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Sustainably managed forests are a key to meeting energy needs of almost a third of the world's population. UN Photo/Logan Abassi

21 March 2017 – Cautioning the impact of human activity such as practices use of woodfuel on world’s forests, the United Nations Department for Economic and Social Affairs and the Food and Agriculture Organization (FAO) today called for better wood-energy conversions technologies and more sustainable management of forests so that everyone benefits.

“This is an area where we can make a real difference,” said Wu Hongbo, UN Under-Secretary-General for Economic and Social Affairs.

“Sustainably managed forests are productive and resilient ecosystems, providing people with livelihoods and renewable energy, along with timber, food, shelter, clean air, water and climate benefits,” he added.

At the same time, fuel wood – the primary source of energy for nearly a third of the world’s population and a product derived from forests – is also an important part of the energy equation.

However, current fuel production practices (such as production of charcoal) are not only contributing to degradation of forests and soils, they are estimated to cause up to seven per cent of global greenhouse gas emissions caused by humans.

Most of the emissions is largely due to unsustainable forest management and inefficient charcoal manufacture and fuelwood combustion, FAO said in the report, The Charcoal Transition, which was launched coinciding with the International Day of Forests .

“This is especially important for poor people in rural areas of developing countries, where wood is often the only energy source available [and its] conversion to charcoal is often done using rudimentary and polluting methods,” noted FAO Director-General José Graziano da Silva announcing the report at a ceremony marking the International Day in Rome.

Forests, energy, climate change and sustainable development

Forests and energy are also linked to sustainable development and can help combatting climate change.

According to estimates, about a third of the world’s population (about 2.4 billion people) still rely on the traditional use of woodfuel for cooking, and many small enterprises use fuelwood and charcoal as the main energy carriers for various purposes such as baking, tea processing and brickmaking.

Efficient charcoal manufacture and use can help mitigate climate change. A man arranging bags of charcoal to a temporary holding area in Ntendesi, the Democratic Republic of the Congo. Photo: FAO/Giulio NapolitanoEfficient charcoal manufacture and use can help mitigate climate change. A man arranging bags of charcoal to a temporary holding area in Ntendesi, the Democratic Republic of the Congo. Photo: FAO/Giulio Napolitano

Of all the wood used as fuel worldwide, about 17 per cent is converted to charcoal, however the production often relies on inefficient technologies and unsustainable resources and in some cases the emission of greenhouse gas can be as high as nine kilograms of carbon dioxide-equivalent per kilogram of charcoal produced.

“Ensuring access to affordable, reliable, sustainable and modern energy is one of the 17 Sustainable Development Goals (SDGs) [and it is] fundamental for addressing the impacts of climate change and eliminating extreme poverty and hunger,” explained the head of FAO.

“We need, for instance, to adopt improved technologies for energy conversion,” he noted, referring to the UN agency’s programmes to deliver fuel-efficient stoves, especially for poor people in Latin America and Africa.

Greening the charcoal value chain and applying sustainable forest management practices can, therefore, mitigate climate change and further efficiencies can be gained by reducing charcoal waste, for example, by transforming charcoal dust into briquettes, adding a new iteration to the energy cycle.

Economic benefits and environmental improvements

The FAO report also argues that although the transition from unsustainable to sustainable sourcing could impose costs on the charcoal value chain, a greener charcoal sector would have an overall positive economic impact.

For instance, a cost-benefit analysis in Kenya estimated that a transition to efficient charcoal production would require an investment of $15.6 million per year excluding upfront costs. However, it would generate $20.7 million in benefits.

At the same time, demand for sustainable charcoal production can provide opportunities for afforestation and reforestation. And providing local people with greater tenure security can increase their willingness and ability to invest in sustainable approaches.

Furthermore, fostering an enabling political environment and an attractive investment climate for transition to a greener charcoal sector can also help increase government revenue collection and investments in sustainable forest management and efficient wood conversion technologies.

A win-win for all concerned, including for the forests.

Source: UN News Centre | 21 March 2017

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