Food security is predicted toface considerable challenges in the upcoming period. This couldbe more profound in developing countries due to rapid societal change and ecological pressure in theseregions. Concerted efforts to deal with these challenges areof great importance, including accelerating th euse of improved agricultural input technology (IAIT) such as high yield varieties of seeds and improved fertilizer formulas. This type of innovation is more suitable to being introduced amongst developing countries farmers in order to increase their productivity.
Cet article tente de répondre à la question suivante : au-delà des caractéristiques de l’exploitation agricole, quels sont les autres facteurs qui influencent les différents types d’innovation dans les filières stratégiques de l’agriculture algérienne ? En effet, la politique algérienne actuelle ambitionne de moderniser les filières stratégiques pour accroître la production, substituer la production nationale à l’importation et augmenter le volume des exportations.
Le Mali a quadruplé sa population entre 1960 et 2020. Cette croissance démographique implique des besoins d’accès à la sécurité alimentaire et nutritionnelle, à la santé, à l’éducation et à l’emploi pour les primo arrivants. C’est le secteur agricole qui est sollicité par les politiques publiques pour répondre à cette demande. Quelle est la tendance démographique dans la zone cotonnière du Mali ? Quelles ont été les réponses locales face aux implications de cette croissance démographique en termes d’accès à la santé et à l’éducation ?
Les travaux portant sur l’inclusion des petits exploitants dans l’agriculture contractuelle dans le monde dressent des constats contradictoires. En Algérie, l’État a engagé en 2009 un programme d’appui à l’intégration des filières lait et tomate industrielle, en accordant des primes aux entreprises et aux agriculteurs qui s’engagent ensemble dans des contrats de commercialisation.
L’économie tunisienne a subi de plein fouet les effets de la crise sanitaire Covid-19 et des mesures indispensables pour la juguler prises par les pouvoirs publics comme la fermeture des frontières et le confinement de la population. L’agriculture a dû faire face aux mêmes difficultés ; toutefois, la courte durée du confinement total et la décision des autorités d’exclure les activités agricoles de certaines restrictions ont réduit les effets de la crise sanitaire sur la disponibilité des produits alimentaires.
The increasing complexity of technology development and adoption is rapidly changing the effectiveness of scientific and technological policies. Complex technologies are developed and disseminated by networks of agents. The impact of these networks depends on the assets they command, their learning routines, the socio-economic environment in which they operate and their history.
This paper argues that impact assessment research has not made more of a difference because the measurement of the economic impact has poor diagnostic power. In particular it fails to provide research managers with critical institutional lessons concerning ways of improving research and innovation as a process. Paper's contention is that the linear input-output assumptions of economic assessment need to be complemented by an analytical framework that recognizes systems of reflexive, learning interactions and their location in, and relationship with, their institutional context.
In the post-harvest area and in agriculture research in general, both in India and internationally, policy attention is returning to the question of how innovation can be encouraged and promoted and thus how impact on the poor can be achieved. This publication assembles several cases from the post-harvest sector. These provide examples of successful innovation that emerged in quite different ways. Its purpose is to illustrate and analyze the diversity and often highly context-specific nature of the processes that lead to and promote innovation.
This paper reviews a recent donor-funded project concerning the introduction of post-harvest technology to poor hill farmers in India. Rather than conform to conventional development aid projects of either a “research” or an “interventionist” nature, it combines both approaches in a research-action program, which has more in common with a business development approach than a formal social science one. An important conclusion is that the work (and apparent success) of the project is consistent with an understanding of development that emphasizes the importance of innovation systems.
This document will try to outline the main specific characteristics of the thematic area of Post Harvest and Rural innovation. Also, following the Regional Priority Setting Exercise1, and the analysis of various initiatives (see annex 1), it will try to underline which commonalties and research priorities have been identified within the broad concept of this thematic area.