Oak wood (Quercus robur) with characteristic rows of vessels
Beech wood (Fagus sylvatica) with rays in the tangential direction
Common fig (Ficus sycomorus) xylem with axial banded parenchyma in light microscopy
Wood science[1] is the scientific field which predominantly studies and investigates elements associated with the formation, the physical and chemical composition, and the macro- and microstructure of wood as a bio-based and lignocellulosic material. Wood science additionally delves into the biological, chemical, physical, and mechanical properties and characteristics of wood as a naturalmaterial.[2][3]
Wood science is an interdisciplinary field, which combines fundamental aspects of biology, chemistry, physics, and engineering to understand and utilise the wood in various applications.
Initial comprehensive investigations in the field of wood science emerged at the start of the 20th century. In 1902, the Wood Processing Laboratory was founded in the Department of Forestry at Tokyo University and academic studies on wood processing were first initiated. The Forest and Forest Products Research Institute in Tokyo was also established in 1905.[4] In 1906 the Forest Products Research Institute was created in Dehradun, India.
The advent of contemporary wood research commenced in 1910, when the Forest Products Laboratory (FPL) was established in Madison, Wisconsin, USA.[5] The Forest Products Laboratory played a fundamental role in wood science providing scientific research on wood and wood products in partnership with academia, industry, local and other institutions in North and South America and worldwide.[6][7][8]
In the following years, several wood research institutes came into existence across almost all industrialized nations. A general overview of these wood institutes and laboratories is shown below:[9]
1936: Wood Department of the Swiss Federal Laboratories for Materials Testing in Zurich (today's Swiss Federal Laboratories for Materials Science and Technology), Switzerland
1942: Laboratory of Wood Technology Helsinki, Finland
1944: Swedish Forest Products Research Laboratory, former TRÄTEK (today's Research Institutes of Sweden), Sweden
1946: Latvian Academy of Sciences, Institute of Wood Chemistry, Latvia
1946: Institute for Wood Research, iVTH (today's Fraunhofer Institute for Wood Research), Germany
1947: State Wood Research Institute Bratislava, Slovakia
1947: Forest Research Institute – Rotorua (today's Scion), New Zealand
1948: Austrian Wood Research Institute Vienna (today's Holzforschung Austria), Austria
1949: Norwegian Institute of Wood Technology, Norway
1950: Federal Institute for Forestry and Forest Products (today's Johann Heinrich von Thünen Institute), Germany
1952: Institute for Wood Technology and Fibers (today's Institute for Wood Technology Dresden), Germany
1952: Institute for Wood Research and Wood Technology (today's Wood Research Munich), Germany
1954: Faculty of Wood Technology, Poznan University (today's Faculty of Forestry and Wood Technology at Poznan), Poland.
From the '60s, the founding of research institutes in the field of wood sciences continued in many universities, and also in universities of applied sciences, and technological universities.
Today, the International Academy of Wood Science (known as IAWS), a widely recognised and non-profit assembly of wood and wood-related scientists, represents worldwide the scientific area of wood science and technology, and all of its associated technological domains.[10][11]
Sub-areas
In wood biology, different wood elements are studied under the microscope
Through wood chemistry, pulp, is produced via the alkaline Kraft process
The field of wood science can be categorized into three distinct main sub-areas, which include:[12]
Wood biology,[13] a subset of wood science which focuses on the formation, structure and composition of wood tissues. It involves investigations conducted at the macroscopic, microscopic, and molecular levels. Additionally, this sub-field encompasses wood anatomy which involves the (macroscopic - microscopic) identification of various wood species.[14]
Wood chemistry,[15] whose primary focus is the analysis of the chemical constituents comprising wood, with specific emphasis on cellulose, lignin, hemicelluloses, and extractives, as well as on the various products derived from these components. It is also explores potential uses for pulp and paper production, the utilization of wood and wood waste, the generation of energy and chemicals from pulping byproducts, and the conversion of biomass.
Wood physics,[16] which constitutes an essential component of the field of wood science, building upon discoveries in wood chemistry, wood anatomy (xylem), and biology, as well as principles from classical physics, mechanics, and materials strength.[17] Wood physics encompasses critical research areas including: a) examining wood behaviour in relation to moisture, which involves fundamental aspects of moisture absorption, swelling, and shrinkage, b) investigating the impact of temperature on wood properties, encompassing heat conduction and heat storage, and c) assessing the mechanical, rheological, and acoustic properties and qualities of both wood and wood-based products.
Some indicative examples involving fundamental principles of wood sciences
Inside a modern sawmill equipped with laser-guided technology. Following logging, it all commences with the sawmilling of round timber.[18]
Railroad wooden ties that are fully impregnated with creosote through a process known as pressure treatment, which is a common method for preserving wood.[20]
George Tsoumis (2009). Science and Technology of Wood - Structure, Properties, Utilization. Publishing House Kessel, ISBN 9783941300224.[52]
Callum A.S. Hill (2006): Wood Modification: Chemical, Thermal and Other Processes. Wiley 2006, ISBN 0-470-02172-1.[53]
Franz F.P. Kollmann, Edward W. Kuenzi, Alfred J. Stamm (1975). Principles of Wood Science and Technology II., Springer 1975, ISBN 978-3-642-87933-3.[54]
↑Bowyer, J. L. (2000-10-05). "Wood science in a changing world - Where are we headed?". Wood Science and Technology. 34 (3): 175–181. doi:10.1007/s002260000049. ISSN0043-7719.
↑Köstler, J.N.; Kollmann, F.; v. Massov, V. (1960). Denkschrift zur Lage der Forstwirtschaft und Holzforschung. Wies-baden: Wiesbaden: Steiner. pp.2–3.{{cite book}}: CS1 maint: publisher location (link)
↑Bowyer, J. L. (2000-10-05). "Wood science in a changing world - Where are we headed?". Wood Science and Technology. 34 (3): 176–177. doi:10.1007/s002260000049. ISSN0043-7719.
↑Wood handbook—Wood as an engineering material(PDF). Gen. Tech. Rep. FPL–GTR–113. Madison, WI: U.S. Department of Agriculture, Forest Service, Forest Products Laboratory.: Forest Products Laboratory. 1999. p.463.
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