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The international journal Rural 21 has dedicated more than 40 years to all topics surrounding rural development. Its ambition is to further those strategies and policies that strengthen rural areas of developing and newly industrialising countries and encourage their implementation. The journal addresses the complete range of relevant themes – from agriculture and fisheries via capacity building and education through to health and social security, energy supply and trade. Center-stage is always devoted to inquiring into how measures and strategies can contribute to global food security and to reducing poverty.
Rural 21 desires to further the dialogue between science and politics, the private sector, civil society and practitioners. Two platforms are designed for this purpose: Rural 21 in print is published four times a year, each issue highlighting a specific focus of rural development – this print edition is read in more than 150 countries. In parallel, Rural 21 online keeps the rural development community up to date on news and events, scientific findings and other print and online publications.
Rural 21 is published by DLG-Verlag GmbH in Frankfurt/Germany. Financial partners are BMZ (German Federal Ministry for Economic Cooperation and Development), GIZ (Deutsche Gesellschaft für Internationale Zusammenarbeit), DLG (German Agricultural Society – Deutsche Landwirtschaft-Gesellschaft), SDC (Swiss Agency for Development and Cooperation) and Helvetas Swiss Intercooperation.
The first issue of Rural 21 dates back to 1968. From 1974 to 2007, the journal was published in three languages entitled "entwicklung & ländlicher raum" / "agriculture & rural development" / "agriculture & développement rural". In 2008, the journal was relaunched as "Rural 21".
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Displaying 241 - 245 of 319Do we need to worry about water in the Amazon?
The economy of the Amazon region relies heavily on water for transport and livelihoods. Important also for the regional water cycle, the Amazon ecosystems are threatened by climate change, although there is little knowledge about the likelihood of adverse events and potentially related vulnerabilities. Therefore research and building up capacities for collective action are cornerstones of adaptation to climate change. Since 2008, strategic policy approaches have emerged. The region has only started to prepare itself for the things to come.
Knowledge management pays dividends
Many adaptation measures urgently needed in agriculture today as a consequence of climate change concern water in agriculture and were already devised and implemented in the 1980s as a part of rural development activities. However, most of the experience and knowledge have sunk without trace. Systematic knowledge management at that time would have made it possible to benefit from this experience today in the planning and implementation of water-related adaptation measures, providing effective support for these measures and hastening their implementation.
Water and adaptation to climate change
Developing countries, as a group, are the ones most threatened by the hydrological impacts of global climate change. Water is a critical resource in development, and it is affected by climate change in multiple, complex ways ? through changes in temperature and rising sea levels, changes in precipitation patterns, and melting snowfields and glaciers.
Water harvesting for home food security
Poverty in rural households have deepened in the past two years through world events: unprecedented rises in food and fuel prices were followed by global economic meltdown, all amidst growing climate uncertainty. Balancing water availability within and across growing seasons, water harvesting helps to buffer households against drought. Research on water harvesting in South Africa has focused on rural household livelihoods. Innovative results on appropriate water harvesting technologies and food security facilitation techniques are now being implemented in villages across South Africa.
Maize to help prevent night blindness
A team of German and Spanish scientists has genetically modified a maize plant in a way that markedly increases the level of three vitamins in the maize kernels. The level of betacarotene, the precursor to vitamin A, was raised by a factor of 169, the level of vitamin C increased six-fold and the level of folic acid, a vitamin of the B group, doubled.