Summary
The heartshakes of some species can contain deposits of inorganic, metal organic, resinous or organic compounds in a pure or concentrated condition. The type of deposit in different genera is discussed. Morphological and chemical examinations have been made of the deposits in the heartshakes ofIntsia bijuga, Dacrydium spp.,Anisoptera curtisii, Pinus elliotii andOrites excelsa. The deposits were of a benzenoid or terpenoid nature or aluminium succinate.
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References
Barton GM, Gardner JAF (1961) The occurrence of matairesinol in mountain hemlock, western hemlock and balsam. J. Org. Chem. 27: 322–323
Campbell WG, Long SH (1935) The composition and origin of a calcareous deposit found in the wood of Millettia pendula. Empire For. J. 14: 250–252
Campbell WG, McGowan JC (1939) The composition and origin of a stony deposit found in galleries of the beehole borer (Xyleutes ceramica) in a number of samples of teak wood (Tectona grandis). Empire For. J. 18: 91–94
Campbell WG, Packman DF, Rolfe DM (1945) The composition and origin of a white deposit found in galleries of a wood boring insect in two samples of the wood of Qualea sp. Empire For. J. 24: 231–234
Crosbie AJ, Hotson J, McG (1935) Mineral deposits in Afzelia africana. Empire For. J. 14: 233–236
Darrow WK (1992) Heartshake in South African-grown Pinus elliottii. Wood Fiber Sc. 24: 241–251
Farmer RJ, Campbell WG (1951) The composition and origin of a crystalline deposit in iroko wood. Empire For. J. 30: 64–65
Harris CM (1933) Stone in Chlorophora excelsa, Iroko. Empire For. J. 12: 229–238
Harris JM (1961) The resinification of knots of radiata pine. New Zealand Forest Res. Notes. No. 28, 11pp
Harris JM (1965) Enrichment of radiata pine heartwood with extractives. IUFRO Section 41, 17pp
Hillis WE (1987) Heartwood and tree exudates. Berlin Springer 255 pp.
Hillis WE, de Silva D (1979) Inorganic extraneous constituents of wood. Holzforschung 33: 47–53
Imamura H, Nomura K, Hibino Y, Ohashi H (1974) A new type of flavonol in the “shake” of merbau wood. Mokuzai Gakkaishi 20: 143–144
Jane FW (1970) The structure of wood. p. 134. London, Adam & Charles Black
King FE, Clarke-Lewis JW, Forees WF, (1955) Extractives from hardwoods, epiafzelchin a member of the catechin series. J. Chem Soc: 2948–2953.
Koehler A (1933) A new hypothesis as to the cause of shakes and rift cracks in green timber. J. For. 31: 551–556
Krahmer RL, Hemingway RW, Hillis WE (1970) The cellular distribution of lignans in Tsuga heterophylla wood. Wood Sci. Technol. 4: 122–129
Kubler H (1987) Growth stresses in trees and related wood properties. Forestry Abstracts 48(3): 131–187
Meyer RW, Leney L (1968) Shake in coniferous wood. For. Prod. J. 18: 51–56
Record SJ (1927) Occurrence of calcium carbonate deposits in wood. Tropical Woods No. 12: 22–26
Sanderman W, Braun D Augustin H (1965) Über ungewöhnliche mineralische einlagerungen in tropischen baumarten. Holz als Roh-u Werkstoff 23: 87–96
Savill PS (1986) Anatomical characters in the wood of oak which predisposes trees to shake. Common. For. Rev. 65(2):109–116
Schroeder HA, Kozlik CJ (1972) The characterisation of wetwood in western hemlock. Wood Sci. Technol. 6: 85–94.
Smith HG (1903) Aluminium the chief inorganic element in a proteaceous tree. J. and Proc. Royal Soc. New South Wales 37: 107–121
Stewart CM, Watson AJ, Dadswell HE (1958) The process of fibre separation. Part 1. Appita J. 11: 112–123
Webb LJ (1953) An occurrence of aluminium succinate in Cardwellia sublimis. Nature 17: 656
Westing AH (1965) Formulation and function of compression wood in gymnosperms. Bot. Rev 31: 381–480
Wise LE, Jahn EC (1952) (Eds) Wood chemistry. New York, Reinhold
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I thank Mr. R. Wearne for organic analyses
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Hillis, W.E. Deposits in heartshakes in wood. Wood Sci.Technol. 32, 129–137 (1998). https://doi.org/10.1007/BF00702593
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DOI: https://doi.org/10.1007/BF00702593