Climate related shocks are among the leading cause of

production and efficiency losses in smallholder crop and

livestock production in rural Africa. Consequently, the

identification of tools to help manage the risks associated

with climactic extremities is increasingly considered to be

among the key pillars of any agenda to enhance agricultural

growth and welfare in rural Africa. This paper describes the

application of a promising innovation in insurance design –

index-based insurance – that seeks to bring the benefits of

Bhutan is least developed, mountainous and landlocked country in the eastern Himalayan range with a population of over 600,000. However its population and ecosystems are vulnerable to climate change. Despite a high level of environmental protection and awareness, Bhutan has become a victim of the global impacts of climate change caused by emissions in other countries. There is little historical climate data available in Bhutan; current records date back only to 1994. Consequently, the future climate scenario for Bhutan is uncertain.

This review outlines livestock's major emission pathways and production trends, and explores the challenges and options for livestock in addressing and coping with climate change. Ruminant production is, and will continue to be, the chief source of the livestock sector's greenhouse gas (GHG) emissions, mainly as a result of deforestation, land degradation and enteric fermentation.

Modern agriculture has increased food production, improved food security and reduced poverty, but farming has also caused a considerable decrease in biodiversity, primarily through land-use intensification and overexploitation, along with excessive pesticide and water use, nutrient loading and pollution. The major purpose of agriculture is to ensure sustainable food production, adequate nutrition and stable livelihoods for all.

Rangelands in semi-arid Kenya have recently witnessed extensive land use changes. These changes
can mainly be attributed to increased livestock populations and the response of the increased human
population to both local and exogenous opportunities and constraints. This study was carried out in
Kibwezi district of Kenya mainly inhabited by agro-pastoralists. The main objective of this study was to
establish how different land use types influence soil properties in tropical semi-arid rangelands.

Rangelands in semi-arid Kenya have recently witnessed extensive land use changes. These changes can mainly be attributed to increased livestock populations and the response of the increased human population to both local and exogenous opportunities and constraints. This study was carried out in Kibwezi district of Kenya mainly inhabited by agro-pastoralists. The main objective of this study was to establish how different land use types influence soil properties in tropical semi-arid rangelands.

The impact of land use and cover change on soil quality and pasture production was investigated in the rangelands of Nakasongola District, Uganda. Landsat (TM) images of 1986 and 1990 and Landsat (ETM+) of 2000 and 2004 for Nakasongola District were used to determine the extent and patterns of land use and cover change using the Integrated Land and Water Information Systems (ILWIS) 3.6 software.

The Badia constitutes about 90% of the total land area of Jordan, which is 89 342 km2. Its average annual rainfall is < 200 mm. The area with annual rainfall of 100–200 mm is considered the promising rangeland for rehabilitation. The Badia (part of the rangeland) supplies the livestock sector with about 20% of forage needs, while all the other sources provide the sector with only about 5% of forage.