Current issue: 53(4)
Under compilation: 54(1)
This study concentrates on claims made against Finnish shippers or referred to arbitration by foreign buyers. The material is collected from two inquiries on claims and arbitrations, sent by the Finnish Sawmill Owners’ Association to Finnish sawmills engaged to exportation in 1954 and 1958.
On average the claims concerned about 5% of the sawn goods exported from Finland. They affected about 3% of the deliveries from the large sawmills, 10% of the deliveries of medium-sized sawmills and 15–20% of the small sawmills. In large consignments of raw material, variations in quality are not so marked as in smaller ones. Also, the grading of goods is stricter in the larger sawmills, and as they have well-established business relations, they have better opportunities to select goods with a view to demand of the buyer and the marketing areas.
The ratio of goods claimed was least in exports to remote countries, on the Western European markets in exports to Great Britain and the Netherlands. In Belgium, the ratio was high. In 1954 and 1958 approximately 12% of the claims were referred to arbitration. The bigger the sawmills, then on average the smaller the ratio of cases of arbitration in the number of claims. In Belgium, disputes have had to be settled by arbitration most frequently. Over 90% of the claims were made because of defects in quality or condition. About 5% were in respect of the specification of dimensions, and only 5% were related to other reasons than the good themselves. The sums paid for claims connected to the goods in 1958 represented only 54% of those demanded by the buyers. It would perhaps be advisable to consider the formulation of generally acceptable rules of the grading of export timber according to categories of shippers with definition of the minimum standard for each grade.
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The article summarizes import and export of timber and manufactured wood products in Europe before the Second World War, and outlines which are the opportunities of import and export after the war. The evaluation is based on statistics of 1936 and 1937. The export balance of Europe was positive; when all the timber assortments were included, Europe exported almost 10 million m3 more timber than it imported. Export and import of round timber were almost in balance, whereas export of paper products was about 12 million m3 larger than import. Consequently, European forest industry reached its magnitude before the war through export overseas. Foreign markets have been important especially for countries like Finland and other Nordic countries.
The war has disturbed the markets. In a scenario where Europe remains a closed sub-area in the global market, there is 10 million m3 excess of timber and wood products. Within Europe, United Kingdom is the greatest importer of timber and manufactured wood products. If UK was excluded from the European market, it would mean a big change in the export and import balance within the area. In 1936 and 1937 the import would have been only 45% and 55%, respectively, of the export if UK is not included in European numbers. If also Russia is excluded from the European sub-area, it would affect especially the export of round wood, sawn timber and plywood. Nordic countries have accounted for about 80% of European paper products export before the war. According to the article, Finnish wood resources do not allow big increase in sawn industry. However, there is potential in increasing demand of pulp in continental Europe in future. In general, Finnish forest industry would have to decrease the production, if the markets would be limited to the European sub-area.
The PDF includes a summary in German.
The aim of this literature review was to compare Finnish Norway spruce (Picea abies (L.) H. Karst.) sawn goods to Central European spruce sawn goods which contain fir in some amount. However, it was found that no statistically valid comparisons have been made. Therefore, conclusions have been based mainly on the relationship between various properties and growth rate. According to this analysis, most properties of Finnish spruce are better, although small in practice.
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In the densely populated Central Europe, forestry has always had different functions than in Scandinavia or Canada. Today the increasing pressures on the environment and more numerous demands of the people have put emphasis on environmental management and the demands of recreation in forest management practiced in the area. This paper outlines the trends in the utilization of forests in Central Europe, and especially in the Federal Republic of Germany, due to these changing targets. The regulations concerning forestry in Baden-Würtenber, and the forest plan of the Bavarian state forests are used as an example to clarify the principals of forest management and planning.
According to the statistics, the fuel wood consumption in Europe has declined since 1925/1929, when the total fuel wood consumption was 144 million m3. In 1960 the consumption was 108 million m3. Because of insufficient statistics in the early years, the drop may even be larger than shown by the figures. The aim of this paper is to assess what part of European fuel wood removals in 1960 could be used for industrial purposes by 1975.
It was estimated that in 1975 the use of fuel wood in Europe will be about 45–55 million m3 less than in 1960 and about 10 million m3 of this amount will consist of coniferous species. It is believed that about 45 million m3 could be transferred to industrial use by 1975, and 55 million m3 is supposed to be the maximum reduction achievable by 1975. The estimates are based on the revised European fuel wood removal figures.
The new European timber trends and prospects study reveals a shortage of small-sized coniferous wood of about 25–43 million m3, depending on whether the exports from Europe are curtailed or not. The decrease of coniferous fuel wood of 10 million m3 could almost entirely be transferred for the use of industry.
A more important question is, is there demand for the extra small-size broadleaved wood. It is important to note that there is no longer any technical limitations on the use of this kind of wood for producing pulp, paper paperboard and wood-based panel products.
Fuelwood is often collected by the farmer and used near the farm. If the wood is to be used in the industry, harvesting and transport costs need to be decreased. However, productivity of the logging and transportation may be significantly improved by cutting the trees into longer lengths and professional harvesting. About 40% of the potential transfer of fuelwood to industrial uses is concentrated in Finland (7 million m3), France (5 million m3), and Italy (7 million m3). Other countries with significant potential shifts could be Romania, Spain and Yugoslavia.
The PDF includes a summary in French, German, Dutch, Russian and Finnish.