The former Soviet Central Asian republics have undergone de-intensification of their livestock sectors, resulting in an increased reliance on natural pastures. Property rights systems are key to the sustainable management of this resource. However, as the authors demonstrate, it is not easy to implement the respective reform processes.

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.

China has a longstanding tradition of using biogas for decentralised energy supply. Already, there are nearly 42 million household digesters in the rural areas, a figure set to double by 2020. But the country has even more ambitious plans. In order to achieve its own climate targets and raise the share of renewables in overall energy supply to 15 per cent by 2020, it wants to set up 16,000 middle- and large-scale biogas plants. However, implementation isn’t quite so easy.

If the current trend in global meat demand persists, meat production will need to rise from 300 million tons today to 470 million tons by 2050. Climate and our natural resources would lose out, our author warns.

Converting from subsistence to market-oriented farming can increase income. Thanks to the ’Enabling Rural Innovation’ approach, family farmers in Uganda and Tanzania have succeeded in improving production and fetching better prices for their produce while safeguarding food security and sustainable management of natural resources. The recipe for success is that farmers take the development process in their own hands.

Not only is biodiversity a valuable asset, but it also represents a possible source of income for rural communities. The article shows how Peru is making use of this potential in the context of the BioTrade concept to sustain both, rural livelihood and conservation of native biodiversity. It further analyses the challenges farmers face and how targeted support for supply chains can help to overcome these challenges.

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.

“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.

German Development Cooperation has developed an approach for the sustainable production of charcoal that has proved to have a considerable impact in Northern Madagascar. Since both environmental and socioeconomic aspects are addressed in a very effective way, this approach has high potential referring to global challenges such as land degradation, rural poverty and climate change.

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.

Fuelwood and charcoal continue to be indispensable in cooking the daily meal for most people in sub-Saharan Africa; in addition, wood as a fuel represents an important source of income. Pressure on forest resources as well as health hazards through indoor air pollution have resulted in more calls for switching to alternative energy sources. Our authors suggest another alternative: improving the existing supply chains.

The sustainable management of soils is crucial to achieving the Sustainable Development Goals. This is evidenced by the analysis of the role soils play across the proposed agenda. However, some key aspects have not been sufficiently considered so far. Moreover, the SDGs will place increased demand on soils. Further advocacy is therefore needed to ensure that important soil and land related issues remain in the final declaration of the post-2015 agenda.