By Frank Rosillo-Calle, Peter de Groot, Sarah L. Hemstock, Jeremy Woods
The expanding significance of biomass as a renewable power resource has result in an acute desire for trustworthy and specific details on its overview, intake and provide. Responding to this desire, and overcoming the inability of standardized dimension and accounting approaches, this guide offers the reader with the abilities to appreciate the biomass source base, the instruments to evaluate the source, and explores the professionals and cons of exploitation. issues coated comprise review tools for woody and herbaceous biomass, biomass offer and intake, distant sensing suggestions in addition to important coverage concerns. overseas case reports, starting from concepts for measuring tree quantity to transporting biomass, support to demonstrate step by step equipment and are in accordance with box paintings adventure. Technical appendices supply a word list of phrases, power devices and different worthwhile source info
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Extra resources for The Biomass Assessment Handbook
When this is not feasible, the bioenergy potential could be reduced to zero as well. 7 gha could be involved. Low productivity of 2–5 dry tonne/ha/year. 8 gha (average productivity: 5 dry tonnes/ha/year*). This demand should come from category I and II if the world’s forests are unable to meet the additional demand. If they are, however, the claim on (agricultural) land could be zero (0) 60–150 EJ Category IV: Residues from agriculture Estimates from various studies. Potential depends on yield/ product ratios and the total agricultural land area as well as type of production system: low energy input (LEI) systems require reuse of residues for maintaining soil fertility.
Establishing the structure of the assessment The following are a number of steps that will help you with your assessment. Deﬁne the purpose and objectives Clearly deﬁne the purpose and objectives of your assessment. Why is it needed? What does it seek to achieve? Identify the audience What audience you are addressing? For example, policy makers, planners and project managers require information expressed in diﬀerent ways. G I A M 31 Determine the level of detail Decide on the level of detail required for your data.
O B E 13 The eﬃciency in the use of traditional bioenergy in DLGs varies considerably from between about 2 per cent to 20 per cent. This compares to 65–80 per cent (or even 90 per cent) using modern technologies, particularly in industrial countries such as Austria, Finland and Sweden (Rosillo-Calle, 2006). 5 shows traditional bioenergy consumption in selected industrial and DLGs between 1980 and 1997. The general trend is for an increase in consumption in industrial countries and a decrease in DLGs.