Traditional conservation combined with agroforestry and climate-smart agriculture were implemented to reduce pressure to overgraze, replenish water sources, and restore soil and land integrity in the Bale Eco-region.
The Bale Eco-region is susceptible to frequent droughts and erratic and unpredictable rainfall. Highland grazing areas are also being converted to agricultural land inducing overgrazing of grassland and forest resources worsening the effects of soil erosion, flooding, drought, and disrupting the hydrological cycle of the area. Thus, Farm Africa is working with national and regional partners, supported by the European Union’s Supporting Horn of Africa Resilience (SHARE) initiative, to implement improved agroforestry, sustainable farming, livestock support, water access, and community grazing land management methods. More specifically, agroforestry and climate-smart agricultural techniques such as row planting, mulching, terracing, and diversified crop planting were introduced to reduce pressures to expand farmland. Agroforestry efforts made non-timber forest products like honey, bamboo, forest coffee, and oils available to help diversify local livelihoods. To support the well-being of local livestock, community animal health workers were employed, feed was improved, and ten nature-based ponds were introduced to improve water access and availability. A community grazing plan was also introduced to ensure proper communication about and sharing of grazing lands. These efforts were implemented starting in 2014, but built on the important work of Farm Africa in the region dating back to the 1990s.
Assessments report that deforestation in the area was reduced by 62%, high degrees of land-use conversion of forest and grassland areas were prevented, and weekly household fuel wood consumption (contributing to deforestation and emissions) was almost cut in half over a four year period.
Introduction of more resilient crop varieties, improved livestock feed, and greater water access is reported to have supported community adaptation to climate change impacts. Three monitoring stations were also set up to track predicted climate-related impacts on water supply.
500,000 hectares of forest are reported to have been brought under protective management. As a result, an increase in the density of trees taller than one meter in core forest areas from 64,115 to 76,939 trees per hectare has been observed. Although not measured, it is likely that the restoration and protection of the landscape benefits local ecosystems.
The project's work with 1,406 households has reportedly increased net household income between two- and three-fold, dietary diversity by 33%, diversity of livelihoods overall, and crop and livestock productivity including through greater provision of animal healthcare. The project claims that these results have improved food and income security for participating households.