• Title/Summary/Keyword: veneer species that grow in Korea

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Wood Identification of the Veneer Species that grow in Korea - I. Wood Characteristics and Identification by the Gross Features - (한국산(韓國産) 단판수종(單板樹種)의 목재식별(木材識別) - I. 육안적(肉眼的) 성질(性質)에 의한 목재(木材)의 특성(特性) 및 그 식별(識別) -)

  • Lee, Phil-Woo;Eom, Young-Geun
    • Journal of the Korean Wood Science and Technology
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    • v.12 no.1
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    • pp.11-30
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    • 1984

  • This study was executed to offer the basical data needed to the plywood industry as examining on the wood characteristics of veneer species that grow in Korea. According to the aggravation of log import from foreign countries caused by the gradual exhaustion of wood resources in recent years, the study on wood characteristics of veneer species growing in Korea should be carried out preferentially in promotion of the domestic timber utilization and development of it's processing technique for plywood industry. 50 commercial veneer species in this study were selected from 33 genuses, and general macroseopical wood characteristics for them were examined and described by the species. And also keys for the identification based on gross features were briefly prepared and presented by gymnosperm and angiosperm respectively.

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Wood Identification of the Veneer Species that grow in Korea - II. Wood Characteristics and Identification by the Microscopic Features - (한국산(韓國産) 단판수종의(單板樹種)의 목재식별(木材識別) - II. 현미경적(顯微鏡的) 성질(性質)에 의한 목재(木材)의 특성(特性) 및 그 식별(識別) -)

  • Lee, Phil-Woo;Eom, Young-Geun
    • Journal of the Korean Wood Science and Technology
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    • v.15 no.1
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    • pp.22-55
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    • 1987

  • This study was executed to offer the basic data needed to plywood industry in Korea for the future based on microscopic wood features as our previous paper reported by the macroscopic features. Microscopic wood characteristics for 50 species selected by the viewpoint of possible utility in future were examined and described by the species. Also, keys for the identification based on microscopic features were briefly prepared and presented by gymnosperm and angiospenn respectively.

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