Sandalwood Biblio - Cropwatch

Samson, Basil (1980): The camp at Wallaby Cross. Canberra: Australian Institute of Aboriginal
Studies; 199-202.
Sawyer (1892) through Applegate Graham B, Davis Allan G.W. & Annable. Peter A. (1990)
“Managing Sandalwood for Conservation in N. Queensland, Australia” in Proc of the Symposium
on Sandalwood in the Pacific: April 9-11, 1990, Honolulu, Hawai/technical co-ordinators:
Lawrence Hamilton, C. Eugene Conrad. pub: Symposium on Sandalwood Conservation (1st:
1991: Honolulu, Hawaii).
Sedgley M. (1982). “Preliminary assessment of an orchard of quandong seedling trees.” J. Aust.
Inst. Agr. Sci. 48(l):52-56.
Sedgley M (1982) "Floral anatomy andpollen-tube growth in the Quan-dong (Santalum
acuminatum (R Br) a Dc)." Australian Journal of Botany 30, 601-609..Abstract. Floral anatomy
and pollen tube growth in the quandong were studied using light and scanning electron
microscopy. The flowers had four perianth lobes and four stamens whose anthers dehisced by
longitudinal slits. The pollen became caught in long unicellular hairs adjacent to the anthers. The
central disc secreted nectar through raised stomata. The stigma papilla cells had a cuticle with a
rough surface overlying thick PAS-positive walls. The half-inferior ovary normally contained two
ovules. The embryo sac extended beyond the ovule at the micropylar end and into the placenta at
the chalazal end. Half of the ovaries observed at both anthesis and 4 days following anthesis had
no embryo sacs and the other half had one embryo sac. Occasional ovaries had two embryo sacs
and some underdeveloped embryo sacs were observed that did not extend beyond the ovule or
into the placenta. Pollen tubes had reached the ovary by 1 day following pollination and the
stigma was receptive for 8 days following anthesis. Only half of the pistils had pollen tubes in the
ovary. Unpollinated flowers had no pollen tube growth in the pistil.
Sen-Sarma P.K. (1982) “Insect vectors of sandal spike disease” European J of Forest Pathology
12(4/5), 297-299.
Shea S.R., Radmomiljac A.M., Brand & Jones P. (1998) “An overview of sandalwood and the
development of sandal in Farm Forestry in W. Australia”. ACIAR Proceedings 84, 9-18.
Sidheswaran P. & Ganguli S. (1997) “Sandalwood oil substitutes – a review” Supplement to
Cultivation & Utilisation of Aromatic Plants 123-139.
Statham P. (1988). “The Australian sandalwood trade, small but significant.” Working Paper No.
100. Canberra, Australia. Department of Economic History, The Australian National University. 36
Statham P. (1990) “The sandalwood Industry in Australia: A history” in Proc of the Symposium on
Sandalwood in the Pacific: April 9-11, 1990, Honolulu, Hawai/technical co-ordinators: Lawrence
Hamilton, C. Eugene Conrad. Pub: Symposium on Sandalwood Conservation (1st: 1991:
Honolulu, Hawaii). p26. Abstract. From its inception in 1805, when it contributed to Sydney
merchant incomes from whaling ventures, until today, when it earns several million dollars in
export revenue, the sandalwood industry has played a small but significant part in Australia's
economic development. The history of the industry falls into three major stages: first is the offshore
exploitation of the wood from Sydney, from 1805 to the 1840's and beyond; second is the
free exploitation of Australian grown sandalwood from 1844 to 1929; and finally the period of
government controlled exploitation from 1929 to the present.
Struthers R., Lamont B.B., Fox J.E.D., Wijesuriya S. & Crossland T. “Mineral nutrition of
sandalwood (Santalum spicatum).” J. of Exptl. Botany 37(182), 1274-1284.
Surate I.K. (1994) “The effect of hostplants on the growth of sandalwood seedlings (Santalum
album Linn).” In: Sandalwood Research Newsletter Issue 3. Department of Conservationand
Land Management, Kununurra, Western Australia.
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