In 2011, the Platform for African European Partnership on Agricultural Research for Development (PAEPARD) launched the Users-led Process (ULP) to better articulate users’ needs in a multi-stakeholder research and innovation (R&I) partnership. The ULP comprises six critical steps: (1) Identification of a federating theme; (2) Desk review; (3) Introduction workshop; (4) Multi-stakeholder research question inception workshop; (5) Concept note development; (6) Full proposal development.
En 2011, la Plateforme pour un partenariat Afrique-Europe dans le domaine de la recherche agricole pour le développement (Platform for African European Partnership on Agricultural Research for Development, PAEPARD) a lancé le processus guidé par les utilisateurs (PGU) afin de mieux intégrer leurs besoins dans un partenariat multiacteurs pour la recherche et l’innovation (R&I).
The paper takes a critical look at two key interventions identified to deliver the PAEPARD capacity strengthening strategy. Firstly, the training of a pool of agricultural innovation facilitators (AIF) to broker relations between relevant stakeholders for the consolidation of effective consortia. PAEPARD envisaged the role of AIF as to support both the face-to-face and virtual (via skype, email or social media) engagement of partners in capacity strengthening processes.
Ce document analyse de façon critique deux interventions majeures identifiées pour mettre en œuvre la stratégie de renforcement des capacités de PAEPARD. La première intervention est la formation d’un vivier de facilitateurs de l’innovation agricole (FIA) pour assurer une médiation entre les acteurs concernés et, ainsi, consolider des consortiums efficaces. PAEPARD prévoyait que les FIA encouragent l’engagement virtuel (par l’intermédiaire de Skype, d’e-mails ou des réseaux sociaux) et en personne des partenaires dans des processus de renforcement des capacités.
Despite efforts over recent years to improve the status of agriculture in sub-Saharan Africa, little change has been noted, due partially to the fact that efforts have come from individual entities, which had short-term funding or lacked the necessary expertise to scale up research outputs. Disconnect between researchers and end-users has further hindered the success of such efforts.
Malgré les efforts déployés ces dernières années pour améliorer la situation de l’agriculture en Afrique subsaharienne, peu de changements ont été observés. Cet insuccès est dû, en partie, au fait que ces efforts ont été consentis par diverses entités de petite taille, aux capacités de financement à court terme et sans l’expertise nécessaire pour diffuser les résultats de leurs travaux de recherche. De plus, ces initiatives ont aussi pâti de la déconnexion entre la recherche et les utilisateurs finaux.
The nature of the issues around which Agricultural Research for Development (ARD) partnerships are formed requires a different way of conceptualizing and thinking to that commonly found in many agricultural professionals. This brief clarifies the components of a system of interest to an ARD partnership.
Increasing attention is being given to evaluating the impact of advisory services in terms of their effectiveness in providing farmers with knowledge and networks for innovation as well as understanding the factors that influence this effectiveness (Prager et al, 2017). The demand and uptake of advisory services is one factor and Klerkx et al (2017) comment on the variation in farmers’ demand and the influences of variables such as farm size, asset status and education as well as stability or turbulence in the regulatory environment.
The main goal of this report is to provide a brief summary of land-use change in Amazonia within the focus countries of Bolivia, Brazil, Colombia, Ecuador and Peru. This report will mainly focus on the analysis and discussion of land-use change status and trends since 1970’s, a period when considerable changes started to be evident. Analyses were supported from a literature review and land use databases and maps for Andean countries (CIAT) and Brazil (INPE).
Farmers in Asia like to grow cassava because the crop will tolerate long dry periods and poor soils, and will produce reasonable yields with little inputs. Most farmers realize, however, that cassava production on slopes can cause severe erosion, while production without fertilizer inputs may lead to a decline in soil productivity. Research has shown that cassava yields can be maintained for many years with adequate application of fertilizers, and that there are various ways to reduce erosion.