National crop yields are difficult to estimate during a crop season and are usually only known after crop harvest. The goal of this study was to develop a simple methodology to estimate national wheat yields that could be easily applied to any c[...]Article
This article focuses on the emergence and implementation of a specific policy option in a national plan aiming to reduce pesticide consumption: the substitution of biological substances for chemicals. I argue that substitution is a singular meth[...]Article
S. Rafflegeau ; M. Gosme ; K. Barkaoui ; L. Garcia ; C. Allinne ; O. Deheuvels ; J. Grimaldi ; P. Jagoret ; P.-E. Lauri ; A. Mérot ; A. Metay ; F. Reyes ; S. Saj ; G.N. Curry ; E. Justes |Duru et al. (Agron Sustain Dev 35:1259-1281, 2015) highlighted a missing tool for studying and improving the performance of cropping systems in the transition to highly diversified agriculture. In response, this paper proposes a concept for desi[...]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[...]Article
Most of the approximately 105 million Egyptians depend on wheat in the form of baladi bread for their daily diet. Millions of smallholders along the River Nile have produced wheat for millennia; however, in more recent history, the wheat demand [...]Article
Le secteur agricole a les moyens de réduire ses émissions de gaz à effet de serre. Encore faut-il le faire-savoir de manière idoine.Article
Depuis la fin des années 2010, lagriculture numérique connaît un essor important caractérisé par la création dentreprises, de dispositifs de recherche mais également la mise à lagenda des politiques publiques. Nous proposons ici de comprendre[...]Article
G. Albahri ; A.A. Alyamani ; A. Badran ; A. Hijazi ; M. Nasser ; M. Maresca ; E. Baydoun |A key concern in agriculture is how to feed the expanding population and safeguard the environment from the ill effects of climate change. To feed a growing global population, food production and security are significant problems, as food output[...]Article
Capitalism in the theorizations of sustainability transformation has been largely taken for granted for its misleadingly assumed stability and homogeneity, thus limiting the scope for defining alternative futures, policy options and strategi[...]Article
In the last decades, the Rif area in Morocco has been frequently affected by soil erosion due to intense rainfall events. In order to help farmers improve their lives and avoid damages caused by this phenomenon, a management project (the MCA Pro[...]Article
M. Coronese ; M. Occelli ; F. Lamperti ; A. Roventini |This paper presents a dynamic agent-based model of land use and agricultural production under environmental boundaries, finite available resources and endogenous technical change. In particular, we model a spatially explicit smallholder farming [...]Article
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The global warming fight should focus on agriculture, especially on olive crops, due to their potential role in combating it. One of the leading olive oil-producing countries is Turkey; therefore, evaluating and quantifying the environmental imp[...]Article
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Despite the extensive literature on Local Agro-food Systems (LAFS), which involves research on local food identity and organisational proximity, the environmental sustainability of these systems has rarely been addressed. This paper develops a n[...]Article
Small-grain farming systems in Mediterranean climatic regions are characterized by poor quality soils, high climate variability, and resulting heavy agrochemical reliance. The adoption of Conservation Agriculture, based on minimum tillage, perma[...]Article
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We can pursue a more resilient and sustainable future if both agriculture and the food system evolve driven by a new model based on agroecology. By applying ecological principles, agroecological farming adapts to local resources, closes biomass [...]Article
Pour prévenir les conflits de leau, il faut accélérer la transition écologique de lagriculture. Ce qui implique aussi de manger moins de viande et plus bio.Article
M. Lambotte ; S. De Cara ; C. Brocas ; V. Bellassen |There is a lack of clear empirical evidence towards the lower carbon footprint of organic food products, in particular in the dairy sector. Until now, small sample sizes, lack of properly defined counterfactual and the omission of land-use relat[...]Article
This study investigates change in the intensification of agricultural activities and its effect on the greenhouse gas (GHG) emissions of the 27 European Union (EU) Member States over a ten-year period from 2009 to 2019. Both multivariate and non[...]