"CDAIS is interesting for us because it is improving how we operate”, explains Francisco Venda, president of the Sementes do Planalto seed cooperative based in Bailundo. “We work with many partners, and the new skills have proved invaluable.” Since 2016, CDAIS has been working with this group, helping them to identify and agree their priority needs, and take steps to overcoming them. But much is yet to be done, though the high levels of energy and enthusiasm will ensure that progress will continue long after the project has ended.
Rice is produced in other parts of Angola, but not in the area around Bailundo, though conditions are favourable and there is much local demand. Building on the provision of technical expertise from other organisations, CDAIS is adding capacity development of another sort, of the ‘soft skills’ required to collaborate, learn, engage and adapt. “Now we will grow rice forever” says Marcos Satuala. “This innovation has given us a great thing – a new crop for us. And with CDAIS we can learn more, and grow more, for our families and to sell.”
“When I first heard about the CDAIS project two years ago, I knew immediately that it was just what our group of farmers was looking for” explains Edgar Somacumbi. “We have land, seeds, tractors and all the equipment we want, and a processing plant. But moving from being farmer to agro-entrepreneurs is a complex process and requires new skills. And this is where we needed help.” CDAIS is now supporting a group of farmers to improve how they organise themselves and to help them find solutions to their problems.
En este capítulo se presenta la transferencia tecnológica desde una perspectiva sistémica para luego describir el relacionamiento entre las capacidades de innovación y las funciones de los sistemas. Posteriormente se procede a vincular los indicadores del IDIC con los elementos del modelo sistémico de congruencia organizacional y las capacidades de innovación asociadas a las funciones del sistema.
El presente trabajo muestra la importancia del uso de las TI’s (Tecnologías de la Información) como herramientas de consulta para los productores en mediana y pequeña escala de agricultura protegida; donde se establece la necesidad de acceder a portales en internet o aplicaciones móviles, que provean de información acerca de precios de mercados, alertas de clima y plagas, centros de investigación, financiamientos, apoyos gubernamentales, proveedores de insumos y de servicios, requisitos de clientes, casos de éxito, etc., y de esta manera puedan tomar decisiones que les permita proyectar sus
This article provides an overview of some of the recent research in agriculture involving remote sensing and GIS. Attention focuses on application of remote sensing and GIS specially in agriculture including geography, land surveying, most Earth Science disciplines, parent child relationship, unique identification, attributes, technical parameters, 2D/3D view and any other requirement customized. These advances have been made over recent years and foundations for future research established and can be efficiently used in Agriculture for better results.
La FAO, en collaboration avec le ministère de l’agriculture du Gabon, a exécuté un projet d’intensification vivrière à travers la mécanisation agricole à Lébamba. En privilégiant l’approche Champs Ecoles Paysans (CEP), les populations regroupées en coopératives agricoles ont été formées sur les approches de l’agriculture durable, notamment à travers l’apprentissage de nouveaux itinéraires de culture. De plus, par l’utilisation des outils de mécanisation agricole, la pénibilité de leur travail est réduite et leur rendement est augmenté.
La Representación del IICA en Bolivia identifcó, dentro de su Estrategia de Cooperación Técnica 2014-2018 para el país, a la agricultura familiar como un pilar de focalización en las acciones y proyectos que se desarrollan en apoyo y por solicitud de las instituciones públicas, privadas, académicas y otros socios estratégicos.
The shrimp sector has been one of the fastest growing agri-food systems in the last decades, but its growth has entailed negative social and environmental impacts. Sustainable intensification will require innovation in multiple elements of the shrimp production system and its value chain. The study focuses on the case of the shrimp sector in the Mekong Delta in Viet nam to explore the constraints inthe transition to sustainable intensification in shrimp farming, using an analytical framework based on innovation systems thinking, i.e., an aquaculture innovation systems framework.
This paper explores the potential of Actor Network Theory (ANT) in understanding how the process of interaction and translation between human and non-human actors contribute to the development, adoption and diffusion of science-based innovations linked to the transition to organic farming. The study relies on two case studies, the French Camargue case covering a range of technical and social innovations, and the case from Bulgaria focusing on the development of a technical and product innovation, i.e. a veterinary product for organic beekeeping.