Este estudio analiza los persistentes retos sistémicos a la promoción de la innovación en las mipymes a la luz de la capacidad de conducción del rector sectorial en materia de fomento productivo, y bajo el modelo de trabajo propuesto en la Política Nacional de Desarrollo Productivo, con la articulación al centro de su estrategia. Siguiendo criterios de racionalidad y efectividad, este modelo tiene el potencial de aumentar la capacidad de conducción y abogacía del MEIC en temas que afectan la competitividad de las mipymes y que limitan su capacidad para innovar.
El objetivo de este trabajo fue identificar a los actores involucrados en sistema de innovación de los productores de maíz de la Región Centro de México, destacando el papel de los actores de soporte institucional en su adopción de innovaciones. Para ello, se entrevistaron 490 productores de maíz atendidos dentro del marco del programa MasAgro 2012, en los estados de Guerrero, Hidalgo, Puebla, Morelos, Estado de México y Tlaxcala. Se midió el grado de adopción de las innovaciones, y mediante la metodología de análisis de redes sociales se analizó la vinculación entre los actores.
Aujourd’hui 60% des 870 millions de personnes qui souffrent de la faim dans le monde sont des femmes et des filles qui vivent principalement dans les zones rurales du Sud. Pourtant, la Fao estime que les femmes produisent 60 à 80% des aliments de consommation familiale dans la plupart des pays en développement et sont responsables de la moitié de la production alimentaire mondiale ! Ce quarantième numéro de Dajaloo donne la parole à ces femmes qui ASSURENT!
The emergence of a globalised knowledge economy, and the contemporary views of innovation capacity that this trend enables and informs, provides a new context in which development assistance to agricultural research and development needs to be considered. The main argument in this paper, which focuses on The Netherlands, is that development assistance should use this emerging scenario to identify niches where inputs can add value to the R&D investments of others, particularly in activities that help wire up innovation systems, linking R&D to other activities and actors in society.
Agrifood systems are powerful levers for improving livelihoods. They must also address an array of systemic challenges, including satisfying growing global food demand, improving diets, limiting greenhouse gas emissions, adapting to a warming climate, and sustaining the environment. Technology and innovation play a central role in meeting these challenges. This brief offers two policy recommendations to support the contribution of innovation. First, G20 countries should increase political and financial support to agrifood systems research in developing countries.
Brazilian agriculture is a success story. The country that until the 1960s systematically received food donations from abroad. and up to the 1980s was still a large food importer, had its agriculture profoundly changed. The traditional agriculture that prevailed in Brazil until the 1970s was progressively transformed in the following decades into a modern and highly competitive agriculture based on science.
The concept of an innovation system is used to understand how innovation contributes to economic growth. However, innovation systems do not evolve evenly in different parts of the world. This paper contributes to the ongoing debate on the emergence of innovation systems in the context of developing countries. It uses the Rwandan case, where agriculture is a dominant socio-economic sector with high innovation potential. It explores how stakeholder interactions and policies contribute to the emergence of an agriculture innovation system in Rwanda.
As global populations continue to increase, agricultural productivity will be challenged to keep pace without overtaxing important environmental resources. A dynamic and integrated approach will be required to solve global food insecurity and position agriculture on a trajectory toward sustainability. Genetically modified (GM) crops enhanced through modern biotechnology represent an important set of tools that can promote sustainable agriculture and improve food security.
Many capacity development (CD) programs and processes aim at long‐term sustainable change, which depends on seeing many smaller changes in at times almost invisible fields (rules, incentives, behaviours, power, coordination etc.). Yet, most evaluation processes of CD tend to focus on short‐term outputs focused on clearly visible changes.
The objective of this paper is to identify the possible role and opportunities for the private sector to participate with governments and farmers in developing and managing irrigation and drainage (I&D) infrastructure. Over the last 50 years, irrigated agriculture has been vital to meeting fast-rising food demand and has been key to poverty reduction. In the coming years the strong demographic demand for food is expected to continue, and intensified irrigated agriculture will have to provide close to 60 percent of the extra food.