This paper examines the multiple fuel choices of urban households in major Ethiopian cities, using panel data collected in 2000 and 2004. The results suggest that as urban and rural households’ total expenditures rise, they use more types of fuels (including wood) and spend more on the fuels consumed. The results also support arguments that multiple fuel use better describes the fuel-choices of households in developing countries, as opposed to the idea that households switch to more expensive but cleaner fuels as incomes rise.

The Ethiopian live animal and meat export marketing system is operating in an environment characterized by several constraints that needs the attention and action of the government and other non-governmental development organizations.

This in-depth look at key development issues facing Ethiopian households in context of the Millenium Development Goals uses survey data from 2000, 2002, and 2005. Ethiopia is making progress, but household incomes are shockingly low and hugely varied. Assets could potentially help smooth consumption, but the current property rights structure where land is owned by the government excessively limits households' options and makes it impossible for land to serve as a true, functioning asset.

This study measured the discount rates of 262 farm households in the Ethiopian highlands, using a time preference experiment with real payoffs. In general, the median discount rate was very high and varied systematically with wealth and risk aversion. Our findings, however, warn that rates-of-time preferences (RTPs) and risk aversion reinforce each other and are easily confused. Because the RTPs were so high, what seem like profitable investments from the outside might not seem so from the farmers’ perspectives.

This study used the newly developed metafrontier approach to assess the technical efficiency of small-scale food production in the Ethiopian highlands at plot level, in order to investigate the role of soil conservation technology in enhancing agricultural productivity.

Fertilizer use (including dung) in Ethiopia is low, particularly in the northern highlands, where dung is a significant source of household fuel.

The empirical analysis in this paper shows that production risk plays a significant role in sustainable land-management technology adoption in the Ethiopian highlands.

Stone bunds in the Ethiopian highlands showed statistically significant and positive impact on yield in low-rainfall areas, but not in high-rainfall areas, and they did not have a statistically significant impact on production risk in either area.

Stone bund performance varied by agro-ecology type, which implies the need for appropriate technologies that enhance productivity and are better adapted to local conditions.

Measuring and analyzing the impact of fanya juu bunds on the value of crop production in Ethiopian highlands with high rainfall had the surprising conclusion that this technology reduced soil erosion and off-site effects at the expense of lower value of crop production and, hence, poor Ethiopian farmers.