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Cameroon

  • Publication date
    Objective

    Description of the project: This South-South cooperation between grassroots communities of India and Cameroon builds women's capacities as solar engineers that provide energy  solutions adapted to local needs around agriculture, household electrification and education. Thanks to the Barefoot College in  India, 20 women in the Fako district of Cameroon have been trained to install solar panels, lamps, dryers and mills, benefitting 400 families.

  • Publication date
    Objective

    This paper draws on a legal review and field data to assess the distribution of forest and wildlife revenues from economic operations in logging and wildlife extraction to forest communities in Cameroon. It has an emphasis on the socio-distributional aspects, and draws lessons for the future design and implementation of REDD+ benefit sharing.

  • Objective
    Technology

    MEGAECOFIRE ( Rubbish turned into clean fuel) is the commercial name of the ecofriendly coal coming from organic and biodegradable wastes like plantain and banana peel maize leaves and peduncle sugar cane residue Peanut shell Grapefruit peelWatermelon peel Apple core and peel Orange peel Tea residue Potato peel Soybean residue Cotton residue palm husks rice husks grasses and others organic and biodegradable waste comprised agricultural waste.

  • Publication date

    In most Africa countries, cooking is a dirty and time-consuming job that involves feeding some pieces of fuel such as wood, charcoal, or coal for a fire. Globally, some 500 million households with more than 70% in Africa depend on burning solid fuel to meet their cooking, heating, lighting, and other household energy needs. The wanton exploitation of wood fuel is having so many negative impacts on many households in Cameroon. Some of the impacts include the depletion of the forest leading to environmental degradation, health impacts, etc.

  • Publication date
    Objective

    The building sector accounts for around 40-50 % of the energy consumed in developing countries and contribute over 30 % of CO2 emissions. In Cameroon, the electricity access is less than 5 % in rural areas against 50 % in urban areas. All sectors combined the Cameroonian final energy consumption amounts to approximately 5235 kilo-tonnes of oil equivalent (Ktoe) and 73 % of this energy are assigned for residential use.

  • Publication date
    Objective

    L’industrialisation des pays en voie de développement engendre l’augmentation des déchets liquides que sont les huiles de vidange, tout en se heurtant au problème de déficit énergétique. D’autre part, elle s’accompagne d’une forte croissance démographique qui accentue et augmente la quantité de déchets, particulièrement les déchets ménagers solides. Ce qui constitue une réelle menace pour l’environnement et les populations.

  • Publication date
    Objective

    This working paper, published by the World Resources Institute, looks at efforts in Cameroon, Indonesia, and Peru to invest in the infrastructure and capacity to track the impacts of changes from from forest and land-use-based climate change mitigation actions. The paper focuses on the development of forest and land-use information systems (FLUIS), specifically the institutional, human resources and financial capacities of the three countries. After introducing the topic, the paper focuses on each of the three country contexts, illustrating examples of FLUIS.

  • Publication date
    Objective

    This annual report, produced by Global Witness together with a coalition of non-governmental organisations in Cameroon, the Democratic Republic of Congo (DRC), Ecuador, Ghana, Guatemala, Liberia and Peru, assesses whether the right information is being made available to citizens to ensure that they have a say in how their forests are managed. The report uses 20 indicators to monitor levels of access to information and decision-making on the forest sector in each country.

  • Publication date
    Objective

    This report highlights the potential of sustainable agricultural intensification and value chain efficiency to reduce pressure on forests.

    The authors suggest that clear policy and institutional frameworks are needed to enable synergetic opportunities. They recommend four pathways to delink agricultural production and deforestation:

    1. Decouple agricultural growth from agricultural area expansion
    2. Connect institutions and sectors for integrated rural development
    3. Connect land users with information providers
    4. Promote private sector engagement