En este artículo se presenta y discute la información fruto de los talleres realizados durante el 2007 y 2008 en los Centros Locales de Innovación Agropecuaria (CLIA), con la participación de productores y otros actores locales en nueve provincias del occidente, centro y oriente cubano. Se muestra el caso del CLIA Las Tunas.
El proyecto “Alianza para la Creación de Oportunidades de Desarrollo Rural a través de Relaciones Agroempresariales” (ACORDAR) tiene como objetivo contribuir a incrementar los ingresos, asegurar empleo permanente y fortalecer las capacidades comerciales de 5400 familias pobres del área rural en 44 municipios, en alianza con los gobiernos municipales y el sector privado.
Este documento resume los resultados del trabajo en grupo y la discusión en plenaria de la sesión 4 (Marcos Regulatorios para el Fomento de Cadenas de Valor Sostenibles e Inclusivas) del Taller Regional de Intercambio de la Alianza de Aprendizaje Regional, realizado en junio de 2010.
Esta publicación es el resultado del Ciclo de Aprendizaje 2008–2010 para el Fortalecimiento de Organizaciones de Productores y Productoras, desarrollado por las organizaciones que hacen parte de la Alianza de Aprendizaje en Nicaragua. Las 23 historias recogidas en este documento fueron escritas en talleres de sistematización con miembros clave de las organizaciones de productores que participaron del proceso y sus proveedores de servicios.
In the remote upland regions of Laos many farming families live in relative poverty, relying on subsistence agriculture. Farmers need effective extension services to provide advice on commercial and technical options to supplement traditional practices and improve their livelihoods. One of these options is small-scale livestock production. However, the quality and quantity of extension staff working in livestock production is limited. Improving the knowledge and skills of extension staff working with upland ethnic minorities is a key goal of the Lao Ministry of Agriculture and Forestry.
Most of today’s information services on the web are designed for PC users. There are few services fit to be accessed by mobile devices. In the countryside of China, most of the mobile phone users can not access the Internet. For this reason, was developed a General Agriculture Mobile Service Platform. The Platform is designed to make these information services fit to be accessed by mobile users, and to make those mobile phone users can use these services without Internet connection.
To give more attention to the normative character of sustainable development, the Dutch Ministry of Agriculture, Nature, and Food Quality requested for a participatory approach to evaluate Dutch agriculture, which was characterized by stakeholder workshops, dialogue, and learning. This article describes and reflects on this approach, using the Fourth Generation Evaluation framework developed by Guba and Lincoln (Fourth generation evaluation, 1989).
Participatory varietal selection (PVS) is a recent approach increasingly being used in developing countries to make the farmers choose the best suited variety for their locality. Sugarcane Breeding Institute, Coimbatore implemented this participatory approach in M.R.K. Cooperative Sugar Mills Ltd., Sethiathope, Tamil Nadu during 2002 to 2006. Participatory rural appraisal and agro-eco system analysis were done with the participation of farmers to assess the situation and identify the needs of sugarcane growers.
Agroforestry (AF) systems have been the focus of numerous research and development projects in southern Africa, yet their adoption rate generally remains low. Employing on-farm, participatory research techniques in southern Malawi, was compared the suitability of three AF-based systems that relay crop the dominant staple, maize (Zea mays), with the perennial legumes Sesbania sesban, Tephrosia vogelii, and Cajanus cajan (pigeonpea).
Digital Agriculture is an “intelligent” computer management and application system that includes many high technologies of, such as infomationization, digitization, network, automation and more so on. On the basis of analyzing the main content and meaning of “Digital Agriculture”, this paper designs the system construction of “Digital Agriculture” based on Internet, and discusses the function and structure of main core modules of System of Digital Agriculture in detail. Finally, this paper also analyzes the developing trend about system of “Digital Agriculture”