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No Thumbnail AvailableDocumentTechnical studyAssessing the Adoptability of Improved Crop Production Technologies by Small Farmers: the Case of Lesotho
Occasional Paper N. 6 - September 1996
1996Also available in:
Error: Could not load results for '/discover/search/objects?sort=dc.language.iso,ASC&page=0&size=5&configuration=item&query=(fao.identifier.jobnumber_keyword%3Aae365*%20OR%20fao.identifier.jobnumber_keyword%3AAE365*)%20-fao.identifier.jobnumber_keyword%3AAE365E%20AND%20archived%3Atrue'.In Lesotho, some externally financed agricultural development projects have appeared particularly prone to failure. One reason may be that, when designed, projects have not been subjected to sufficiently rigorous analysis, particularly with regard to expected farmers' response to extension messages. The thesis of this paper is that the impact of high inter-annual fluctuations in crop yields (and of crop prices) on farmers' expectations plays an important role in producers' decision-making, and t hat this can be measured with sufficient approximation to assess the prospects for the successful introduction of "improved" cropping technologies in small farmers' communities. Stochastic Efficiency Analysis has been applied to the mountain areas of Lesotho, where natural conditions are particularly harsh, but it has wider applicability in project formulation. The paper is based on information gathered by an FAO Investment Centre mission, which visited the Districts of Thaba T'seka and Qacha's Nek in November 1995 on behalf of the Government of Lesotho and the International Fund for Agricultural Development to identify a Sustainable Mountain Agriculture Programme for possible IFAD financing. See also the related FAO Investment Centre Occasional Paper N. 7 "Note on the Machobane system". -
No Thumbnail AvailableDocumentTechnical studyLESOTHO: A Note on the Machobane System
Occasional Paper N. 7 - September 1996
1996Also available in:
Error: Could not load results for '/discover/search/objects?sort=dc.language.iso,ASC&page=0&size=5&configuration=item&query=(fao.identifier.jobnumber_keyword%3Aae366*%20OR%20fao.identifier.jobnumber_keyword%3AAE366*)%20-fao.identifier.jobnumber_keyword%3AAE366E%20AND%20archived%3Atrue'.This note on the Machobane system is based on information gathered by an FAO Investment Centre mission which visited Lesotho in July 1996 on behalf of the Government and the International Fund for Agricultural Development, to prepare the ground for the formulation of a Sustainable Mountain Agriculture Programme for possible IFAD financing. Observations of farmers attitudes and behaviour as well as relevant socio-economic data were collected in February 1996 in several villages of two Districts i n Lesotho and are presented. See also the related FAO Investment Centre Occasional Paper N. 6 "Assessing the Adoptability of Improved Crop Production Technologies by Small Farmers: the Case of Lesotho". -
Book (stand-alone)Working paperImpacts of Bioenergy on Food Security
Guidance for Assessment and Response at National and Project Level
2012Also available in:
Error: Could not load results for '/discover/search/objects?sort=dc.language.iso,ASC&page=0&size=5&configuration=item&query=(fao.identifier.jobnumber_keyword%3Ai2599*%20OR%20fao.identifier.jobnumber_keyword%3AI2599*)%20-fao.identifier.jobnumber_keyword%3AI2599E%20AND%20archived%3Atrue'.FAO’s Bioenergy and Food Security Criteria and Indicators (BEFSCI) project has developed a set of indicators that be used to assess the impacts of bioenergy on food security at both national and levels. In addition, BEFSCI has identified range of possible responses to these impacts. Modern bioenergy development, through its environmental and socio-economic impacts, may have positive or negative effects on the four dimensions of food security: availability; access; utilization, and stabilit y.
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Book (stand-alone)Technical reportCFS 2019/46/Inf.17 - Agroecological and other innovative approaches for sustainable agriculture and food systems that enhance food security and nutrition. A report by the High Level Panel of Experts on Food Security and Nutrition
jul/19
2019Also available in:
Food systems and agriculture are at a crossroads and a profound transformation is needed at all scales, not only to achieve Sustainable Development Goal 2 (SDG2) to “end hunger and all forms of malnutrition” by 2030 but also to address Agenda 2030 in its entirety, including human and environmental health, climate change, equity and social stability. Current trends, such as the new increase, since 2014, in the number of undernourished people and the alarming rate of all forms of malnutrition in all countries, and related tensions will be exacerbated if we fail to design and implement, in a very near future, food systems that ensure food security and nutrition while addressing all sustainability challenges. Agroecological and other innovative approaches in agriculture are increasingly praised for their potential contribution to reach these crucial goals. This report adopts a dynamic perspective, centred on the key concepts of transition and transformation. Ultimately, this rich and comprehensive report aims to fuel an exciting policy convergence process and help remove the lock-ins by developing a common understanding of these matters, so that concrete transition pathways can be implemented at all relevant scales, from farm, community and landscape to national, regional and global levels. -
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Poster, bannerPoster / banner / roll-up / folderThe bioavailability of cadmium and lead in soil and bioaccumulation in barley from a contaminated soil 2018
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