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Foreword<br />

Increasingly, biomass is being considered a major source of energy for development.<br />

Until now, energy planners in developing countries have thought<br />

of biofuels as suitable primarily for "traditional" uses, such as domestic cooking<br />

and small-scale rural industries. But even remote regions have felt the<br />

higher costs of 'conventional" fuels - either directly or indirectly - through the<br />

higher prices commanded by cordwood and charcoal. These are the only biofuels<br />

whose quality enables them to substitute readily for oil, kerosene, or coal<br />

in many uses.<br />

Rather than fight the trend to commercialization of biomass, planners in<br />

such countries as the Philippines and Brazil are beginning to see their biofuels<br />

as economically competitive new fuels that canl yield enough energy for vir­<br />

tually any use. In the Philippines, irrigation pumps, electricity generators,<br />

fishing boats, and ice machines are fueled with wood and charcoal. Other<br />

countries are planning similar biomass-based energy programs. Experience<br />

has taught that such programs need a framework as comprehensive as that required<br />

for coal, peat, or any other fossil resource. The development of a complete<br />

bioenergy economy requires the coordination of comparable national<br />

policies and plans, project efforts, and research programs. Once such a<br />

framework is established, informed decisions can be made about managing<br />

the production of biomass materials that can be converted into useful forms of<br />

energy. In many cases the preferred biomass will be woody.<br />

The Agency for International Development (AID) has made the development<br />

of indigenous energy resources, including biomass, a high priority for its<br />

development assistance programs. AID provides t,2chnical assistance and information<br />

to countries interested in systematic approaches to developing their<br />

renewable energy resources. This handbook for identifying existing and<br />

potential fuelwood crops is one example of such efforts to assist those involved<br />

in the development of bioenergy systems. It is intended to complement<br />

Firewood Crops: Shrub and Tree Species for Energy Production, published by the<br />

National Academy of Sciences in 1980, by providing a tool useful in the field<br />

and in the classroom throughout tropical regions.<br />

This book was written under a contract funded by AID and administered by<br />

the Forest Service, U.S. De<strong>part</strong>ment of Agriculture.<br />

W. Paul Weatherly<br />

Manager<br />

Bioenergy Systems and Technology Project<br />

Office of Energy<br />

Agency for International Development<br />

Washington, D.C.<br />

vii

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