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).
Cette étude a été menée dans le cadre du projet PAEPARD ou Plateforme pour un partenariat Afrique-Europe dans le domaine de la recherche agricole pour le développement, projet financé à 80% par la Commission européenne avec pour objectif de consolider la collaboration entre l’Afrique et l’Europe dans le domaine de la Recherche Agricole pour le Développement.
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.
Networks and organizations need to find ways to be more effective in pursuing their objectives and thus seek to “learn” to be able to respond, innovate and adapt to complex, changing social and environmental conditions, thus bringing about social change. An essential capacity for ARD (Agricultural Research for Development) partnerships is therefore the ability to reflect and learn. Learning is not simply about increasing knowledge and skills or changing attitudes; it is about making sense of complexity to act more effectively.
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).
This project was undertaken to examine the suitability of 8 keys crops in Bhutan under current conditions and future climate scenarios (RCP 8.5) up to 2050. This was a collaborative initiative between MoAF, CIAT and UNEP, funded through the Asia-Pacific Climate Technology Network and Finance Center (AP-CTNFC). The project had two principal objectives: Objective 1: Build capacities of key technical staff to produce suitability maps for a wider range of crops under different emission scenarios.
Coordinated formal efforts to generate technologies for enhancing agricultural development in Ethiopia was mainly rooted in formal research and development institutions up to very recently. A number of improved technologies have been generated wlth the efforts made so far and the superiority of some of the technologies over the traditional practices has already been proved, at least for the major commodities.