Agroforestry
Community Action for Biodiversity and Forest Conservation and Adaptation to Climate Change in the Wild Coffee Forests (CAFA)BackgroundLocated in southwest Ethiopia, the Kafa Biosphere Reserve is an important area for water quality, carbon storage, and a range of endangered and endemic species. Moreover, around 65,000 people live in the reserve, most of whom depend on subsistence agriculture for their livelihoods. Coffee also grows wild in the region, which locals often harvest for sale. Still, poverty and population growth is common within these communities, causing increasing strain on natural resources. To address these needs, Nabu began a community action project. Open access copy available |
Tea Landscapes Adaptation ProjectBackgroundIn Malawi, tea plays a critical role in livelihoods yet climate change is increasingly challenging the longterm viability of the crop, which are then compounded by deforestation and soil erosion. Open access copy available |
A Landscape Management Model for Conserving Biodiversity in the Comoros IslandsBackgroundThe Comoros Islands have experienced one of the worst rates of deforestation in the world, which has threatened the livelihoods of both communities and the existence of critical flora and fauna. This is particularly common on Anjuan Island due to the regions the high population density. This GEF-Satoyama Project seeks to address these trends. Open access copy available |
Biodiversity Persistence in Highly Human-modified Tropical Landscapes Depends on Ecological RestorationbackgroundThis paper shows how forest restoration can enhance biodiversity using case studies from the Brazilian Atlantic Forest. Open access copy available |
Can tropical farmers reconcile subsistence needs with forest conservation?backgroundDespite efforts to protect tropical rainforests through various policy initiatives, forests continue to face pressure from smallholders' subsistence needs, especially in montane regions. This paper proposes a means to turn abandoned montane pastoral land into productive agroforestry land as a viable alternative to further encroachment on existing forests. Available with subscription or purchase |
Adaptabilidad y crecimiento de especies nativas en areas en recuperacion del noroeste de la provincia de Misiones (Adaptability and growth of native species in recovery areas in the northwest of the province of Misiones)BackgroundThis study takes place in the Argentinean province of Misiones, where there was a high level of land degradation and strong need for reforestation to restore productivity to the landscape. Open access copy available |
Managing Forest Remnants and Forest Gardens in Peru and IndonesiaThis chapter describes the forest management of flooded vareza of the Amazon forest in the Napo-Amazon floodplain in Peru. The area is rarely cultivated intensively due to flooding, but human populations have always been higher in this region than in upland forest areas of the Amazon. Some of the most important forest areas are known as capinurales, home to the capinuri tree (Maquira coriaceae), which is harvested for wood and resin. Inga spp. and Rheedia spp. (carichuelo) are collected for fruit. Open access copy available |
Smallholder perceptions of agroforestry projects in PanamaBackgroundPanama’s history of shifting slash-and-burn cultivation methods has resulted in rapid deforestation and declines in land fertility in the latter 20th C with an increased population and increased resource extraction pressures. Agroforestry has been promoted in Central America, initially for fuelwood and then for more diverse usages and supplemental income for smallholders. Available with subscription or purchase |
Modified Taungya System in Ghana: A Win–Win Practice for Forestry and Adaptation to Climate Change?backgroundAvailable with subscription or purchase |
Sesbania sesban improved fallows in eastern Zambia: Their inception, development and farmer enthusiasmBackgroundIn eastern Zambia, nitrogen deficiency is a major limiting factor for increased food production. Soil fertility has been declining because of nearly continuous maize (Zea mays) cultivation with little or no nutrient inputs. The use of short-duration tree fallows was one of several agroforestry options hypothesized to restore soil fertility. This study reports on long-term trials with Sesbania sesban in field station and farm trials. Open access copy available |
