Quantitative study of poplar plantations in three Iranian provinces

Fast growing poplar species enjoy a highly favored position in Iran’s forest product industries. However, information on poplar plantations, such as areas, growing stock and harvest volumes, are largely obtained by non scientific means and poorly executed methods. A few studies have been conducted t...

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Veröffentlicht in:Forest Science and Practice 2013-12, Vol.15 (4), p.363-369
Hauptverfasser: Azizi, Majid, Faezipour, Mohammad Mehdi, Bayatkashkooli, Ali, Taheri, Fatemeh
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Faezipour, Mohammad Mehdi
Bayatkashkooli, Ali
Taheri, Fatemeh
description Fast growing poplar species enjoy a highly favored position in Iran’s forest product industries. However, information on poplar plantations, such as areas, growing stock and harvest volumes, are largely obtained by non scientific means and poorly executed methods. A few studies have been conducted to obtain data on the capacity of poplar plantations, their extent, existing growing stock, distribution and species choice in three provinces, i.e., Western Azerbaijan, Kurdistan and Hamedan, with relatively well developed management systems. We opted for a cluster method, a standard sampling method for conducting similar investigations, consisting of two phases. In the first phase we collected library information and conducted half-open interviews with villagers. In the second phase field measurements in the villages of these three provinces were carried out. Information from field measurements on growing stock, cultivated areas, dominant species were used to estimate volumes by way of volume and weight tables. Results obtained from the present study indicate that the average annual volume of timber harvested in the three provinces was 697,723 m 3 , with an average sampling error of 22.7 per cent. This annual volume of poplar timber harvested from the three provinces was estimated to amount to about 25 per cent of overall harvest; at that rate, the overall annual utilization potential of poplar plantations will be 10 million m 3 , which constitutes a reliable resource of raw timber for use in wood and paper industries.
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subjects Biomedical and Life Sciences
Forestry
Forestry Management
Life Sciences
Plant Ecology
Plant Genetics and Genomics
Short Communication
Tree Biology
Wood Science & Technology
title Quantitative study of poplar plantations in three Iranian provinces
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