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Wood Production, Wood Technology, and Biotechnological ... - GWDG

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44<br />

H. Spellmann & I. Kehr<br />

deforestation seems to slow down lately. Nevertheless, the net annual loss of 7.3<br />

million hectares in the period 2000-2005 is still considerable (FAO 2005b). The<br />

major net losses occurred in South America <strong>and</strong> Africa, where the forest area<br />

decreased by 4.3 <strong>and</strong> 4.0 million hectares per year, respectively, whereas Asia<br />

developed to a region with a net gain of one million hectares per year in the same<br />

period (FAO 2005c, further information in Chapter 4 of this book).<br />

In 1996, the world-wide total wood supply run up to 3.35 billion m 3, of which<br />

1.62 billion m 3 had been felled in the tropics. Four fifth of the tropical fellings had<br />

been used as firewood. From the remaining 1/5 – or 290 million m 3 – only<br />

70.9 million m 3 or 24% had been exported. Main importing countries were China,<br />

Japan, <strong>and</strong> other Asian countries. In 2001, only about 1.84 million m 3 of timber<br />

<strong>and</strong> timber products have been imported by Germany. However, the trend is<br />

decreasing according to time progression (Dieter 2003).<br />

<strong>Wood</strong> supply in Europe<br />

The total forest area of Europe was just above 1 billion hectares in 2005, which is<br />

slightly more than one quarter of the global forest area <strong>and</strong> 44% of the total l<strong>and</strong><br />

area in Europe. More than 80% of Europe’s forests are growing in the Russian<br />

Federation. Another 11% of forest area are located in Sweden, Finl<strong>and</strong>, France,<br />

Spain, Germany, <strong>and</strong> Turkey. About 85% of Europe’s forests are available for<br />

wood supply (MCPFE & UNECE/FAO 2003). Between 2000 <strong>and</strong> 2005, the area<br />

of Europe’s forest exp<strong>and</strong>ed by about 660,000 hectares per year, although at a<br />

slower rate compared with the 1990s (FAO 2005c).<br />

In Europe, the annual increment of forests <strong>and</strong> other wooded l<strong>and</strong> amounts to<br />

2,287 million m 3. The annual increment is at the highest level ever known <strong>and</strong><br />

exceeds by far the annual fellings of 627 million m 3 (over bark). The wood<br />

utilisation rate (ratio of the annual fellings to the annual increment) is only 27%.<br />

Most countries lie above this average (MCPFE & UNECE/FAO 2003; see<br />

Fig. 1), which is mainly caused by the very low utilisation rate of the forests of the<br />

Russian Federation, not even reaching 10%.<br />

The total wood produced in Europe of logs, fuelwood <strong>and</strong> pulpwood averages<br />

about 444 million m 3 annually over the last past years (MCPFE & UNECE/FAO<br />

2003). This is 13% of the World’s total wood supply.<br />

The European Timber Trend Study V (UNECE/FAO 1996) predicted for 18<br />

Western European countries an increase in production of forest products as well<br />

as in wood consumption, between 1990 <strong>and</strong> 2020. In spite of the risk of depletion<br />

in some regions, Europe will be able to meet the challenge of increasing wood<br />

dem<strong>and</strong> without threatening the sustainability of its forests.

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