Trade-offs in linking adaptation and mitigation in the forests of the Congo Basin

Recent discussions on forests and climate change have highlighted the potential for conservation of tropical forests to contribute synergistically to both mitigation (reducing emissions of greenhouse gases) and adaptation (increasing capacity to cope with changing climate conditions). Key mechanisms through which adaptive advantages might be gained include the potential for forest resources to support livelihoods in the context of climatic strains on agriculture and the protection that intact forest ecosystems might provide against landslides, flash floods and other hazards related to extreme weather. This paper presents findings from field research with forest communities in three areas of the Congo Basin in Central Africa, in which the adaptive role and potential of forests in these respects is critically analysed. The investigation was carried out through a combination of structured and semi-structured qualitative techniques within six villages in Cameroon, Equatorial Guinea and Rwanda. The findings of the research highlight the need to understand both the limits of synergy, and the constraints and trade-offs for rural livelihoods that may be associated with a forest conservation agenda driven by the additional impetus of carbon sequestration. The search for synergy may be conceptually laudable, but if forest management actions do not take account of on-the-ground contexts of constraints and social trade-offs then the result of those actions risks undermining wider livelihood resilience

Long-Term Vegetation Change in Central Africa: The Need for an Integrated Management Framework for Forests and Savannas

peer reviewedTropical forests and savannas are the main biomes in sub-Saharan Africa, covering most of the continent. Collectively they offer important habitat for biodiversity and provide multiple ecosystem services. Considering their global importance and the multiple sustainability challenges they face in the era of the Anthropocene, this chapter undertakes a comprehensive analysis of the past, present, and future vegetation patterns in central African forests and savannas. Past changes in climate, vegetation, land use, and human activity have affected the distribution of forests and savannas across central Africa. Currently, forests form a continuous block across the wet and moist areas of central Africa, and are characterized by high tree cover (>90% tree cover). Savannas and woodlands have lower tree cover (<40% tree cover), are found in drier sites in the north and south of the region, and are maintained by frequent fires. Recent tree cover loss (2000–2015) has been more important for forests than for savannas, which, however, reportedly experienced woody encroachment. Future cropland expansion is expected to have a strong impact on savannas, while the extent of climatic impacts depends on the actual scenario. We finally identify some of the policy implications for restoring ecosystems, expanding protected areas, and designing sustainable ecosystem management approaches in the region

REDD+ policy implementation and institutional interplay: Evidence from three pilot projects in Cameroon

There is evidence that institutions related to climate change and natural resource management influence each other’s performance, and that local settings also shape policy outcomes. We examine how policy implementation processes and institutional interactions affect the Reducing Emissions from Deforestation and Forest Degradation (REDD+) program in Cameroon. Research on REDD+ implementation has focused on resource tenure, benefit-sharing and participation, giving less attention to how implementation paradigms and other institutions affect REDD+. We combine a policy implementation framework with the theories of institutional interaction to examine how REDD+ implementation typologies, and interactions with forestry regulations influence the outcomes of three REDD+ pilot projects in South and West Cameroon. Drawing from focus group discussions with project beneficiaries and interviews with local stakeholders and land-users, we find that REDD+ projects epitomize political implementation in the South and experimental implementation in the West. We also indicate how project outcomes have been affected by rules regarding community forests, reforestation and timber processing. Our findings suggest that policy designers’ ability to satisfy community preferences is important for projects’ outcomes in the South, and that resource availability and social capital are pivotal in the West. Incentives to promote local timber processing, improve forest governance and expedite decentralization would improve REDD+ project implementation in Cameroon