Rangelands, Drylands & Pastoralism

En enero, abril y junio de 2003 se generaron series de tiempo de las tasas de pas toreo, ingesta y filtración de Acartia clausi utilizando el método de balance, en una estación de muestreo en la Bahía de La Paz, México. Asi mis mo, se determinaron los cambios de la temperatura superficial del mar y de la concentración de la clorofila a.

This paper examines the effect of climate change on pastoralist conflict in Africa. The rangelands of East Africa is particularly vulnerable to drought, which is associated with climate change. In this respect, the paper focuses its analysis on changes in resource availability contrasting cases of abundance and scarcity.

ICARDA’s West Asia Regional Program (WARP) coordinates agricultural research and development activities in Cyprus, Iraq, Jordan, Lebanon, the Palestinian Authority, Syria and lowland Turkey. With its head office in Amman, Jordan, the program plays a key role in joint bilateral and regional initiatives, as well as implementing several projects.

The paper deals with analyses and propositions for adaptive governance of an alpine (A) and an Ethiopian (B) agropastoral system with common-pool pastures. Sustainability can be enhanced by augmenting (i) the ecological and social capitals in relation to costs and (ii) the resilience or adaptive capacity.

In recent years it has become clear that climate change is an inevitable process. In Sub-Saharan Africa, the expectation is that climate change will have an especially negative impact, not only a result of projected warming and rainfall deficits, but also because of the vulnerability of the population.

This paper presents the results of a sustainability impact assessment (SIA) of policy induced land use changes in Yogyakarta, Indonesia. The regional problems include rapid expansions of urban areas, due to high population pressure, and the conversion of paddy fields and forests into settlements.

Artemisia ordosica Krasch. is a semishrub native to the Ordos Plateau of Inner Mongolia, northern China, and forms a unique and dominant vegetation type in the sandland of the region. To determine the variation of productivity in A.

Livestock-water productivity (LWP) refers to a set of innovations that could contribute towards reducing the amount of water needed per unit of output generated. But what does it take to get these ideas adopted by livestock keepers in crop-livestock systems?