Search
Searching with a thematic focus on Agriculture and food, Technology and innovation in agriculture
Showing 41-50 of 616 results
Pages
- Document
Rice production practices
Philippine Institute for Development Studies, 2008This paper presents the evolution of major practices in Philippine rice production over the last 100 years. These practices evolved out of the changes in the varieties introduced and planted by Filipino farmers, which subsequently altered the manner by which production and postharvest operations were done.DocumentBiotechnology innovation in Kenya: where are the smallholder farmers?
Institute for Development Studies, University of Nairobi, 2007This study investigates the role of small holder farmers amidst the intervention of other actors in biotechnology innovation in the maize sub-sector in Kenya.DocumentGlobal engagements with global assessments: the case of the international assessment of agricultural knowledge, science and technology for development (IAASTD)
Institute of Development Studies UK, 2008The IAASTD – the International Assessment of Agricultural Knowledge, Science and Technology for Development – which ran between 2003 and 2008, involving over 400 scientists worldwide, was an ambitious attempt to encourage local and global debate on the future of agricultural science and technology.DocumentThe story of Brazil’s ethanol programme
Evidence and Lessons from Latin America, 2014Launched in 1975, Brazil’s ethanol programme,Próalcool, has propelled the country towards being the world’s number one producer, user and exporter of sugarcane ethanol.Próalcoolnot only reduced national dependence on imported energy, it also bolstered the economy, created jobs and diversified the country’s renewable energy portfolio.DocumentMaking networks work for policy: Evidence from agricultural technology adoption in Malawi
International Initiative for Impact Evaluation, 2015Low productivity in agriculture and environmentally unsustainable farming challenges are pressing development challenges for many developing countries. Technologies that would minimize adverse environmental effects and increase long-term yields exist, but have yet to be adopted on a wide scale.DocumentLivelihood diversification and entrepreneurship: an analysis of production and marketing innovations in smallholder farming in a rural Kenyan district, Mbeere
Institute for Development Studies, University of Nairobi, 2003This study investigates the dynamics of smallholder production and marketing innovations, against a background of farm-none-farm or rural-urban linkages, within the broader rural livelihood diversification paradigms.DocumentMade by Monsanto: the corporate shaping of GM crops as a technology for the poor
STEPS Centre, Institute of Development Studies, 2008Genetically modified (GM, transgenic) crops have come to be widely invoked as a key technology for improving agriculture in the developing world, enhancing agricultural productivity, alleviating poverty and achieving food security at both household and global levels. Yet the types of GM crops and traits currently on the market are considered to have been designed to meet the needs of farmeDocumentTransforming innovation for sustainability
Ecology and Society, 2012The urgency of charting pathways to sustainability that keep human societies within a "safe operating space" has now been clarified. Crises in climate, food, biodiversity, and energy are already playing out across local and global scales and are set to increase as we approach critical thresholds.DocumentGoverning modern agricultural biotechnology in Kenya: implications for food security
Institute of Development Studies UK, 2003This report reviews governance issues of modern biotechnology. The study used two case studies of transgenic sweet potato and Bt maize to examine how governance issues influence household and national food security in the country.DocumentHow traditional knowledge and technologies are contributing to climate change adaption in Lain America's mountains
Evidence and Lessons from Latin America, 2015High climate variability has been a characteristic of mountain ecosystems, even before climate change concerns emerged. Indigenous cultures of Central America and the Andean region have been living in unpredictable environments for centuries. As a result, they possess a variety of knowledge and technologies that have helped them to adapt their livelihoods to increasing uncertainty and risk.Pages
