Knowledge

The most common type of biogas system, and the most widely adopted in China and India, is a fixed dome system. Its construction requires skilled technical expertise and complex logistics, making installation expensive and time-consuming. Fixed dome systems are permanent installations, so secure land tenure is a prerequisite. These challenges make it difficult to adopt fixed dome systems in developing countries, particularly in Africa. As a result, many systems have failed and adoption rates have been low.

Another type of biogas system, manufactured in Kenya, is Flexi Biogas, a flexible above- ground system that is simpler and less costly to build and operate. This system does not require agitation and the digester is not a sealed tank but simply a 6m x 3m plastic bag made of PVC tarpaulin.
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The paper highlights the issues arising from the Global Gathering of Women Pastoralists (2010) which brought together over 100 women from herding communities across 32 different countries to discuss the challenges faced by pastoralist women and girls, and their potential opportunities.

It aims to support development practitioners in planning specific interventions and mainstreaming issues that potentially affect pastoralist women into the implementation stages of development initiatives. 

The paper is part of the IFAD Livestock Thematic Papers on Livestock and Pastoralists and Gender and Livestock, which offer an in-depth view of the broader context.

This Thematic Paper is part of a toolkit for development practitioners, created to support the design of appropriate livestock development interventions. It has been developed to assess existing synergies between livestock and the renewable energy sector and consider the potential benefits that could arise from their interactions, such as mitigation of greenhouse gas emissions, environmental preservation (soil restoration), and availability of clean, affordable and reliable energy sources (e.g. biogas). 

The paper is divided into two sections. The first part looks at the livestock’s potential as a renewable energy source. Through, for example, the use of cost-effective technologies such as biogas systems that can stem methane emissions from livestock manure by recovering the gas and using it as an energy source in alternative to wood/charcoal or fossil fuel. 

The second part, given the climate change scenario, considers viable applications of Renewable Energy Technologies (RETs) addressed for small-scale farmers and livestock keepers at different levels of the value chain that can provide multifunctional benefits for households, community and environment. 

IFAD’s goal is that rural women and men in developing countries are empowered to achieve higher incomes and improved food security at the household level. In this way it will contribute to the achievement of Millennium Development Goal #1: “The eradication of extreme poverty”. (IFAD, Strategic Framework 2007-2010)

This Thematic Paper is part of a Toolkit for Project Design (Livestock Thematic Papers: Tools for Project Design) which reflects IFAD’s commitment to developing a sustainable livestock sector in which poor farmers and herders might have higher incomes, and better access to assets, services, technologies and markets.

The paper indents to be a practical tool for development practitioners, project designers and policymakers to define appropriate livestock development interventions. It also provides recommendations on critical issues for rural development and also possible responses and actions to encourage the socio-economic empowerment of poor livestock keepers.