Indigenous and modern biomaterials derived from Triodia ('spinifex') grasslands in Australia

Gamage, Harshi K., Mondal, Subrata, Wallis, Lynley A., Memmott, Paul, Martin, Darren, Wright, Boyd R. and Schmidt, Susanne (2012) Indigenous and modern biomaterials derived from Triodia ('spinifex') grasslands in Australia. Australian Journal of Botany, 60 2: 114-127. doi:10.1071/BT11285


Author Gamage, Harshi K.
Mondal, Subrata
Wallis, Lynley A.
Memmott, Paul
Martin, Darren
Wright, Boyd R.
Schmidt, Susanne
Title Indigenous and modern biomaterials derived from Triodia ('spinifex') grasslands in Australia
Formatted title
Indigenous and modern biomaterials derived from Triodia ('spinifex') grasslands in Australia
Journal name Australian Journal of Botany   Check publisher's open access policy
ISSN 0067-1924
1444-9862
Publication date 2012
Sub-type Article (original research)
DOI 10.1071/BT11285
Volume 60
Issue 2
Start page 114
End page 127
Total pages 14
Place of publication Collingwood, Vic., Australia
Publisher CSIRO Publishing
Collection year 2013
Language eng
Formatted abstract
Plant-derived fibres and resins can provide biomaterials with environmental, health and financial benefits. Australian arid zone grasses have not been explored as sources of modern biomaterials including building materials. Triodia grasslands are a dominant vegetation type in the arid and semiarid regions of Australia covering a third of the continent. Of the 69 identified Triodia species, 26 produce resin from specialised cells in the outer leaf epidermis. In Aboriginal culture, Triodia biomass and resin were valued for their usefulness in cladding shelters and as a hafting agent. Since European settlement, Triodia grasslands have been used for cattle grazing and burning is a common occurrence to improve pasture value and prevent large-scale fires. Although Triodia grasslands are relatively stable to fires, more frequent and large-scale fires impact on other fire sensitive woody and herbaceous species associated with Triodia and invasion of exotic weeds resulting in localised changes in vegetation structure and composition. The extent and change occurring in Triodia grasslands as a result of altered land-use practices, fire regimes, and changing climate warrant careful consideration of their future management. Localised harvesting of Triodia grasslands could have environmental benefits and provide much needed biomaterials for desert living. Research is underway to evaluate the material properties of Triodia biomass and resin in the context of Indigenous and western scientific knowledge. Here, we review uses of Triodia and highlight research needs if sustainable harvesting is to be considered.
Q-Index Code C1
Q-Index Status Confirmed Code
Institutional Status UQ

 
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