Today, it would be difficult to imagine agricultural extension without modern information and communication technologies. What they can do, where they fit in, and where they reach their limits is shown in the following examples.

Innovation takes place not only in laboratories, and disseminating knowledge need not depend on classrooms. The Cambodian GIZ project “Best Farmer 2012” is an example of how achievements of small-scale farmers can be appreciated and their co-farmers can simultaneously benefit from new insights.

“There is plenty of innovation. The trick is to get it to the farmers,” it is often said when technology transfer to farmers, and smallholders in particular, is referred to. In addition to the financial resources, they often lack the knowledge needed to be able to benefit from the new technologies. The ‘whole value chain approach’ of the Africa Harvest organisation shows how technology transfer can work.

The Government extension services in Papua New Guinea (PNG) are weak. There is a general lack of money and staff, and the country has a poor infrastructure. Above all small-scale farmers in remote areas are left out of developments. This applies in particular to women farmers, despite their providing 85 per cent of the rural workforce.

In the Karnataka state of India, the First Agro farm has more than 40 varieties of vegetables on sale, all of them free of chemical residues. Both hotels and restaurants as well as more and more retailers are appreciating the range of certified products from this young enterprise.

Despite good potential for food production, South Sudan’s agriculture is not feeding its population. The impacts of decades of armed conflict are posing enormous challenges for the sector. Farmer Field Schools seem to be a promising instrument to improve food security and livelihoods of small-scale farmers in the country.

In a world of rapidly changing conditions, enhancing the adaptability and hence the resilience of family farms is crucial to their viability. Here, diversity plays an important role, as the following article demonstrates.

Nowadays it is hard to imagine European livestock production without soya-based feed. But this trend has had a massive impact on rural areas in the global South – the bulk of the soya fed to livestock in Europe is imported from Argentina and Brazil. That is not sustainable, says WWF’s Birgit Wilhelm, who advocates a change in mindset.

Family farming has many different meanings to many different people. While such farms come in all shape and sizes, one thing all practitioners agree on is that family farming is more than a business – it’s a way of life. The following article shows what constitutes this way of life, the challenges that family farms in Europe and throughout the world face and why and how the European Union supports this type of enterprise.

Tropical forage grasses and legumes as key components of sustainable crop-livestock systems in Latin America and the Caribbean have major implications for improving food security, alleviating poverty, restoring degraded lands and mitigating climate change. Climate-smart tropical forage crops can improve the livestock productivity of smallholder farming systems and break the cycle of poverty and resource degradation.

Improving watershed conservation and household food security has been one of the major development challenges in the semi-arid areas of northern Ethiopia. The initial survey by ILRI’s Improving Productivity and Marketing Success project has revealed that physical conservation measures alone do not result in higher farmers’ income. However, the introduction of market-oriented commodity development such as beekeeping, sheep-fattening, and high value crops resulted in farmers’ income rising fivefold from 2005 to 2009.

Family farms are often associated with greater sustainability. But the definition of sustainability is a highly disputable topic. The School of Agricultural, Forest and Food Sciences (HAFL) in Switzerland has developed a method enabling a more objective evaluation of sustainability in agriculture. Response-Inducing Sustainability Evaluation (RISE) covers ten sustainability indicators and supplies the foundation for agricultural advice.