Sains Malaysiana 42(5)(2013): 547–552
Anatomy of Wooden Core of Ottoman Composite Archery
Bows
(Anatomi Teras Kayu Komposit Busur Panah Uthmaniyyah)
Gokhan Gunduz & Seray Ozden
Department of Wood Science and
Technology, Faculty of Forestry, Bartin University
74100 Turkey
Barbaros Yaman*
Laboratory of Wood Anatomy and
Dendrochronology, Faculty of Forestry
Bartin University, 74100 Turkey
Suleyman Cem Donmez
Izmir, 35210 Turkey
Diserahkan: 10 Februari 2011/Diterima: 14 November 2012
ABSTRACT
Composite archery bows have been well known and used by Asiatic
societies for thousands of years. The Turkish composite bow, made of wood,
horn, sinew and glue is one of the most famous and powerful bows in the world.
Because of its high draw weight and mechanical efficiency, the Turkish
composite bow became a powerful weapon in the Seljuk and the Ottoman Empire. In
addition to being a powerful weapon of war, at the same time the bow and arrow
(archery) continued to be a sport of Ottoman (sultans, state officials,
janissaries) until the late Ottoman period. In this study of the Ottoman
composite archery bows in the collections of Izmir Ethnography Museum, a small
wood sample was investigated on the basis of its wood anatomy. The results
showed that it was made of maple wood (Acer sp) and some of its qualitative
and quantitative anatomical properties are presented here. One of the key
properties for the identification of maple wood is helical thickening
throughout the body of the vessel element. Helical thickenings in vessel
elements in cutting surfaces of maple-wooden core increase the bonding surface
between wood and sinew-horn. In most of the woods preferred traditionally for
bow-making, helical thickenings in tracheids, vessel elements or ground tissue
fibres should be taken into account at a hierarchy of cellular structures for
elucidating the efficiency of Ottoman composite-wooden bow.
Keywords: Acer; Ottoman; wood anatomy
ABSTRAK
Busur panah komposit telah dikenali dan digunakan dalam masyarakat Asia sejak beribu tahun yang lalu. Busur komposit Turki yang diperbuat daripada kayu, tanduk, urat dan gam adalah salah satu busur yang terkenal dan terkuat di dunia. Dengan berat tarik dan kecekapan mekanik yang tinggi, komposit busur Turki merupakan senjata yang penting dalam empayar Seljuk dan Uthmaniyyah. Selain daripada senjata perang yang kuat, pada masa yang sama busur dan anak panah (acara memanah) telah menjadi sejenis sukan dalam empayarUthmaniyyah (sultan, pegawai atasan negeri dan janisari) sehingga ke akhir zamanUthmaniyyah. Dalam kajian ini busur panahUthmaniyyah dalam koleksi Muzium Ethnografi Izmir, iaitu satu sampel kayu yang kecil telah diselidiki daripada segi anatomi kayunya. Hasil kajian ini menunjukkan busur ini diperbuat daripada kayu Maple (Acer sp.) dan sebahagian daripada sifat anatomi kualitatif dan kuantitatif dibentangkan dalam kertas ini. Salah satu sifat penting untuk mengenal pasti kayu Maple ialah penebalan heliks keseluruhan komponen unsur sel salur. Penebalan heliks dalam unsur sel salur pada permukaan teras Mapel yang dipotong meningkatkan ikatan permukaan antara kayu dan urat. Dalam kebanyakan kayu yang digunakan secara tradisi untuk membuat busur panah, penebalan heliks dalam trakeid, unsur sel salur atau gentian tisu perlu dipertimbangkan pada hierarki sturuktur sel untuk mendapatkan kecekapan busur panah komposit kayu Uthmaniyyah.
Kata kunci: Acer; anatomi kayu; Uthmaniyyah
RUJUKAN
Akkemik, Ü. & Yaman, B.
2012. Wood Anatomy of Eastern
Mediterranean Species, Remagen-Oberwinter: Kessel Publishing House, p. 310.
Armstrong, W.P. 2010. Hardwoods: Trees and
Shrubs with Dense, Hard Wood. http://waynesword.palomar.edu/plsept99.htm
Carlquist, S. 1975. Ecological
Strategies of Xylem Evolution. Berkeley: Univ. California
Press. p. 259.
Carlquist, S. 1988. Comparative Wood Anatomy:
Systematic, Ecological, and Evolutionary Aspects of Dicotyledon Wood. New
York: Springer-Verlag, Berlin, Heidelberg.
Cartwright, C. & Taylor, J.H. 2008. Wooden
Egyptian archery bows in the collections of the British Museum. The British
Museum-Technical Research Bulletin 2: 77-83.
Clark, G. & Piggott, S. 1965. Prehistoric
Societies. London:
De Busbecq, O.G. 2005. Türk Mektuplar?
(Turkish Letters translated by D. Türkömer). Doğan Kitap. p. 168.
Fadala, S. 1999. Traditional Archery. Mechanicsburg,
PA: Stackpole Books.
Fahn, A., Werker, E. & Baas, P. 1986. Wood
Anatomy and Identification of Trees and Shrubs from Israel and Adjacent
Regions. Jerusalem: The Israel Academy of Sciences and Humanities.
Grayson, C.E., French, M.
& O’Brien, M.J. 2007. Traditional Archery from Six Continents. Columbia and London: University of Missouri Press.
Insidewood 2004-onwards. Published on the
Internet. http://insidewood.lib.ncsu.edu/search [accession date: 04 / 05 /
2009].
Kaegi, W.E. 1964. The
contribution of archery to the Turkish conquest of Anatolia. Speculum 39(1): 96-108.
Karam, G.N. 2005. Biomechanical
model of the xylem vessels in vascular plants. Annals of Botany 95:
1179–1186.
Karpowicz, A. 2007. Ottoman bows - an assessment of draw weight,
performance and tactical use. Antiquity 81(313): 675-685.
Keunecke, D., Evans, R. & Niemz, P. 2009.
Microstructural properties of common yew and Norway spruce determined with
SilviScan. IAWA Journal 30(2): 165-178.
Merev, N. 1998. Wood Anatomy of Natural
Angiospermae Taxa in Eastern Black Sea Region I-A. Trabzon
(in Turkish): Karadeniz Technical Univ. - Forestry Faculty Press.
Merev, N. 2003. Wood Anatomy and Identification. Trabzon
(in Turkish): Karadeniz Technical Univ. - Forestry Faculty Press.
Mishnaevski, L.J. & Qing, H. 2008.
Micromechanical modelling of mechanical behaviour and strength of wood:
State-of-the-art review. Computational Materials Science 44(2): 363-370.
Schoch, W., Heller, I.,
Schweingruber, F.H. & Kienast, F. 2004. Wood Anatomy of Central
European Species. Online version: www.woodanatomy.ch
Slater, S. 2009. The physics of a wooden bow: In
traditional archery, not all bows are created equal.
http://archery.suite101.com/article.cfm/the_physics_of_a_wooden_bow
Weitzel, T. 2001. American
Indian Archery Technology. Series in
Ancient Technologies. The University of Iowa.
Wheeler, E.A., Baas, P. & Rodgers, S. 2007.
Variations in dicot wood anatomy – A global analysis based on the
InsideWood database. IAWA Journal 28(3): 229-258.
Wilke, P.J. 1988. Bow staves harvested from
Juniper trees by Indians of Nevada. Journal of California and Great Basin
Anthropology 10: 3-31.
Yaltirik, F. 1971. Taxonomical
Study on Macro- and Micro-morphological Characteristics of Indigenous Maples
(Acer L.) in Turkey. Istanbul (in Turkish): University of
Istanbul.
Yamauchi, F. 1981. Identification of the woods
by anatomical characteristics and woods used for canoes, bows and coffins excavated in Japan. Scientific Papers of Japanese Antiques
and Art Crafts 26: 43-59.
Yücel, Ü. 1997. Archery in
the period of Sultan Mahmud II (translated by McEwen E.). Journal
of the Society of Archer-Antiquaries 40: 68-80.
Yücel, Ü. 1999. Türk Okçuluğu. Atatürk
Kültür Merkezi Başkanl?ğ? Yay?nlar?, 600 p., Ankara.
Zimmermann M.H. 1983. Xylem Structure and the Ascent of Sap. New
York: Springer, Berlin Heidelberg. p. 143.
*Pengarang
untuk surat-menyurat; email: yamanbar@gmail.com
|