Zimbabwe used to be well-known for its high-quality meat exports. The sector was hard hit by the economic crisis that set in during the 1990s and coincided with the impact of a failed land reform and recurrent drought. Now, a new livestock-fattening scheme is to contribute to the survival of the branch and help resource-poor smallholders earn a living by marketing their meat.

In order to adequately address the important role of soils and land for sustainable development, a holistic approach is needed. This article discusses why biophysical but also socio-economic aspects have to be considered – using the example of Guatemala, one of the first countries to support the proposal to create the Sustainable Development Goals.

For a long time, the agricultural policies of the Mercosur states ignored family farming, focusing on promoting individual crops and export production instead. Rural development was not on the agenda. Only after the turn of the millennium did a process of rethinking set in.

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.

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.

Family farms are especially well suited to meet the challenges of labour organisation in agriculture. In early stages of development, they play a particularly important role in creating productive employment for the major share of the population. Moreover, they have strong incentives to use their resources sustainably so as to pass them on to future generations. Yet, family farms should not be romanticised. Often, they only survive by working longer hours and accepting lower incomes than people employed in other sectors of the economy.

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.

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.

Integrated Watershed Management represents an option for the management of water catchment areas. However, what may sound good in theory often proves to be very difficult when it comes to practical implementation, as an example from the Lower Mekong Region shows.

Throughout the world, demands on finite soil resources are ever increasing, and can lead to irreversible soil degradation, as the soil is used beyond its “bio-capacity”. A quarter of the inhabitated land area has already been affected by human-induced soil degradation. Against this background, soil remediaton is becoming more and more important. Focusing on the rehabilitation of oil-contaminated soil in Kuwait, the following article shows how it works, and where the problems lie

Livestock are kept for a wide range of purposes in Africa, and there is considerable diversity in animal husbandry. Among the most important advantages in keeping animals is their contribution to maintaining and even improving soil fertility. Furthermore, animal husbandry offers economic, social and cultural benefits. However, the authors also look at the constraints that smallholders face in livestock husbandry.

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.