Challenging Drylands Myths with Economics and Facts
Ecological adaptations allow dryland plants and animals to reproduce, grow and survive in extreme conditions. Simply dryland systems are ecologically resilient and cannot be dismissed as wastelands
Ecological adaptations allow dryland plants and animals to reproduce, grow and survive in extreme conditions. Simply dryland systems are ecologically resilient and cannot be dismissed as wastelands
Risk implications of farm technology adoption vary by technology type. If properly implemented, the safety net program and the weather insurance programs currently piloted in some parts of Ethiopia are actions that could hedge against downside risk.
The choices of transport that households make are important in determining the type of fuel taxes.
In most low-income countries, rural households depend on mixed rain-fed agriculture/livestock production, which is very risky. Due to numerous market failures, there are few ways to shift risks to third parties.
The Kakamega Forest is the only remaining tropical rainforest fragment in Western Kenya and hosts large numbers of endemic animal and plant species. Protected areas were established decades ago in order to preserve the forest's unique biodiversity from being converted into agricultural land by the regions large number of small-scale farmers. Nonetheless, recent research shows that degradation continues at alarming rates.
Tropical deforestation, degradation and forest clearing are important contributors to green house emissions. Some studies approximate that as much as 25% of all carbon dioxide arise from deforestation
In recent times many developing countries have experienced degradation of their natural resource base namely forests, water, fisheries etc. The resource degradation has largely been blamed on the
"EfD gave me a smooth transition to my home country after my studies in Europe", says Paul Maina Guthiga, research fellow of EfD in Kenya. He is currently focusing on the anticipated economics impacts…
In developing countries, production and consumption risks play a critical role in the choice and use of production inputs and adoption of new farm technologies. The authors investigated impacts of chemical fertilizer and soil and water conservation technologies adoption on production risks, using a moment-based approach and two years of cross-sectional data.
Production risks, gender, security of land tenure and regional factors are critical in adoption of farm technologies