Undertaking Capacity Needs Assessment (CNA) is critical for organizing appropriate capacity development interventions. AESA organised four workshops on CNA of EAS in India, Sri Lanka, Bangladesh and Nepal with the following objectives.
1. Identify capacity gaps among EAS providers
2. Finalise a methodology for undertaking capacity needs assessment.
La stratégie de Lisbonne met en avant la nécessité de stimuler la croissance et de créer des emplois dans les zones rurales, elle vise à renouveler les bases de la compétitivité européenne, à augmenter son potentiel de croissance ainsi que sa productivité et à renforcer la cohésion sociale en misant principalement sur la connaissance, l’innovation et la valorisation du capital humain.
Con el espíritu de contribuir a este enfoque se presenta esta guía metodológica sobre “Sistemas Territoriales de Abastecimiento Alimentario” orientada a técnicos, académicos y tomadores de decisiones tanto de gobiernos locales, regionales o nacionales como de la iniciativa privada. Su objetivo es brindar pautas para analizar los sistemas de abastecimiento, con énfasis en la inclusión de la agricultura familiar.
El Catálogo latinoamericano de experiencias en agricultura familiar TEC 2018 presenta 31 soluciones innovadoras, que han logrado consolidarse como tecnologías sociales, o avanzan en tal dirección. Entendemos por tecnología social la innovación social estructurada por el conjunto de conocimientos, prácticas, métodos e instrumentos que han resuelto una problemática en una comunidad. Estas tecnologías que se caracterizan por su bajo costo, facilidad de aplicación y mínimo impacto ambiental, facilitan el proceso de apropiación por parte de otras comunidades.
La crise alimentaire mondiale de 2008 a bien évidemment également touché l’Afrique de l’ouest et l’une de ses filières phares : le riz. Cette crise a incité les États et les institutions régionales à mettre en oeuvre des mesures visant à améliorer la production et l’offre locales de riz.
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.
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).
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.
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.