Le présent article porte sur la sécurisation alimentaire, c’est-à-dire qu’il s’intéresse aux processus par lesquels la sécurité alimentaire peut être atteinte ou, à tout le moins, améliorée. Plus spécifiquement, il s’intéresse à des initiatives agricoles cherchant à accroître la sécurité alimentaire en milieu rural. Pour ce faire, nous effectuons une analyse comparative de trois initiatives agricoles ayant vu le jour dans des milieux ruraux au Québec.
La maladie du covid-19 est devenue une pandémie qui a engendré une crise économique mondiale sans précédent. Cette crise a remis en cause la stabilité des équilibres assurant la sécurité alimentaire mondiale. Les modes de production et de consommation se trouvent aujourd’hui questionnés. Cette pandémie met en exergue les faiblesses et les inégalités existantes dans les systèmes de la santé ainsi que dans les systèmes agricoles et alimentaires.
Face à la crise mondiale causée par la pandémie de covid-19, les pays prennent des mesures.Les rayons des supermarchés restent approvisionnés pour le moment. Mais une crise pandémique prolongée pourrait rapidement mettre à mal les chaînes d’approvisionnement alimentaire, qui sont des réseaux complexes d’interactions entre exploitants, intrants agricoles, usines de transformation, services d’expédition, détaillants et bien d’autres.
Also known as CD4AIS. This interactive guidebook brings together tools and resources to help practitioners design and implement capacity development activities with an innovation systems approach in mind. The guidance provided here is not prescriptive.
Rainfed agriculture accounts for more than half of the world’s food production but is facing increasing precipitation variability, driven by climate change. Achieving zero hunger will require improvements in rainwater management to increase productivity. About 45 percent of global rainfed cropland is still under low-input production systems. These are concentrated mostly in lower-income countries, which face multiple challenges in addressing the growing water shortages. Improved water management practices must be combined with the best agronomic practices for enhanced effectiveness.
Livelihoods are rural people’s greatest defense against hunger and malnutrition. Crises undermine rural livelihoods and erode people’s capacity to cope with the next shock. In humanitarian contexts, FAO brings wide-ranging technical expertise and operational experience to the fore to safeguard livelihoods and enable crisis-hit and at-risk people to access and start producing food as quickly as possible. Protecting livelihoods by providing emergency agricultural assistance from the onset of a crisis is crucial to save lives, while enabling people to produce food and earn an income.
The aim of this article is to show the relevance of the sociology of market agencements (an offshoot of actor-network theory) for studying the creation of alternative agri-food networks. The authors start with their finding that most research into alternative agri-food networks takes a strictly informative, cursory look at the conditions under which these networks are gradually created. They then explain how the sociology of market agencements analyzes the construction of innovative markets and how it can be used in agri-food studies.
The EU-funded Horizon 2020 “Small Farms, Small Food Businesses and Sustainable Food Security” (SALSA) project has brought together 16 partners, from European and African countries and the UN system, who have a unique blend of multidisciplinary expertise and experience from a wide range of geographical and socio-political realities.
SALSA has aimed to provide a better understanding of the current and potential contribution of small farms and food businesses to sustainable Food and Nutrition Security (FNS).
Climate change is causing unprecedented damage to our ecosystem. Increasing temperatures, ocean warming and acidification, severe droughts, wildfires, altered precipitation patterns, melting glaciers, rising sea levels and amplification of extreme weather events have direct implications for our food systems. While the impacts of such environmental factors on food security are well known, the effects on food safety receive less attention.
The current deliverable (D6.2) is divided into two parts each corresponding to one of its two main audiences, namely:
Part 1 – Scientific Methodology