Against a global backdrop of climate change, widespread food insecurity, deforestation and forest degradation, this paper highlights the role of sustainable woodfuel in improving food security. It provides insights into how this role can be strengthened, including through forest management reforms. The widespread availability of woodfuel can present opportunities for employment and sustainable value chains

This publication highlights the use of wood for energy and includes the most recent statistics on wood energy markets across the UNECE region. It aims to communicate the relevance of wood energy in the region and help bridge information about the forest and energy sectors. It also intends to offer some of the best-available information on the role that wood energy can play in various sectors to support environmental, energy, and socio-economic strategies toward a greener economy. It focuses on commercial wood energy uses in the UNECE including energy generated for cooking, heating and electricity generation.

“Modern” integrated value chains need not necessarily exclude the smallest producers as this book aims to explain in detail by case studies. The issue is particularly topical in India, where modern retailing has come to the scene only recently and the majority of whose population are still small farmers and artisans. Following a brief introduction to the problem, 14 case studies from India are presented to illustrate how it is being solved in practice. The book also discusses the impact of organized retailing on small-scale traders, and finally analyses the case studies for an overview, with conclusions and learnings drawn from them. Inclusive Value Chains shows by practical examples that it is possible to link the smallest producers of fresh produce, commodities and handicrafts profitably, to modern integrated markets, within the country of origin as well as abroad.

India's energy use dinamics. Review of sampling designs and methodologies for assessing consumption. Results of fuelwood studies: review and analysis.Trends. Identification of fuelwood hot spots. Policy responses to fuelwood issues. An approach to make fuelwood statistics reliable.

Charcoal is widely used for cooking and heating in developing countries. The consumption of charcoal has been at high level and the demand may keep growing over the next decades, particularly in sub-Saharan Africa. Some preliminary studies indicate that among commonly used cooking fuels, unsustainably produced charcoal can be the most greenhouse gas intensive fuels and simple measures could deliver high GHG mitigation benefits. Through the Paris Agreement on climate change adopted in 2015, countries set themselves ambitious targets to curb climate change, and forest-related measures have an important role to play in climate change mitigation and adaptation. Over 70% of the countries who have submitted their (intended) nationally determined contributions (NDCs) mention forestry and land use mitigation measures. Despite the importance of woodfuel in many countries, few have explicitly included measures to reduce emissions from woodfuel production and consumption. Many of the NDCs that include forestry do not yet provide detailed information on how mitigation is to be achieved. The overall objective of the publication is to provide data and information to allow for informed decision-making on the contribution sustainable charcoal production and consumption can make to climate change mitigation. More specifically, the publication aims to answer the following questions: - What are the climate change impacts of the current practices on charcoal production and consumption worldwide and across regions? - What is the potential of sustainable charcoal production in GHG emission reductions and how such potential can be achieved? - What are the key barriers to sustainable charcoal production and what actions are required to develop a climate-smart charcoal sector?